Author Index

Page numbers in italics refer to the bibliography

Aaronson, S. 130, 174 Aaronson, S., Behrens, U.

294,308 Abrams, A., Smith, J.B., Ba­

ron, e. 260, 264, 281 Acevedo, E., Hsiao, T.e., Hen­

derson, D.W. 302,308 Adams, H.R. see Jackson,

P.e. 351, 352, 369 Adams, P.B., Rowan, K.S.

242,245 Ahmed, J., Morris, L 148,

174 Aikman, D.P. 143, 174 Aikman, D.P., Dainty, J. 143,

153, 174, 291, 308 Aitken, D.M., Brown, A.D.

358, 367 Akabori, H. see Kishimoto,

U. 166, 180 Albright, e.D. see Post, R.L.

286, 314 Allaway, A.E., Jennings, D.H.

221, 221 Allen, R.D. 301, 308 Allen, R.D., Jacobsen, L., Joa­

quin, J., Jaffe, L.J. 130, 141, 145, 174, 291, 308

Altschul, A.M. see Brown, H.D. 262, 263, 277, 282

Amesz, J. see Hoogenhout, H. 169, 179

Anderson, D.M.W., King, N.J. 131,132,174

Anderson, W.P., Hendrix, D.L., Higinbotham, N. 61, 86

Anderson, W.P. see Higinbo­tham, N. 324, 342

Andrianov, V.K., Bulychev, A.A., Kurella, G.A., Litvin, F.F. 134, 175

Andrianov, V.K., Vorobiev, LA., Kurella, G.A. 166, 175

Andrianov, V.K. see Bulychev, A.A. 82,86

Anita, N.J., Kripps, R.S., De­sai, LD. 132, 175

Appleman, e.O. see Pierce, E.e. 292, 314, 348, 371

Applewhite, T.G. see ardin, L. 299, 302, 314

Arens, K. 334, 340 Arisz, W.H. 299,308 Armstrong, W.McD. 189,201,

221 Armstrong, W.McD.,

Rothstein, A. 190,201, 202, 221

Armstrong, W.McD. see Con­way, E.J. 197, 198,222

Arnold, A. 293, 308 Arnold, e.-G. see Schotz, F.

129, 130, 131, 184 Aschberger, P.A. see Hope,

A. B. 80, 82, 89, 165, 179 Asher, C.J., Ozanne, P.G.

304,308 Aspinall, D., Singh, T.N., Pa­

leg, L.G. 338, 341 Aspinall, D. see Chu, T.M.

294, 299, 300, 309 Aspinall, D. see Singh, T.N.

338, 345, 366, 371 Atkinson, A.W., Jr. 129, 131,

175 Atkinson, A.W., Jr., Gunning,

B.E.S., John, P.e.L. 129, 130, 175

Atkinson, A.W., Jr., Gunning, B.E.S., John, P.e.L., McCullough, W. 129, 175

Atkinson, D.E. 133, 175, 288, 308, 340, 341

Atkinson, E.D. 257, 258 Atkinson, M.R., Eckermann,

G., Grant, M., Robertson, R. N. 242, 245

Atkinson, M.R., Po1ya, G.M. 161,175,242,245,261,262, 281

Atkinson, M.R. see Polya, G.M. 240, 247

Auken, O. W. van, McNulty, LB. 146, 175

Austenfe1d, F.A. 306, 308, 363, 367

Austin, S. see Jennings, D.H. 218, 219, 224, 295, 312

Avadhani, P.N. see Osmond, e.B. 356, 371

A vron, M. see Ben-Amotz, A. 17, 33, 295, 309, 366, 367

Azam, F., Kotyk, A. 219,221

Baalen, e. van, Puritch, W.H. 131,171,175

Baarda, J.R. see Harold, F.M. 321, 342

Babcock, D. see Bradfield, G. 212, 222, 305, 309

Backen, K. see Eddy, A.A. 220,221,223

Balke, N.E., Hodges, T.K. 273,281

Balke, N.E., Sze, H., Leonard, R.T., Hodges, T.K. 260, 268, 270, 272, 273, 276, 280, 281

Ball, E. see Hope, A.B. 135, 179, 334, 335, 342

Ball, E. see Liittge, U. 299, 300, 313, 335, 336, 343, 351, 357, 370

Ball, E. see Pitman, M.G. 104, 126, 301, 314

Bane, S. see Jackson, H.J. 140, 179

Bange, G.G.J. see Neirinckx, L.J.A. 303, 314

Barber, D.A. 305, 308 Barber, J. 84, 86, 132, 135,

138,141,145,147,152,153, 154, 155, 158, 160, 161, 164, 165, 169, 175, 291, 309

Barber, J., Shieh, Y.J. 152, 160,161,175

Barber, J. see Dewar, M.A. 139, 146, 177

Barber, J. see Shieh, Y.J. 145, 146, 159, 160, 164, 169, 185, 321,345

Barnes, E.M. 254, 258 Barnes, E.M., Kaback, H.R.

254,258

374

Baron, e. see Abrams, A. 260, 264, 281

Barr, e.E. 142, 144, 147, 160, 161, 165, 167, 175

Barr, e.E., Broyer, T.e. 142, 144,175

Barr, e.E., Koh, M.S., Ryan, T.E. 163, 171, 175

Barr, e.E. see Brown, D.F. 165, 169, 176

Barr, e.E. see Rent, R.K. 325,344

Barr, C.E. see Ryan, T.E. 157, 184

Barr, C.E. see Spear, D.J. 154, 186, 330, 346

Barr, J.K. see Spear, D.J. 154, 186, 330, 346

Barrs, H.D. 13, 33 Barry, P.H., Hope, A.B. 80,

86,164,175 Bartnicki-Garcia, S., Lippman,

E. 219, 221 Bassham, J.A., Krause, G.H.

132, 147,175 Bathelt, H. see Schotz, F. 129,

130, 131, 184 Batterton, J.e., Boush, G.M.,

Matsumara, F. 161, 175 Bayliss, L.E. 285, 309 Bazin, M. see Besnier, V. 295,

309 Beary, M.E. see Conway, E.J.

204,222 Bechet, J. see Grenson, M.

213,223 Becker, J.-U., Betz, A. 219,221 Becker, M.e. see Frank, K.

55,88 Beevers, H. see Chang, e.e.

356,368 Beevers, H. see Grant, B.R.

243,246 Beevers, H. see Lips, S.H.

349, 350, 356, 370 Beevers, H. see MacLennan,

D.H. 243,246,348, 349, 370

Beevers, H. see Splittstoesser, W.E. 337, 346, 352, 371

Beevers, H. see Steer, B.T. 349,371

Beevers, L., Hageman, R.H. 277, 281, 352, 363, 367

Behrens, U. see Aaronson, S. 294,308

Bellenger, N., Nissen, P.W., Wood, T.e., Segel, I.H. 212, 221

Belsky, M.M. see Siegenthaler, P.A. 208, 227

Ben-Amotz, A. 295, 309 Ben-Amotz, A., Avron, M.

17, 33, 295, 309, 366, 367 Ben-Amotz, A., Ginzburg,

B.Z. 333,341 Benis, M. see Tyree, M.T. 20,

35 Benko, P.V., Wood, T.e., Se­

gel, I.H. 212, 222 Benolken, R.M., Jacobsen,

S.L. 76,86 Benson, A.A. see Ouellet,

C.A. 333, 344 Bentrup, F.W. 68,86 Bentrup, F.W., Gratz, H.J.,

Unbehauen, H. 334, 341 Bentrup, F.W., Pfriiner, H.,

Wagner, G. 229, 245 Bentrup, F.W. see Felle, H.

78,87 Bentrup, F.W. see Novae, B.

131, 182 Bentrup, F.W. see Wagner, G.

138, 143, 150, 153, 158, 187 Bentrup, H.W. 141, 175 Ben-Zioni, A., Lips, S.H.,

Vaadia, Y. 353, 367 Ben-Zioni, A., Vaadia, Y.,

Lips, S.H. 308,309,354, 367

Ben-Zioni, A., Vaadia, Y., Lips, W. 336,341

Bergquist, P.L. 139, 146, 154, 175

Bernard, e. 285, 309 Bernstein, L. 290, 292, 299,

309 Bernstein, L., Hayward, H.E.

299, 300, 309 Berry, W.E. see Steward, F.C.

232,248 Bertagnolli, B.L., Hanson,

J.B. 278, 281 Besnier, V., Bazin, M., Mar­

chelidon, J., Genevot, M. 295, 309

Best, W.J.R. see Dipalma, JR. 76.87

Bettenhausen, e. see Stoutha­mer, A.H. 339, 346

Betz, A. see Becker, J.-U. 219, 221

Bidwell, R.G.S. see Dodd, W.A. 149, 177

Bidwell, R.G.S. see Sheppard, D.C. 141, 185

Biebl. R. 129,175,291,299,309

Author Index

Binet, P. 291, 309 Birt, L.M., Hird, FJ.R. 209,

222, 233, 243, 245 Bishop, N.I. 135, 176 Bisson, M.A., Gutknecht, J.

297,309 Black, D.R. 133,138,154,155,

156, 160, 165, 166, 169,176 Black, D.R., Weeks, D.e.

138, 143, 176, 291, 309 Black, M.K. see Wedding,

R.T. 147, 162, 188 Black, W.A.P. 139, 171, 176 Blasco, F. see Jeanjean, R.

161, 162, 180 Blinks, L.R. 134, 138, 142,

143, 145, 147, 167, 176 Blinks, L.R., Chambers, D.H.

131, 135, 176 Blinks, L.R., Jaques, A.G. 77,

86,291,309 Blinks, L.R., Nielsen, J.P.

132, 143, 145, 148, 176, 291, 309

Blount, R.W. 157, 176 Blount, R.W., Levedahl, B.H.

78,86, 134, 143, 145, 167, 176

Blum, G. see Ursprung, A. 302, 315

Blum, J.J. 147, 176 Boszormenyi, Z. see Cseh, E.

304,310 Boszormenyi, Z. see Meszes,

G. 135, 156, 182 Boggess, S.F. see Singh, T.N.

338, 345, 366, 371 Boisard, J. see Marme, D.

339,343 Boney, A.D. 290,291, 309 Bonner, J. see Ordin, L. 299,

302,314 Bonting, S.L., Caravaggio,

L.L. 267, 277, 281 Booij, H.L. see Deierkauf,

F.A. 216, 223 Booij, H.L. see Steveninck, J.

van 214,228 Bornefeld, T. see Simonis, W.

139, 161, 185 Borowitzka, L.J., Brown,

A.D. 138, 176, 295, 309, 366,367

Borst-Pauwels, G.W.F.H. 207, 222

Borst-Pauwels, G.W.F.H., Dobbleman, J. 207,222

Borst-Pauwels, G.W.F.H., Huygens, P.L.M. 207,222

Author Index

Borst-Pauwels, G.W.F.H., Ja­ger, S. 207, 222

Borst-Pauwels, G.W.F.H., Loef, H.W., Havinga, E. 207, 222

Borst-Pauwels, G.W.F.H., Pe­ter, J.K., Jager, S., Wijffels, e.e.B.M. 207, 222

Borst-Pauwels, G.W.F.H., Schnetkamp, P., Van Well, P. 202,222

Borst-Pauwels, G.W.F.H., Wolters, G.H.J., Henricks, J.J.G. 202, 222

Borst-Pauwels, G.W.F.H. see Huygens, P.L.M. 207, 224

Borst-Pauwels, G.W.F.H. see Schiinherr, O.Th. 206, 227

Bostrom, T.E. see Walker, N.A. 156, 188

Bouck, G.B., Brown, D.L. 130, 176, 293, 294, 309

Bouma, D. see Randall, P.J. 363, 371

Boush, G.M. see Batterton, le. 161, 175

Bovell, e.R. see Eppley, R.W. 291,310,320,341

Bowling, D.lF., Turkina, M.V., Krasavina, M.S., Kryucheshnikova, A.L. 267, 268, 269, 277, 282

Bowling, D.J.F. see Hatrick, A.A. 303, 311

Boyer, J.S. 15, 31,33 Boyer, J.S. see Meyer, R.F.

294,299, 302, 313 Boyer, P.D. see Klein, W.L.

212, 224 Boyle, J.E. see Trench, R.K.

131, 141, 187 Bracker, e.E. see Hodges,

T.K. 260, 263, 269, 270, 271, 273, 274, 280, 282

Bradfield, G., Somerfie1d, P., Meyn, T., Holby, M., Bab­cock, D., Bradley, D., Se­gel, I.H. 212, 222, 305, 309

Bradley, D. see Bradfield, G. 212, 222, 305, 309

Bradley, lV. 119, 124 Bradley, J. see Williams, E.l

63,72,92 Bradstreet, E.D. see Scholan­

der, P.F. 20, 34 Brady, T.G. see Conway, E.J.

198, 222 Branton, D. 7, 10

Branton, D., Deamer, D.W. 7, 10, 10

Branton, D. see Pinto da Silva, P. 7,]()

Breen, E.J. see Conway, E.J. 197, 222

Brennecke, R., Lindemann, B. 61,86

Breteler, H. 292, 309 Briggs, G.E. 12, 14, 33, 50,

51,103,110,124,164,168, 176, 300, 309, 326, 341

Briggs, G.E., Hope, A.B., Pit-man, M.G. 104, 105, 110, 124, 235, 245

Briggs, G.E., Hope, A.B., Robertson, R.N. 66, 86, 93, 103, 104, 105, 124, 129, 176, 236, 242, 245

Briggs, G.E., Robertson, R.N. 232,245

Briggs, W.R. see Marme, D. 339, 343

Briggs, W.R. see Newman, LA. 68, 90

Briggs, W.R. see Nicholson, N.H. 131, 182

Brock, T.D. 339, 341 Broda, E. see Solt, 1 160,

161, 185 Broda, E. see Tromballa,

H.W. 148, 163, 187 Brown, A.D. 364, 367 Brown, A.D., Simpson, J.R.

295, 309, 366, 368 Brown, A.D. see Aitken,

D.M. 358, 367 Brown, A.D. see Borowitzka,

L.l. 138, 176,295,309, 366, 367

Brown, C.E., Romano, A.H. 219,222

Brown, C.M., Burr, V.J., Johnson, B. 165, 169,

176 Brown, C.M. see Tempest,

D.W. 366,372 Brown, D.F., Ryan, T.E., Barr,

e.E. 165, 169, 176 Brown, D.L. Bouck, G.B.

130, 176 Brown, D.L. see Bouck, G.B.

130, 176,293,294,309 Brown, D.L. see Patenaude,

R.D. 130, 182 Brown, F.A. see Prosser, e.L.

130, 183 Brown, H.D., Altschul, A.M.

262, 277, 282

375

Brown, H.D., Neucere, N.J., Altschul, A.M., Evans, W.J. 262,263,282

Brown, le. see Chaney, R.L. 327,341

Brownell, P.F., Crossland, e.J. 363, 368

Broyer, T.e. see Barr, e.E. 142, 144, 175

Broyer, T.e. see Hoagland, D.R. 302, 303, 304, 311, 318,342

Bruce, D.L., Marshall, J.H. 174, 176

Bruinsma, 1 see Vickery, R.S. 108, 126

Buetow, D.E. 129,131, 139, 176

Buggy, J. see Green, P.B. 302, 311

Bulychev, A.A., Andrianov, V.K., Kurella, G.A., Litvin, F.F. 82,86

Bulychev, A.A. see Andrianov, V.K. 134, 175

Buretz, K.M. see Ronkin, R.R. 132, 146, 184

Burger, M.M. see Oseroff, A.R. 10,]()

Burley, J.W.A. see Webb, K.L. 361,372

Burnett, J.H. 189,222 Burr, V.J. see Brown, C.M.

165, 169, 176 Burstrom, H. 302, 309, 351,

368 Burton, C. see Hackette, S.L.

203,204,212,224 Busson, F. see Laquerbe, B.

146, 181 Butt, V.S. see Hall, 1.L. 264,

265, 269, 272, 277, 282

Campbell, L.e., Pitman, M.G. 360, 368

Caravaggio, L.L. see Bonting, S.L. 267, 277, 281

Carelli, E. see Fuhs, G.W. 135, 161, 162, 178,305,311

Carton, E. see Conway, E.l 197, 223

Cass, A., Finkelstein, A., Kre­spi, V. 85, 86

Castor, L.N., Chance, B. 196, 222

Cereijo-SantaI6, R. 260, 282 Cespedes, e. de see Christen­

sen, H.N. 135, 176

376

Chambers, D.H. see Blinks, L.R. 131, 135, 176

Chance, B. see Castor, L.N. 196, 222

Chaney, R.L., Brown, J.e., Tiffin, L.O. 327, 341

Chang, e.e., Beevers, H. 356, 368

Charley, J.L., Jenny, H. 105, 124

Chen, M. see Fuhs, G.W. 135, 161, 162, 178, 305, 311

Christensen, H.N., Cespedes, e. de, Hardlogron, H.E., Ronquist, G. 135, 176

Christensen, M.S. see Kuo, S.-e. 216, 225

Christian, lH.B., Hall, J.M. 366, 368

Chu, T.M. Aspinall, D., Paleg, L.G. 294, 299, 300, 309

Cinco, G. see Pena, A. 190, 226

Cirillo, V.P. 216,217,218, 222

Cirillo, V.P. see Kuo, S.-e. 216, 225

Clark, H.E. 355, 368 Cleland, R. 302, 309, 338, 341 Cleland, R. see Rayle, D.L.

338, 344 Coatsworth, J.L. see Eppley,

R.W. 163, 177 Coic, Y., Lesaint, e., Le Roux,

F. 355, 368 Cole, K.S. 62, 86 Cole, K.S., Curtis, H.J. 71,87 Cole, K.S., Hodgkin, A.L. 60,

87 Cole, K.S. see Curtis, H.J. 70,

87 Cole, K.S. see Moore, J.W.

62,90 Collander, R. 4, 10, 138, 142,

146, 161, 176,290,291,309 Collinge, A.J. see Trinci,

A.J.P. 191,228 Conover, W.l 118, 125 Conway, E.J. 199,222,327,341 Conway, E.J., Armstrong,

W.McD. 197, 198,222 Conway, E.J., Beary, M.E.

204,222 Conway, E.J., Brady, T.G.

198,222 Conway, E.J., Breen, E.J. 197,

222 Conway, E.J., Downey, M.

198,222, 321, 341

Conway, E.J., Duggan, P.F. 198, 201, 203, 222

Conway, E.J., Gaffney, H.M. 204,222

Conway, E.J., Kernan, R.P. 200,223

Conway, E.J., Moore, P.T. 197, 223

Conway, E.J., O'Malley, E. 197, 223, 318, 341

Conway, E.J., Ryan, H., Car­ton, E. 197, 223

Cook, J.R. 132, 135, 161, 162, 176

Cooper, T.G., Wood, H.G. 331,341

Cooper, W.e., Osterhout, W.J.V. 170,176

Corner, E.D.S., Davies, A.G. 129, 135, 148, 163, 176

Coster, H.G.L. 69, 70, 80, 81, 87,117,125,134,144,177

Coster, H.G.L., Hope, A.B. 144, 152, 153, 177

Coster, H.G.L., Syriatowicz, J.e., Vorobiev, L.N. 72,87

Coster, H.G.L., Zimmermann, U., Steudle, E. 297, 310

Costerton, J.W.F. see Spans­wick, R.M. 70, 91

Courtice, A.e. see Pitman, M.G. 303, 304, 314

Cowan, I.R. 26, 33, 288, 310 Crabeel, M., Grenson, M.

213,223 Crabeel, M. see Grenson, M.

213,223 Craigie, J.S. 295, 310 Cram, W.J. 112,113,120,

121, 125, 229, 230, 233, 240, 241, 242, 243, 244, 245, 292, 299, 300, 302, 303, 304, 305, 306, 307, 308, 310, 332, 340, 341, 350, 357, 360, 361, 368

Cram, W.1., Laties, G.G. 123, 125, 279, 282, 302, 304, 306, 3 JO, 350, 368

Cram, W.J. see Liittge, U. 242, 246, 252, 258

Cram, W.J. see Pitman, M.G. 290,292, 300, 301, 314

Craven, G.H., Mott, R.1., Ste­ward, F.e. 292, 302, 310

Crossland, C.J. see Brownell, P.F. 363, 368

Cseh, E., Bi:iszi:irmenyi, Z., Meszes, G. 304, 310

Cseh, E. see Erdei, 1. 146, 159, 160, 169, 177

Author Index

Cseh, E. see Meszes, G. 135, 156, 160, 182

Curran, P.D. see Katcha1sky, A. 37, 52

Curtis, H.J., Cole, K.S. 70, 87 Curtis, H.J. see Cole, K.S. 71,

87 Cyrus, e.e. see Eppley, R. W.

291, 301,310

Dagan, J. see Jacoby, B. 110, 125

Dahl, J.1. see Hokin, 1.E. 260,282

Dahms, A.S. see Klein, W.L. 212,224

Dainty, 1. 12, 16, 22, 27, 29, 30,32,33,36,51, 129, 135, 141, 173, 174, 177, 294, 310

Dainty, 1., Ginzburg, B.Z. 23, 26, 27, 29, 33, 43, 51, 52

Dainty, J., Hope, A.B. 26,27, 33, 103, 104, 105, 125

Dainty, J., Vinters, H., Tyree, M.T. 17,23,26,33

Dainty, J. see Aikman, D.P. 143, 153, 174,291,308

Dainty, J. see Gutknecht, J. 129, 130, 134, 139, 141, 142, 143, 145, 147, 148, 149, 159, 165,166,168,170,174,178, 291, 297, 299, 311, 323, 324, 342, 360, 368

Dainty, 1. see Kelly, R.B. 17, 28,34

Dainty, 1. see Kohn, P.G. 30, 34

Dainty, J. see Lannoye, R.J. 153, 165, 166, 181

Dainty, 1. see Laties, G.G. 243, 244, 245, 246

Dainty, 1. see Macrobbie, EA e. 93, 113, 126, 139, 142, 143, 159, 182

Dainty, 1. see Tyree, M.T. 20, 35

Dainty, J. see Williams, E.1. 60, 64, 69, 70, 92

Dale, 1.E., Sutcliffe, 1.F. 234, 235,246

Daigarno, 1., Hird, FJ.R. 243,246

Damadian, R. 318, 341 D'Ambrosiom, S.M. see Ma­

gill, e.W. 210,225 Danielli, J.F., Davson, H.A.

3, 10 Danielli, 1.F. see Davson,

H.A. 7, 10

Author Index

Danielli, 1 F. see Harvey, E.N. 4,10

Danner, l, Ting, LP. 355,368

Davies, A.G. see Corner, E.D.S. 129, 135, 148, 163, 176

Davies, A.R. see Hoagland, D.R. 144, 149, 156, 163, 179, 291, 311

Davies, D.D. 305, 310, 322, 331,341,356,368

Davies, D.R., Plaskitt, A. 130, 177

Davies, J.M., Ferrier, W.e., Johnston, C.S. 131, 177

Davies, P.l 338, 341 Davis, A.R. see Hoagland,

D.R. 320, 321, 342 Davis, R.F. 82, 87, 321, 334,

341 Davis, R.F. see Higinbotham,

N. 59, 78, 79, 88 Davison, K.L. see Wright,

MJ. 290, 316 Davson, H.A., Danielli, J.F.

7, 10 Davson, H.A. see Danielli,

J.F. 3, 10 Dawson, E.e. see Steveninck,

1 van 215, 216 228 Dayani, K. see Post, R.L.

286, 314 Deamer, D.W. see Branton,

D. 7,10,10 Deane, E.M., O'Brien, R.W.

305, 310 DeBusk, A. G. see Tisdale,

J.H. 210, 228 Decker, M., Tanner, W. 172,

173, 177 Decker, M. see Tanner, W.

172, 186 Deierkauf, F.A., Booij, H.L.

216,223 Dekock, P.C. see Macdonald,

I.R. 229, 230, 232, 233, 237, 241, 246

Demmerle, S.D. see Fuhs, G.W. 135, 161, 162, 178, 305, 311

Denny, P., Weeks, D.e. 292, 310

Dent, K.W. see Stiles, W. 232, 233,248

Desai, LD. see Anita, N.J. 132, 175

Dewar, M.A., Barber, J. 139, 146, 177

Dharmawardene, M.W.N., Haystead, A., Stewart, W.D.P. 169, 177

Diamond, lM., Solomon, A.K. 93, 113, 114, 125

Diamond, J.M., Wright, E.M. 6, 10,49,52

Dijkshoorn, W. 306, 308, 310, 318,341,353,354,368

Dijkshoorn, W., Lathwell, D.1., Wit, e.T. de 354, 368

Dijkshoorn, W., Wijk, A.L. van 318,341

Dijkshoorn, W. see Wit, e.T. de 353,372

Dipalma, J.R., Mohl, R., Best, W.lR. 76, 87

Dixon, M., Webb, E.e. 358, 368

Dobbleman, J. see Borst­Pauwels,G.W.F.H. 207,222

Dodd, W.A., Bidwell, R.G.S. 149, 177

Dodd, W.A., Pitman, M.G., West, K.R. l38, 143, 145, 158, 159, 177

Dodds, J.J.A., Ellis, R.1. 261, 264, 267, 269, 277, 282

Dodge, J.D. 129, 135, 177 Domanski-Kaden, J., Simonis,

W. 135, 147, 161, 177 Dorcas, M.l see Osterhout,

W.1.V. 148,170,182 Doskacil, H.J. see Sundberg,

L 161, 186 Doughty, e.l 75, 87 Doughty, e.J., Hope, A.B. 86,

87 Douglas, H.e., Hawthorne,

D.e. 215,223 Downey, M. see Conway, E.1.

198,222, 321,341 Drawert, H. 320, 341 Droop, M.R. 129, 131, 135,

171, 173, 177 Duggan, P.F. see Conway,

E.J. 198, 201, 203, 222 Dugger, W.M. see Ting, LP.

350, 372 Dunham, P.B. see Stoner,

L.e. 293,295,315

Eaton, F.M. 292, 310 Eaton, F.M. see Ergle, D.R.

292, 310 Eaton, F.M. see Gauch, H.G.

292, 311 Eckermann, G. see Atkinson,

M.R. 242, 245

377

Eckert, R. 139, 143, 177 Eddy, A.A., Backen, K., Wat­

son, G. 220,221,223 Eddy, A.A., lndge, KJ.,

Backen, K., Nowacki, 1 A. 220,223

Eddy, A.A., Nowacki, J.A. 220, 221, 223

Eddy, A.A. see Seaston, A. 221,227

Edwards, D.G. see Jackson, P.e. 303, 304, 312

Edwards, D.G. see Johansen, e. 304, 312

Edwards, M.L., Hall, J.L. 266, 282

Egmond, F. van, Houba, V.J.G. 354, 355, 368, 369

Ehlig, e.F. see Gardner, W.R. 15, 19, 33

Eisenman, G. see Sandblom, J.P. 48, 49, 52

Eisenman, G. see Szabo, G. 9, 11

Elavson, J., Vagelas, P.R. 132, 177

Elgabaly, M.M. 235, 246 Ellis, G.W. 56,87 Ellis, R.J. see Dodds, J.lA.

261, 264, 267, 269, 277, 282 Ellory, le. see Lew, V.L.

306, 313 Elzam, O.E., Hodges, T.K.

260,282 Engelman, D.M. 7,10 Enns, L.H. see Rothstein, A.

197, 198,226 Eppley, R.W. 129, 139, 145,

147, 159, 160, 161, 177 Eppley, R.W., Bovell, e.R.

291,310,320,341 Eppley, R.W., Coatsworth,

J.L. 163, 177 Eppley, R.W., Cyrus, e.e.

291,301,310 Eppley, R.W., Rogers, J.N.

148, 163, 177 Epstein, E. 235, 246 Erdei, L., Cseh, E. 146, 159,

160, 169, 177 Erdei, L. see Meszes, G. 161,

182 Ergle, D.R., Eaton, F.M. 292,

310 Erickson, R.O. see Green,

P.B. 302,311 Esch, H.E. 86, 87 Esch, H.E., Miltenburger, H.,

Hug, O. 75, 86, 87

378

Eschrich, W. see Steiner, M. 290, 293, 315

Esfahani, M., Limbrick, A.R., Knutton, S., Oka, T., Wa­kil, S.l. 7, 10

Eshel, A., Waisel, Y. 121, 125 Eshhar, Z. see Reinhold, L.

243,247 Essig, A. see Kedem, O. 45,

52 Etherton, B. 122, 125, 338,

341 Etherton, B., Higinbotham,

N. 59,87 Etherton, B. see Higinbotham,

N. 77,88 Ettl, H. 130, 174, 177, 293,

310 Evans, H.l., Sorger, G.T. 132,

177, 358, 362, 368 Evans, H.l. see Hiatt, A.J.

359,369 Evans, HJ. see Miller, G.

358, 359, 370 Evans, HJ. see Nitsos, R.E.

359, 370 Evans, W.J. see Brown, H.D.

262, 263, 282 Ewart, A.J. 70, 87 Eyring, H. see lohnson, F.H.

49,52,297,312

Fairbanks, G. see Steck, T.L. 8, 11

Feige, G.B. 295, 310 Felle, H., Bentrup, F.-W. 78,

87 Fellows, P.M. see Raschke,

K. 337,344 Fenson, D.S., Ursino, 0.1.,

Nelson, C.D. 135, 173, 177 Fensom, D.S. see Macrobbie,

E.A.e. 135, 156, 157, 164, 166, 182

Fensom, D.S. see Williams, E.l. 152, 157, 188

Ferguson, A.R. 355, 368 Fernandez, H.R. see Gold­

smith, M.H.M. 70, 88 Ferrari, G., Renosto, F. 305,

310 Ferrari, T.E., Yodder, O.e.,

Filner, P. 353, 368 Ferrier, W.e. see Davies, 1.M.

131,177 Filner, P. 229, 246 Filner, P. see Ferrari, T.E.

353, 368

Filner, P. see Hart, 1.W. 229, 246, 305, 311

Filner, P. see Heimer, Y.M. 229, 246, 305, 306, 311

Findenegg, G.R. 163, 177 Findlay, G.P. 57, 59, 62, 63,

72, 73, 74, 87, 142, 177 Findlay, G.P., Hope, A.B. 57,

59, 63, 72, 73, 87, 165, 166, 177

Findlay, G.P., Hope, A.B., Pit­man, M.G., Smith, FA, Walker, N.A. 60,68,87, 138, 139, 141, 143, 145, 153, 154,155,156,158,159,160, 164, 165, 166, 167, 169, 178, 297,310, 334, 341

Findlay, G.P., Hope, A.B., Walker, NA 119, 125

Findlay, G.P., Hope, A.B., Williams, E.J. 60, 66, 67, 69,87,114,115,125,139, 155,158,159,161, 164, 165, 166, 167, 169, 178,291,310

Findlay, G.P. see Higinbo­tham, N. 61,88

Findlay, G.P. see Hope, A.B. 72, 75, 89, 119, 125

Finean, J.B. 4, 10 Finkelstein, A. 80, 87 Finkelstein, A. see Cass, A.

85,86 Fischer, R.A. 341 Fishbeck, K.A. see Gerloff,

G.e. 132, 133, 178 Fisher, H. see Wallach,

D.F.H. 10. 11 Fisher, J.D., Hansen, D., Hod­

ges, T.K. 262, 265, 266, 278, 279, 282

Fisher, J.D., Hodges, T.K. 261, 262, 263, 264, 265, 269, 272, 277, 278, 279, 282

Flesher, D. see Jackson, W.A. 303, 306, 312, 332, 342, 354, 369

Flowers, T.J. 359, 364, 368 Flowers, TJ. see Hall, 1.L.

365,369 Floyd, R.A. see Rains, D.W.

234,247 Fogg, G.E. 131,178,290,291,

310 Foster, RJ. see Higinbotham,

N. 77,88 Foulkes, E.e. 198, 223 Fox, e.F., Keith, A.D. 10, 10 Fox, M. see 1ackson, H.J.

140, 179

Author Index

Frank, K., Becker, M.e. 55, 88 Fraser, T.W., Gunning, B.E.S.

131, 178 Frazisket, L. 148, 163, 178 Friis, J., Ottolenghi, P. 220,223 Fritsch, F.E. 129, 131, 178 Fuhrmann, G., Rothstein, A.

204,223 Fuhs, G.W. 133, 161, 178 Fuhs, G.W., Demmerle, S.D.,

Carelli, E., Chen, M. 135, 161, 162, 178, 305, 311

Fujita, M. 69, 72, 88 Fujita, M., Mizuguchi, K. 72,

73,88 Fuller, G.L. see Kriedemann,

P.E. 338, 343 Fuller, M.S. see Kazama, F.

129, 139, 180

Gaffey, e.T. 72,73,88 Gaffey, e.T., Mullins, L.J. 72,

73, 74, 88, 142, 178 Gaffney, H.M. see Conway,

E.J. 204, 222 Galston, A. W. see Jaffe, M.J.

339,342 Galston, A.W. see Satter,

R.L. 301,315 Ganf, G.G. 148, 178 Gardner, W.R., Eh1ig, e.F.

15, 19,33 Gardner, W.R. see Kirkham,

M.B. 302, 313 Garrahan, P.J., Glynn, I.M.

202,223 Gauch, H.G., Eaton, F.M.

292, 311 Gee, R. see Kylin, A. 261,

268,283 Geller, G. see Heldt, H.W. 85,

88 Genevot, M. see Besnier, V.

295,309 Gerloff, G.e., Fishbeck, KA

132, 133, 178 Gerloff, G.e. see Kirkham,

M.B. 302,313 Gersen, D.F. 321,341 Gerson, D.F., Poole, RJ. 239,

246 Gessner, F. 291,296,311,

334, 341 Gill, e.O., Ratledge, e. 219,

223 Gillet, e., Lefevre, 1. 165, 178 Gillet, e. see Lefevre, 1. 117,

125, 167,181

Author Index

Ginzburg, B.Z., Hogg, J. 167, 178

Ginzburg, B.Z. see Ben­Amotz, A. 333, 341

Ginzburg, B.Z. see Dainty, l 23,26,27,29,33,43,51,52

Ginzburg, B.Z. see Ginzburg, M. 360, 364, 368

Ginzburg, B.Z. see Noy-Meir, 1. 14, 15, 19,34

Ginzburg, M., Sachs, L., Ginz­burg, B.Z. 360, 364, 368

Gits, J., Grenson, M. 213, 223 Glasel, R.H. see Gradmann,

D. 138, 152, 178 Glinka, Z. 241,246 Glinka, Z., Reinhold, L. 30,

32,33 Glover, G.I. see Magill, e.W.

210, 225 Glynn, I.M., Hoffman, J.F.,

Lew, V.L. 193,223 Glynn, I.M., Lew, V.L., Luthi,

U. 193,223 Glynn, I. M. see Garrahan,

P.J. 202, 223 Glynn, I.M. see Lew, V.L.

306,313 Goldman, J.e., Porcella, D.B.,

Middlebrooks, E.J., Toe­rinz, D.F. 129, 132, 146, 149, 178

Goldmann, D.E. 49, 52 Goldsmith, M.H.M., Fernan­

dez, H.R., Goldsmith, T.H. 70,88

Goldsmith, T.H. see Gold-smith, M.H.M. 70,88

Goldstein, e.A. see Patlak, e.S. 43,52

Goldstein, S. see Siegenthaler, P.A. 208, 227

Gomez Puyou, A. see Pena, A. 190,226

Goodman, J., Rothstein, A. 206, 207, 223

Gorter, E., Grendel, F. 4, 10 Gorts, G.P.M. 219, 223 Gradmann, D. 60, 76, 88, 155,

167, 178 Gradmann, D., Wagner, G.,

Glasel, R.H. 138, 152, 178 Grant, B.R., Beevers, H. 243, 246

Grant, M. see Atkinson, M.R. 242,245

Gratz, H.J. see Bentrup, F.W. 334, 341

Graves, J.S. see Higinbotham, N. 59, 78, 79, 88

Graves, lS. see Pitman, M.G. 68,90

Graves, S.T. see Ramus, J. 162, 183

Greacen, E.L., Oh, J.S. 299, 302, 311

Green, P.B. 134, 178 Green, P.B., Erickson, R.O.,

Buggy, J. 302,311 Greenham, e.G. 59, 61,

88 Greenway, H. 300, 301, 311,

365, 368 Greenway, H., Klepper, B.,

Hughes, P.G. 311 Greenway, H., Osmond, e.B.

358, 359, 364, 368 Greenway, H., Sims, A.P.

358, 362, 368 Greenway, H., Thomas, D.A.

301, 311 Greenway, H. see Osmond,

e. B. 332, 344, 356, 357, 359, 364, 371

Grendel, F. see Gorter E. 4, 10

Grenson, M. 213, 223 Grenson, M., Hennaut, e.

221,223 Grenson, M., Hou, e., Cra­

beel, M. 213, 223 Grenson, M., Mousset, M.,

Wiame, 1.M., Bechet, 1. 213,223

Grenson, M. see Crabeel, M. 213, 223

Grenson, M. see Gits, J. 213, 223

Grenson, M. see Joiris, e.R. 213, 224

Grignon, e. see Heller, R. 229, 246

Grodins, F.S. 285, 311 Gruener, N., Neumann, J.

261, 262, 263, 266, 277, 282 Grunes, R. see Tanner, W.

172, 186 Guern, 1. see Thoiron, A. 229,

248 Guillard, R.R.L. 129, 130,

138, 178,229,311 Gunning, B.E.S. see Atkinson,

A.W., Jr. 129, 130, 175 Gunning, B.E.S. see Fraser,

T.W. 131,178 Gutknecht, l 29, 33, 60, 67,

68, 78, 88, 134, 138, 139, 141,143,152,153,157,158, 167, 178,291,296,297, 311

379

Gutknecht, J., Dainty, J. 129, 130, 134, 139, 141, 142, 143, 145, 147, 148, 149, 159, 165, 166, 168, 170, 174, 178, 291, 297,299,300,311,323,324, 342,360,368

Gutknecht, l see Bisson, M.A. 297, 309

Gutknecht, J. see Hastings, D.F. 291,296,297,311

Haapanen, L., Skoglund, e.R. 72,88

Haass, D., Tanner, W. 172, 179 Haass, D. see Komor, B. 172,

173, 181 Haass, D. see Komar, E. 172,

173, 181, 217, 225 Haass, D. see Tanner, W. 172,

186 Hackette, S.L., Skye, G.E.,

Burton, e., Segel, I.H. 203, 204, 212, 224

Hagan, R.M. see Vaadia, Y. 294, 315

Hageman, R.H. see Beevers, L. 277, 281, 352, 363, 367

Hageman, R.H. see Jackson, W.A. 303, 306, 312, 332, 342, 354, 369

'Hager, A., Menzel, H., Krauss, A. 338,342

Hall, J.L. 260,261, 262, 265, 277,282

Hall, J.L., Butt, V.S. 264, 265, 269, 272, 277, 282

Hall, J.L., Flowers, T.J. 365, 369

Hall, J. L. see Christian, J.H.B. 366, 368

Hall, J.L. see Edwards, M.L. 266, 282

Halvorson, H.O. see Okada, H. 219,226

Halvorson, H.O. see Robert­son, J.1. 219, 226

Hammel, H.T. 22,33 Hammel, H.T. see Scholander,

P.F. 20, 34 Hammel, H.T. see Tyree,

M.T. 20, 21, 35 Hansen, D. sec Fisher, J.D.

262, 265, 266, 278, 279, 282 Hansen, D. see Leonard, R.T.

260,261,264,269,270,277, 283

Hansen, U.P. 86, 88 Hanson, lB., Hodges, T.K.

260,282

380

Hanson, J.B. see Bertagnolli, B.L. 278, 281

Hanson, lB. see Hodges, T.K. 260, 282

Hanson, J.B. see Leonard, R.T. 266, 280, 283

Hanson-Porath, E., Poljakoff­Maybeer, A. 359, 365, 369

Hansson, G., Kuiper, P.J.c., Kylin, A. 267, 282

Hansson, G., Kylin, A. 261, 263, 267, 268, 282

Hansson, G. see Kylin, A. 267, 268, 283

Hardlogron, H.E. see Christen­sen, H.N. 135, 176

Harley, lL. see MacLennan, D.H. 243, 246, 348, 349, 370

Harley, 1.L. see Walsh, J.H. 220,228

Harold, F.M. 215, 224, 329, 342

Harold, F.M., Papineau, D. 135, 179

Harold, F.M., Pavlasova, E., Baarda, lR. 321, 342

Harris, D.L. see Samson, F.E. 207, 227

Harris, G., Thompson, c.c. 219, 224

Harrison, J.A. see Steward, F.C. 233, 247

Hart, J.W., Filner, P. 229, 246, 305, 311

Harvey, E.N. 71, 72, 88 Harvey, E.N., Danielli, J.F. 4,

10 Haschke, H.-P., Liittge, U.

338,342 Hase, E., Mihara, S., Tamiya,

M. 148,179 Hase, E., Miyachi, S., Mihara,

S. 148, 179 Hassenstein, B. 285, 311 Hastings, D.F., Gutknecht, 1

291,296,297,311 Hatch, M.D. see Johnson,

H.S. 348, 356, 369 Hatrick, A.A., Bowling,

D.J.F. 303, 311 Havinga, E. see Borst-Pauwels,

G.W.F.H. 207, 222 Hawthorne, D.C. see Douglas,

H.c. 215,223 Hawthorne, D.C. see Morti­

mer, R.K. 215,225 Haydon, D.A., Hladsky, S.B.

164, 179

Hayes, A.D. see Rothstein, A. 204,226

Haynard, G. see Spyropoulos, C.S. 72,91

Haystead, A. see Dharmawar­dene, M.W.N. 169, 177

Hayward, H.E., Wadleigh, C.H. 299, 300, 311

Hayward, H.E. see Bernstein, L. 299, 300, 309

Hayward, J. 146, 179 Hayward, M.R. see Scott,

G.T. 154, 159, 185 Healey, F.P. 129, 161, 179 Hechter, O. see Lester, G.

191, 196,225 Heimer, Y.M., Filner, P. 229,

246, 305, 306, 3lJ Heininger, B. see Kluge, M.

351,370 Heinz, E. 220, 224 Heinz, E. see Ring, K. 211,

226 Heldt, H.W., Werdan, K., Mi­

lovancev, M., Geller, G. 85,88

Heldt, H.W. see Strotmann, H. 131, 186

Hellebust, lA. 295, 311 Heller, R., Grignon, C., Schei­

decker, D. 229, 246 Hemmingsen, E.A. see Scho­

lander, P.F. 20, 34 Henderson, D.W. see Acevedo,

E. 302,308 Hendricks, S.B. see Hiatt,

A.J. 331,342, 351, 352, 360,369

Hendrix, D.L. see Anderson, W.P. 61,86

Henn, F.A. see Thompson, T.E. 165, 171, 186

Hennaut, C. see Grenson, M. 221,223

Henricks, J.J.G. see Borst­Pauwels, G.W.F.H. 202,222

Heppel, L.E. 210, 224 Hiatt, A.J. 321,331,342,351,

352, 355, 356, 359, 369 Hiatt, A.J., Evans, H.J. 359,

369 Hiatt, A.J., Hendricks, S.B.

331, 342, 351, 352, 360, 369 Hibbard, P.L. see Hoagland,

D.R .. 156, 179 Higinbotham, N. 147, 179,

261,282, 323,342 Higinbotham, N., Anderson,

W.P. 324, 342

Author Index

Higinbotham, N., Etherton, B., Foster, R.l 77, 88

Higinbotham, N., Graves, lS., Davis, R.F. 59, 78, 79, 88

Higinbotham, N., Hope, A.B., Findlay, G.P. 61, 88

Higinbotham, N. see Ander­son, W.P. 61,86

Higinbotham, N. see Etherton, B. 59, 87

Higinbotham, N. see Liittge, U. 338,343

Higinbotham, N. see Pitman, M.G. 68,90

Hill, A.E. 78, 88 Hill, A.E. see Hill, B.S. 253,

258, 268, 280, 282 Hill, B.S., Hill, A.E. 253, 258,

268, 280, 282 Hill, S.E. 72, 88 Hinkle, P.c. see Racker, E. 9,

11 Hird, F.J.R. see Birt, L.M.

209, 222, 233, 243, 245 Hird, F.J.R. see Dalgarno, L.

243,246 Hladsky, S.B. see Haydon,

D.A. 164, 179 Hoagland, D.R., Broyer, T.C.

302, 303, 304,311, 318, 342 Hoagland, D.R., Davies, A.R.

144, 149, 163, 179,291,311, 320, 321, 342

Hoagland, D.R., Davies, A.R., Hibbard, P.L. 156, 179

Hochachka, P.W., Somero, G.N. 358, 362, 364, 369

Hodges, T.K. 260, 274, 280, 282, 330, 342

Hodges, T.K., Hanson, lB. 260,282

Hodges, T.K., Leonard, R.T. 264, 270, 273, 274, 282

Hodges, T.K., Leonard, R.T., Bracker, C.E., Keenan, T.W. 260, 263, 269, 270, 271, 273, 274, 280, 282

Hodges, T.K., Vaadia, Y. 304, 311

Hodges, T.K. see Balke, N.E. 260, 268, 270, 272, 273, 276, 280, 281

Hodges, T.K. see Elzam, O.E. 260, 282

Hodges, T.K. see Fisher, lD. 261, 262, 263, 264, 265, 266, 269, 272, 277, 278, 279, 282

Hodges, T.K. see Hanson, 1.B. 260, 282

Author Index

Hodges, T.K. see Leonard, R.T. 260,261,264,269, 270, 272, 273, 275, 276, 277, 283, 332, 343

Hodgkin, A.L., Huxley, A.F. 72, 73, 88

Hodgkin, A.L., Huxley, A.F., Katz, B. 62, 88

Hodgkin, A.L., Katz, B. 49, 52

Hodgkin, A.L., Keynes, R.D. 46, 51,52,93, 125

Hodgkin, A.L., Rushton, W.A.H. 64, 88

Hodgkin, A.L. see Cole, K.S. 60, 87

Hormann, G. 70, 88 Hofer, M. 216,224 Hofer, M., Kotyk, A. 216,

224 Hofer, M. see Kotyk, A. 216,

225 Hoffman, J.F. see Glynn,

I. M. 193, 223 Hoffman, J.F. see Patlak, e.s.

43,52 Hoffman, L.R. 174, 179 Hofstee, B.H.1. 206, 224 Hogg, J., Williams, E.J., John-

ston, R.J. 60, 64, 80, 82, 88, 89, 164, 165, 179

Hogg, J. see Ginzburg, B.Z. 167, 178

Hogg, 1. see Williams, E.J. 159, 188

Hokin, L.E., Dahl, J.L. 260, 282

Holby, M. see Bradfield, G. 212,222, 305, 309

Hollenberg, G.J. 145, 179 Holligan, P.M., Jennings,

D.H. 203, 224 Holzer, H. 207, 224 Hoogenhout, H., Amesz, J.

169, 179 Hooper, D.e. see Jennings,

D.H. 205, 207, 224 Hooper, D.e. see Rothstein,

A. 204,226 Hope, A.B. 54, 72, 73, 78, 89,

93, 125, 129, 135, 138, 143. 158, 159. 165, 166, 167, 168, 179

Hope, A.B., Aschberger, P.A. 80, 82, 89, 165, 179

Hope, A.B., Findlay, G.P. 72, 75,89, 119, 125

Hope, A.B., Liittge, U., Ball, E. 135, 179, 334, 335, 342

Hope, A.B., Simpson, A., Wal­ker, N.A. 117,125,152, 153,154,155,165,179

Hope, A.B., Walker, N.A. 49, 50, 52, 69, 71, 89, 93, 102, lOS. lIS. 116, 125. 142, 144. 158. 159. 160. 165, 179, 256. 258

Hope, A.B. see Barry. P.H. 80.86. 164. 175

Hope. A.B. see Briggs, G.E. 66.86.93. 103. 104. 105. 110, 124. 129,176.235.236. 242,245

Hope. A. B. see Coster, H.G.L. 144.152,153,177

Hope. A.B. see Dainty. 1. 26. 27. 33. 103, 104. 105. 125

Hope. A.B. see Doughty. e.J. 86.87

Hope. A.B. see Findlay, G.P. 57. 59. 60. 63. 66, 67. 68, 69. 72. 73. 87, 114. liS. 119.125.138.139.141. 143. 145.153.154.155.156.158, 159.160,161,164.165.166. 167. 169. 177. 178.291. 297. 3/0. 334, 341

Hope. A.B. see Higinbotham. N. 61. 88

Hope, A.B. see Lilley, R.M.e. 155.156.169.181.257.258

Hope. A.B. see Richards. J.L. 79. 90. 325, 344

Hope, A.B. see Walker, N.A. 46.51. 52, 69,80,91,157, 164. 165, 166, 188

Horovitz, e.T., Waisel, Y. 262.282

Hoshiko. T., Lindley, B.D. 44, 50, 52

Hou. e. see Grenson, M. 213, 223

Houba, V.J.G., Egmond, F. van, Wittich, E. M. 355 369

Houba, V.J.G. see Egmond, F. van 354, 368

House. e. R. 12, 22, 33, 43, 44,52

House. e.R., Jarvis, P. 32, 33 House, C. R. see Jarvis, P. 32,33 Hsiao, T.e. 294,311 Hsiao, T.e. see Acevedo, E.

302, 308 Hubbell, W.L., McConnell,

H.M. 7,10 Huber, W., Rustagi, P.N.,

Sankhla, N. 365. 369

381

Huber, W., Sankhla, N. 365, 369

Hug, O. see Esch, H.E. 75, 86,87

Hug, O. see Rottinger, E.M. 75, 90

Hughes, P.G. see Greenway, H. 300,311

Humphries, E.e. 302, 304, 305,311,312

Hunter, D.R., Segel, I.H. 212, 221. 224

Hurd, R.G. 230,231,236, 240,246,351, 352, 369

Hurd, R.G., Sutcliffe, J.F. 235,246

Hurd-Karrer, A.M. 320, 321, 342

Hussey, E.C. see Spencer, B. 208, 228

Huxley, A.F. see Hodgkin, A.L. 62, 72, 73, 88

Huygens, P.L.M., Borst­Pauwels,G.W.F.H. 207.224

Huygens, P.L.M. see Borst­Pauwels, G.W.F.H. 207, 222

Ikenberry, E. see Molz, F.J. 31,32,34

Imahori, K. see Wood, R.D. 143, 188

rndge, K.J. see Eddy, A.A. 220,223

Ingversen, J. see Ivanko, S. 305,312

Inkson, C. see Seaston, A. 221. 227

Inoue, 1., Ueda, T., Kobatake, Y. 84,89

Ivanko, S., Ingversen, 1. 305, 312

Jackson, H.J., Schiou, Y.-F., Bane, S., Fox, M. 140, 179

Jackson, P.e., Adams, H.R. 351, 352, 369

Jackson, P.e., Edwards, D.G. 303, 304, 312

Jackson, R.L., Segrest, J.P., Kahane, I., Marchesi, V.T. 8, 10

Jackson, W.A., Flesher, D., Hageman, R.H. 303,306, 312, 332, 342, 354, 369

Jackson, W.A., Volk, R.1., Tucker, T.e. 332, 342

Jackson, W.A. see Minotti, P.L. 353, 354, 355. 370

382

Jacobsen, L. see Allen, R.D. 130, 141, 145,174,291,308

Jacobsen, L. see Schaedle, M. 141, 159, 161, 184

Jacobson, L. 356, 369 Jacobson, L., Ordin, L. 352,

369 Jacobson, L. see Shere, S.M.

192,227 Jacobson, S.L. 76,89 Jacobson, S.L. see Benolken,

R.M. 76,86 Jacoby, B., Dagan, 1. 110, 125 Jacoby, B., Laties, G.G. 331,

342, 351, 352, 357, 369 Jacoby, B. see Ratner, A 265,

266, 269, 279, 280, 283 Jaffe, L.F. 68, 89 Jaffe, L.F., Robinson, K.R.,

Nuccitelli, R. 68, 89, 131, 180

Jaffe, L.F. see Robinson, K.R. 134, 139, 141, 153, 154, 158, 165, 168, 184

Jaffe, L.J. see Allen, R.D. 130, 141, 145, 174, 291, 308

Jaffe, L.J. see Weisenseel, M.H. 141, 188

Jaffe, MJ. 339, 342 Jaffe, M.J., Galston, A.W.

339,342 Jaffe, M.J. see Yunghans, H.

339,346 Jager, S. see Borst-Pauwels,

G.W.F.H. 207,222 Jahn, T.L. see Votta, J.1. 321,

346 Janacek, K., Rybova, B. 143,

180 Janacek, K. see Kotyk, A.

129, 181 Janacek, K. see Rybova, R.

138, 152, 155, 156, 160, 184 Janes, B.E. 294, 312 Jaques, AG. 291, 296, 297,

312 Jaques, AG., Osterhout,

WJ.V. 148, 160, 179, 297, 312

Jaques, AG. see Blinks, L.R. 77, 86, 291, 309

Jarvis, M.S. see Jarvis, P.G. 294,312

Jarvis, P., House, C.R. 32, 33 Jarvis, P. see House, C.R. 32,33 Jarvis, P.G., Jarvis, M.S. 294,

312 Jeanjean, R. 135, 162, 180,

307, 312

Jeanjean, R., Blasco,F. 161, 162,180

Jeanjean, R. see Vallee, M. 147, 162, 187, 305, 307, 315

Jefferies, R.L. 360, 369 Jefferies, R.L., Laycock, D.,

Stewart, G.R., Sims, A.P. 359, 363, 369

Jefferies, R.L. see Young, M. 304,316

Jennings, D. H. 189,224,295, 305, 312

Jennings, D.H., Austin, S. 218, 219, 224, 295, 312

Jennings, D.H., Hooper, D.C., Rothstein, A 205, 207, 224

Jennings, D.H. see Allaway, A.E. 221,221

Jennings, D.H. see Holligan, P.M. 203, 224

Jennings, D.H. see Rothstein, A. 204,226

Jenny, H. see Charley, J.L. 105, 124

Jeschke, W.D. 78, 84, 89, 122, 123, 125, 288, 312, 334, 342

Joaquin, J. see Allen, R.D. 130, 141, 145, 174,291, 308

Johansen, c., Edwards, D.G., Loneragan, J.F. 304, 312

Johansen, C., Liittge, U. 253, 258

John, P.c.L. see Atkinson, A.W., Jr. 129, 130, 175

Johnson, B. see Brown, C.M. 165, 169, 176

Johnson, F.H., Eyring, H. 297,312

Johnson, F.H., Eyring, H., Polissar, M.J. 49,52

Johnson, H.S., Hatch, M.D. 348, 356, 369

Johnson, K.D. see Rayle, D.L. 338, 344

Johnson, M.J. see Segel, I.H. 208,227

Johnson, R.A see Rent, R.K. 325,344

Johnston, C.S. see Davies, J.M. 131, 177

Johnston, R.A., Schmidt, R.R. 148, 180

Johnston, R.J. see Hogg, J. 60, 64, 80, 82, 88, 89, 164, 165, 179

Johnston, R.1. see Williams, E.J. 60, 64, 69, 70, 92

Joiris, C.R., Grenson, M. 213, 224

Author Index

Jones, H.G., Osmond, C.B. 334,342

Jones, R.T. see Mansfield, T.A. 338, 343

Joy, K.W. 355,369 Jung, C., Rothstein, A 207,

224 Juni, E., Kamen, M.D., Rei­

ner, J.M., Spiegelman, S. 205,224

Kaback, H.R. 254, 258 Kaback, H.R. see Barnes,

E.M. 254, 258 Kiihr, M. see Kylin, A 264,

265, 272, 283 Kahane, I. see Jackson, R.L.

8, 10 Kahn, J.S. 131, 180 Kalmus, H. 285,312 Kamen, M.D. see Juni, E.

205,224 Kamiya, N., Kuroda, K. 17,

33, 84, 89, 135, 180, 295, 297, 298, 312

Kamiya, N., Tazawa, M. 26, 27,28, 33, 135, 138, 180

Kamiya, N., Tazawa, M., Ta­kata, T. 17, 33

Kamiya, N. see Tazawa, M. 27, 34

Kanai,R.,Simonis, W. 147,180 Kanazawa, T. 132, 180 Kandler, 0., Tanner, W. 173,

180 Kandler, O. see Tanner, W.

171,172,173,186 Kannan, S. 135, 160, 161, 180 Kasamo, K., Yamaki, T. 262,

266,282 Kashket, E.R., Wilson, T.H.

254,258 Kashket, E.R., Wong, P.T.S.

321, 342 Kataoka, H. see Nakagawa,

S. 298, 314 Katcha1sky, A, Curran, P.D.

37,52 Katchalsky, A. see Kedem, O.

23, 34, 43, 52 Katz, A.M. see Samson, F.E.

207,227 Katz, B. 72, 89 Katz, B. see Hodgkin, AL.

49, 52, 62, 88 Kauss, H. 17, 34, 293, 295,

312, 366, 369 Kauss, H., Schobert, B. 293,

312

Author Index

Kauss, H. see Schobert, B. 139, 184,293,315

Kazama, F., Fuller, M.S. 129, 139, 180

Kedem, O. 254, 258 Kedem, 0., Essig, A. 45, 52 Kedem, 0., Katcha1sky, A.

23, 34, 43, 52 Keenan, T.W. see Hodges,

T.K. 260, 263, 269, 270, 271, 273, 274, 280, 282

Keith, A.D. see Fox, C.F. 10, 10

Kelly, K.A. see Pall, M.L. 211,226

Kelly, R.B., Kohn, P.G., Dain­ty, J. 17, 28, 34

Kernan, E.P. see Conway, E.J. 200, 223

Kesse1er, H. 134, 138, 139, 142, 143, 146, 147, 148, 149, 180,291,297,298,312,313, 320,342

Kessler, E. 137, 180 Ketchum, B.H. see Kuenzler,

E.J. 161, 181 Keynes, R.D. see Hodgkin,

A.L. 46,51,52,93, 125 Kholdebarin, B., Oertli, J.J.

335, 342, 352, 370 Kikuyama, M. see Tazawa,

M. 117,126 King, N.J. see Anderson,

D.M.W. 131, 132, 174 Kinzel, H. see Nierhaus, D.

347,370 Kirkby, E.A. 318,343,355,

370 Kirkby, E.A., Mengel, K. 292,

297,313,319,321,343 Kirkham, M.B., Gardner,

W.R., Gerloff, G.c. 302, 313

Kirst, G.O. see Treichel, S.P. 364, 365, 372

Kishimoto, U. 63,72,74,89, 142, 143, 164, 166, 167, 180

Kishimoto, U., Akabori, H. 166, 180

Kishimoto, U., Nagai, R., Ta­zawa, M. 166, 180

Kishimoto, U., Tazawa, M. 116, 117, 118, 125, 134, 135, 142, 144, 180,291,298,313

Kishimoto, U. see Tazawa, M. 117, 126, 160, 186

Kitasato, H. 152, 157, 159, 165, 167, 168. 180, 324, 325, 343

Kiyosawa, K., Tazawa, M. 27, 28, 34

Kiyosawa, K. see Tazawa, M. 27,34

Klein, W.L., Dahms, A.S., Boyer, P.D. 212, 224

Kleinzeller, A. see Kotyk, A. 198,219,225

Klepper, B., Molz, F.J., Peter­son, C.M. 31,34

Klepper, B. see Greenway, H. 300,311

Klepper, B. see Molz, FJ. 31, 34

Kluge, M., Heininger, B. 351, 370

Kluge, M., Osmond, C.B. 357, 370

Knight, A.H. see Macdonald, I.R. 229, 230, 233, 237, 241,246

Knutsen, G. 131,173,181 Knutsen, G. see Pettersen, R.

173,183 Knutton, S. see Esfahani, M.

7, 10 Kobatake, Y. see Inoue, I. 84,

89 Koch, A.L. 130, 181 Koch, W. see Schnepf, E. 147,

174,184 Koh, M.S. see Barr, C.E. 163,

171, 175 Kohn, P.G., Dainty, J. 30,

34 Kohn, P.G. see Kelly, R.B.

17, 28, 34 Komor, B., Komor, E., Haass,

D., Tanner, W. 172, 173, 181

Komor, B. see Komor, E. 172, 173, 181

Komor, B. see Tanner, W. 172,186

Komor, E. 172, 181,254,258, 329,343

Komor, E., Haass, D., Komor, B., Tanner, W. 172, 173, 181

Komor, E., Haass, D., Tanner, W. 172, 181, 217, 225

Komor. E., Loos, E., Tanner, W. 172,173,181

Komor, E., Tanner, W. 172, 173, 181, 253, 254, 258

Komor, E. see Komor, B. 172, 173, 181

Komor, E. see Tanner, W. 172. 186

383

Koningsberger, V.V. see Kroon, R.A. De 219,224 225

Kopac, M.l 56, 89 Koppenh6fer, E. 72, 89 Kornberg, H.L. see Romano,

A.H. 219,226 Koshland, D.E., Jr. 274, 282 Kotyk, A. 199,225 Kotyk, A., Hofer, M. 216,

225 Kotyk, A., Janacek, K. 129,

181 Kotyk, A., Kleinzeller, A.

198,219,225 Kotyk, A., Rihova, L. 213,

225 Kotyk, A. see Azam, F. 219,

221 Kotyk, A. see Hofer, M. 216,

224 Kotyk, A. see Pribil, S. 148,

183 Kozlowski, T.T. 12, 34 Kralovansky, J. see Meszes,

G. 135,156,182 Kramer, D. see Liittge, U.

335, 336, 343 Kramer, D. see Pitman, M.G.

104, 126 Krasavina, M.S., Vyskrebentse­

va, E.I. 267, 268, 277, 282 Krasavina, M.S. see Bowling,

D.J.F. 267, 268, 269, 277, 281

Krasne, S. see Szabo, G. 9, 11 Krause, G.H. see Bassham,

1.A. 132, 147, 175 Krauss, A. see Hager, A. 338,

342 Kremer, B.P. see Willen brink,

J. 171,188 Krespi, V. see Cass, A. 85, 86 Kriedemann, P.E., Loveys,

B.R., Fuller, G.L., Leopold, A.C. 338, 343

Kripps, R.S. see Anita, N.J. 132, 175

Kroon, R.A. De, Koningsber­ger, V.V. 219,224,225

Krotkov, G. see Trip, P. 299, 315

Kryucheshnikova, A.L. see Bowling, D.lF. 267, 268, 269, 277, 282

Kuenzler, E.J. 161,181 Kuenzler, EJ., Ketchum,

B.H. 161, 181 Kuiper, P.J.c. 266,283

384

Kuiper, P.le. see Hansson, G. 267,282

Kuiper, P.le. see Kylin, A. 267, 268, 283

Kuntz, F.J. see Simonis, W. 161, 185

Kuo, S.-e., Christensen, M.S., Cirillo, V.P. 216, 225

Kuo, S.-e., Cirillo, V.P. 216, 225

Kurella, G.A. see Andrianov, V.K. 134, 166, 175

Kurella, G.A. see Bulychev, A.A. 82,86

Kurella, G.A. see Vorobiev, L.N. 134, 187

Kuroda, K. see Kamiya, N. 17, 33, 84, 89, 135, 180, 295, 297, 298, 312

Kylin, A. 147, 162, 181, 230, 240, 246, 305, 313

Kylin, A., Gee, R. 261,268, 283

Kylin, A., Kiihr, M. 264, 265, 272,283

Kylin, A., Kuiper, PJ.e., Hansson, G. 267, 268, 283

Kylin, A. see Hansson, G. 261, 263, 267, 268, 282

Liiuchli, A. see Pitman, M.G. 301, 314

Lai, Y.F., Thompson, lE. 266,283

Langmiiller, G., Springer­Lederer, H. 84,89, 135,181

Lannoye, R.J., Tarr, S.E., Dainty, J. 153, 165, 166, 181

Laquerbe, B., Busson, F., Mai­grot, M. 146, 181

Larkum, A.W.D. 114, 125, 131, 142, 181

Larsen, H. 364, 370 Lassen, V.V. 84, 89 Lassen, V.V., Sten-Knudsen,

O. 56,90 Lathwell, D.J. see Dijkshoorn,

W. 354,368 Laties, G.G. 232,243, 244,

246 Laties, G.G., Macdonald, I.R.,

Dainty, J. 243, 244, 245, 246

Laties, G.G. see Cram, W.l 123, 125, 279, 282, 302, 304, 306, 310, 350, 368

Laties, G.G. see Jacoby, B. 331, 342, 351, 352, 369

Laties, G.G. see Linask, J. 244,246

Laties, G.G. see Liittge, V. 242, 246, 252, 258

Laties, G.G. see Macdonald, I.R. 243, 246

Laties, G.G. see Osmond, e.B. 229, 234, 238, 247, 349, 350, 351, 371

Laties, G.G. see Torii, K. 277, 283, 352, 372

Latshaw, W.L., Miller, E.e. 306, 308, 313

Lawlor, D.W. 294,299,302, 308, 313

Laycock, D. see Jefferies, R.L. 359, 363, 369

Lee, B. see Pitman, M.G. 303, 304, 314

Lee, l see Simonis, W. 139, 161,185

Lee, J.A. see Stewart, G.R. 290, 292, 294, 315

Lefevre, J., Gillet, e. 117, 125, 167, 181

Lefevre,J. see Gillet, C. 165,178 Leggett, lE. 206, 225 Leggett, J.E., Olsen, R.A. 206,

225 Le Guile, J. see Thoiron, A.

229,248 Lehninger, A.L. 323, 343 Leigh, R.A., Wyn Jones, R.G.

304,313 Lembi, e.A. see Roland, J.e.

271, 283 Lembi, e.A. see Sundberg, I.

161, 186 Lenard, J., Singer, S.J. 5, 10 Leonard, R.T., Hansen, D.,

Hodges, T.K. 260,261, 264, 269, 270, 277, 283

Leonard, R.T., Hanson, J.B. 266, 280, 283

Leonard, R.T., Hodges, T.K. 272, 273, 275, 276, 277, 283, 332,343

Leonard, R.T. see Balke, N.E. 260, 268, 270, 272, 273, 276, 280, 281

Leonard, R. T. see Hodges, T.K. 260, 263, 264, 269, 270, 271, 273, 274, 280, 282

Leopold, A.e. see Kriedemann, P.E. 338, 343

Le Roux, F. see Coic, Y. 355, 368

Lesaint, C. see Coic, Y. 355, 368

Author Index

Lester, G., Hechter, O. 191, 196,225

Lester, G., Stone, D., Hechter, O. 196,225

Levedahl, B.H. see Blount, R.W. 78, 86, 134, 143, 145, 167, 176

Levedahl, B.N. see Votta, J.J. 321, 346

Levine, R.P. see Neumann, J. 333,343

Levitt, l 337, 343 Lew, V.L., Glynn, I.M., Ellory,

J.e. 306, 313 Lew, V.L. see Glynn, I.M.

193,223 Lewis, D.H. see Smith, D.C.

131, 185 Light, E.N. see Rubinstein, B.

300,314 Lilley, R.M.C., Hope, A.B.

155, 156, 169, 181, 257, 258 Limbrick, A.R. see Esfahani,

M. 7,10 Linask,J.,Laties,G.G. 244,246 Lindemann, B. see Brennecke,

R. 61,86 Lindley, B.D. see Hoshiko, T.

44, 50, 52 Lippman, E. see Bartnicki­

Garcia, S. 219,221 Lips, S.H., Beevers, H. 349,

350, 356, 370 Lips, S.H. see Ben-Zioni, A.

308, 309, 353, 354, 367 Lips, W. see Ben-Zioni, A.

336,341 Litvin, F.F. see Andrianov,

V.K. 134, 175 Litvin, F.F. see Bulychev,

A.A. 82,86 Livingstone, D.A. 130,138,181 Lockhart, J.A. 302, 313 Loef, H.W. see Borst-Pauwels,

G.W.F.H. 207,222 Loescher, W.H., Nevins, D.J.

302, 313 Loneragan, J.F. see Johansen,

e. 304,312 Long, W.S. see Slayman, e.L.

41,51,52,79,91,257,259, 327,345

Loos, E. see Komor, E. 172, 173,181

Loos, E. see Tanner, W. 172, 186

Loveys, B.R. see Kriedemann, P.E. 338, 343

Lowenhaupt, B. 334, 343

Author Index

Lu, C.Y.-H. see Siayman, CI. 41, 51,52, 79, 91, 196,227, 255, 257, 259, 327, 345

Lucas, W.J. 334, 343 Lucas, W.J., Smith, F.A. 324,

326,343 Lucas, W.1. see Smith, F.A. 325,

345 Uittge, U. 129, 155, 181,252,

253, 254, 258, 258, 335, 343 Liittge, U., Ball, E. 299, 300,

313, 351, 357, 370 Liittge, U., Cram, W.1., Laties,

G.G. 242, 246, 252, 258 Liittge, U., Higinbotham, N.,

Pallaghy, CK. 338, 343 Liittge, u., Kramer, D., Ball,

E. 335, 336, 343 Liittge, U., Osmond, CB.

253,258 Liittge, U., Pallaghy, CK. 85,

90, 122, 125 Liittge, U., Pallaghy, CK., Os­

mond, C.B. 327, 335, 343 Liittge, U., Zirke, G. 59, 90 Liittge, U. see Haschke, H.-P.

338,342 Liittge, U. see Hope, A.B.

135, 179, 334, 335, 342 Liittge, U. see Johansen, C

253,258 Liittge, U. see Osmond, CB.

253,258 Liittge, U. see Pallaghy, C.K.

122, 126, 335, 344 Liittge, U. see Pitman, M.G.

104, 126, 301, 314 Lunegardh, H. 252, 258, 326,

327, 343, 353, 370 Luthi, U. see Glynn, I.M.

193, 223 Lyons, 1.M. see Raison, J.K.

9,11

Macdonald, I.R. 232, 234, 243, 246

Macdonald, I.R., Dekock, P.C. 232, 233, 246

Macdonald, I.R., Dekock, P.C, Knight, A.H. 229, 230, 233, 237, 241, 246

Macdonald, I.R., Laties, G.G. 243,246

Macdonald, I. R. see Laties, G.G. 243, 244, 245, 246

Macdonald, I. R. see Macklon, A.E.S. 244, 246

Mache, R. see Waygood, E.R. 331, 346

Macklon, A.E.S., Macdonald, I. R. 244, 246

MacLennan, D.H., Beevers, H., Harley, lL. 243, 246, 348, 349, 370

MacMillan, A. 203, 225 MacMillan, A. see Morton,

A.G. 203, 225 Macrobbie, E.A.C 69, 77, 90,

93, 102, 114, 115, 116, 118, 119, 125, 126, 129, 131, 132, 134, 138, 141, 142, 144, 147, 153, 155, 156, 158, 159, 160, 161, 164, 165, 166, 168, 181, 182, 252, 258, 324, 330, 343

Macrobbie, E.A.C, Dainty, J. 93, 113, 126, 139, 142, 143, 159, 182

Macrobbie, E.A.C, Fensom, D.S. 135, 156, 157, 164, 166, 182

Magana-Schwencke, N., Schwencke,1. 213,225

Magana-Schwencke, N. see Schwencke, J. 213, 227

Magar, M.E. 93, 126 Magill, CW., Nelson, S.O.,

D'Ambrosio, S.M., Glover, G.I. 210,225

Magill, CW., Sweeney, H., Woodward, V.H. 210, 225

Magistad, O.C 299, 313 Maigrot, M. see Laquerbe, B.

146, 181 Mailman, D.S., Mullins, L.J.

105, 126 Majumdar, K. see Simonis,

W. 139, 161, 185 Mandels, G.R., Vitols, R.

220,225 Mansfield, T.A., Jones, R.T.

338, 343 Mansfield, T.A. see Meidner,

H. 337,343 Marchant, H.J., Pickett-Heaps,

J.D. 143, 182 Marchelidon, 1. see Besnier,

V. 295,309 Marchesi, V.T. see Jackson,

R.L. 8,10 Mark, e.G., Romano, A.H.

217, 218, 225 Marme, D., Boisard, J., Briggs,

W.R. 339, 343 Marme, D. see Quail, P. 339,

344 Marmont, G. 62, 90 Marschner, H., Ossenberg­

Neuhaus, H. 304,313

Marshall, J.H. see Bruce, D.L. 174, 176

385

Martin, J.C see Steward, F.C 143, 186

Martinez, L. see Sanchez, S. 209, 210, 227

Martonosi, A. 260, 283 Marzluf, G.A. 208, 225 Matchett, W.H. see Wiley,

W.R. 209, 210, 213, 217, 228

Matile, Ph., Moor, H., Miihle­thaler, K. 206, 225

Matsumara, F. see Batterton, J.e. 161, 175

Maw, G.A. 208, 225 Maxwell, W.A., Spoerl, E.

218, 225 McConnell, H.M. see Hubbell,

W.L. 7,10 McCullough, W. see Atkinson,

A.W., Jr. 129, 175 McElhaney, R.N. see Steim,

1.M. 7,11 McLaughlin, G.A. see Szabo,

G. 9,11 McNeil, D.L. 292, 294, 301,

302,313 McNulty, I.B. see Auken,

O.W. van 146, 175 Meares, P., Us sing, H.H. 46,52 Meers, J.L. see Tempest,

D.W. 366,372 Meeuse, B.J.D. 290, 295, 313 Meidner, H., Mansfield, T.A.

337, 343 Meiri, A. 304, 313 Meiri, A., Mor, E., Po1jakoff­

Mayber, A.L. 299, 313 Melchior, D.L., Morowitz,

H.J., Sturtevant, J.M., Tsong, T.Y. 7, 10

Mengel, K. see Kirkby, E.A. 292,313, 319, 321, 343

Menna, M. see Siegenthaler, P.A. 208, 227

Menzel, H. see Hager, A. 338, 342

Mercer, F.V. see Mercer, M.J. 132, 182

Mercer, M.J., Mercer, F.V. 132, 182

Mertz, S.M. Jr. see Pitman, M.G. 68,90

Meszes, G., Cseh, E. 160, 182 Meszes, G., Erdei, L. 161, 182 Meszes, G., Kralovansky, J.,

Cseh, E., Boszormenyi, Z. 135, 156, 182

386

Meszes, G. see Cseh, E. 304, 310

Metwalli, A.M. see Mohsen, A.F. 295, 313

Meyer, R.F., Boyer, J.S. 294, 299, 302, 313

Meyn, T. see Bradfield, G. 212, 222, 305, 309

Middlebrooks, EJ. see Gold­man, J.e. 129, 132, 146, 149, 178

Mihara, S. see Hase, E. 148, 179

Millard, F.K. see Steward, F.C. 229, 243, 247

Miller, E.C. see Latshaw, W.L. 306, 308, 313

Miller, G., Evans, HJ. 358, 359, 370

Millerd, A., Morton, R.K., Wells, lR.E. 356, 370

Milovancev, M. see Heldt, H.W. 85,88

Milsum, J.H. 285, 288, 289, 307,313

Miltenburger, H. see Esch, H.E. 75, 86, 87

Minotti, P.L., Jackson, WA 353,370

Minotti, P.L., Williams, D.G., Jackson, WA 353, 354, 355,370

Mirsalikova, N.M. 161, 182 Misyuk, L.A. see Volkov,

GA 167, 187 Mitchell, P. 39, 40, 48, 52,

152, 173, 182, 328, 329, 339, 343

Mitchell, P., Moyle, J. 51,52 Mitchell, P. see West, l.C.

254,259, 329, 346 Miyachi, S., Tamiya, M. 147,

148, 182 Miyachi, S. see Hase, E. 148,179 Miyachi, S. see U suda, H.

356,372 Mizuguchi, K. see Fujita, M.

72,73,88 Moh!, R. see Dipalma, lR.

76,87 Mohsen, A.F., Nasr, A.H.,

Metwalli, A.M. 295, 313 Molz, F.J., Ikenberry, E. 31,

32,34 Molz, F.l, Klepper, B. 31, 34 Molz, F.l see Klepper, B. 31,

34 Mondal, M.H. see Tipton,

C.L. 278, 283

Moor, H. see Matile, Ph. 206, 225

Moore, J.W., Cole, K.S. 62,90 Moore, P.T. see Conway, EJ.

197,223 Mor, E. see Meiri, A. 299,

313 Mora, l see Sanchez, S. 209,

210,227 Moreton, R.B. 50, 52 Morgan, H.E. see Wood, R.E.

171, 188 Morowitz, H.J. 284, 313 Morowitz, H.J. see Melchior,

D.L. 7,10 Morre, D.l see Roland, le.

271, 283 Morris, 1. see Ahmed, J. 148,

174 Mortimer, R.K., Hawthorne,

D.C. 215, 225 Morton, A.G., MacMillan, A.

203,225 Morton, R.K. see Millerd, A.

356,370 Mathes, K. 294,313 Mott, R.L., Steward, F.e.

229, 247, 290, 299, 302, 304, 313, 314, 332, 343

Matt, R.L. see Craven, G.H. 292, 302, 310

Mott, R.L. see Steward, F.e. 339,346

Mousset, M. see Grenson, M. 213,223

Mowat, lL. 299, 314 Mowat, lL. see Pitman,

M.G. 303,304,314,332, 344, 351, 361, 371

Moyle, J. see Mitchell, P. 51, 52

Miih1etha1er, K. see Matile, Ph. 206, 225

Mueller, P., Rudin, D.O. 85, 90

Mukerji, S.K., Ting, 1.P. 357, 370

Mullins, L.J. 72, 73, 90, 165, 182

Mullins, L.J. see Gaffey, C.T. 72, 73, 74, 88, 142, 178

Mullins, L.J. see Mailman, D.S. 105, 126

Munday, J.C., Jr. 142, 145, 167, 182

Munro, e. see Williams, E.J. 152, 157, 188

Murphy, J.T., Spence, K.D. 213,226

Author Index

Muscatine, L. see Smith, D.e. 131, 185

Muto, S., Uritani, 1. 358, 359, 370

Nagai, R., Tazawa, M. 154, 182

Nagai, R. see Kishimoto, U. 166, 180

Nagai, R. see Tazawa, M. 154, 156, 159, 160, 186,298, 315

Nair, H. see Pitman, M.G. 303, 304, 314, 332, 344, 351, 361, 371

Nakagawa, S., Kataoka, H., Tazawa, M. 298, 314

Nasr, A.H. see Mohsen, A.F. 295,313

Neeb, O. 302, 314 Neel, J. 255,258 Neirinckx, L.JA, Bange,

G.G.J. 303, 314 Nelson, e.D. see Fensom,

D.S. 135, 173, 177 Nelson, e.D. see Trip, P. 299,

315 Nelson, S.D. see Magill, e.W.

210,225 Neucere, N.J. see Brown,

H.D. 262, 263, 282 Neumann, l, Levine, R.P.

333,343 Neumann, J. see Gruener, N.

261, 262, 263, 266, 277, 282 Nevins, D.J. see Loescher,

W.H. 302, 313 Newman, l.A. 68, 90 Newman, l.A., Briggs, W.R.

68,90 Nicolson, G.L. see Singer, S.J.

3, 7, 8, 9, 10, 11, 81, 91 Nicholson, N.H., Briggs,

W.R. 131, 182 Nielsen, J.P. see Blinks, L.R.

132, 143, 145, 148, 176,291, 309

Nierhaus, D., Kinzel, H. 347, 370

Nissen, P. 244, 247 Nissen, P.W. see Bellenger, N.

212,221 Nitsos, R.E., Evans, H.J. 359,

370 Nobel, P.S. 300, 314, 335, 343 Noggle, J.e. see Wit, C.T. de

353, 372 Norman, A.G. see Parr, J.F.

353, 371

Author Index

Novae, B., Bentrup, F.W. 131, 182

Nowacki, lA. see Eddy, AA 220, 221, 223

Noy-Meir, 1., Ginzburg, B.Z. 14, 15, 19,34

Nuccitelli, R. see Jaffe, L.F. 68, 89, 131, 180

Nurminen, T., Suoma1ainen, H. 206,226

O'Brien, R.W. see Deane, E.M. 305, 310

O'Connor, W.H. see Ryan, H. 198,227

Oda, K. 72, 90, 142, 182 Ona1, M. 290,292,314 Oertli, J.J. 12, 34, 301, 314,

366,370 Oertli, J.J. see Kho1debarin,

B. 335, 342, 352, 370 Oh, J.S. see Greacen, E.L.

299, 302, 311 Ohad, 1. see Schul diner, S.

333, 345 Oka, T. see Esfahani, M. 7, 10 Okada, H., Halvorson, H.O.

219, 226 Okamoto, H., Suzuki, Y. 146,

182 O'Kelley, J.e. 129, 132, 133,

161, 182, 306, 314 Olsen, R.A. see Leggett, lE.

206,225 O'Malley, E. see Conway, E.J.

197,223, 318,341 Oncutt, D.H., Patterson,

G.W. 146, 182 Ordin, L. 302, 314 Ordin, L., Applewhite, T.G.,

Bonner, J. 299, 302, 314 Ordin, L. see Jacobson, L.

352,369 Orsi, B.A. see Spencer, B.

208,228 0rskov, S.L. 198, 226 Oseroff, A.R., Robbins, P.W.,

Burger, M.M. 10, 10 Osmond, e.B. 104, 105, 126,

292, 306, 314, 348, 350, 353, 354, 357, 370

Osmond, e.B., Avadhani, P. N. 356, 371

Osmond, e.B., Greenway, H. 332, 344, 356, 357, 359, 364, 371

Osmond, C.B., Laties, G.G. 229, 234, 238, 247, 349, 350, 351, 371

Osmond, C.B., Liittge, U., West, K.R., Pallaghy, e.K., Schacher-Hill, B. 253, 258

Osmond, e.B. see Greenway, H. 358, 359, 364, 368

Osmond, e.B. see Jones, H.G. 334,342

Osmond, C.B. see Kluge, M. 357, 370

Osmond, e.B. see Liittge, U. 253, 258, 327, 335, 343

Osmond, e.B. see Sutton, B.G. 356, 371

Osmond, e.B. see Ting, 1.P. 355, 356, 358, 364, 372

Ossenberg-Neuhaus, H. see Marschner, H. 304, 313

Osterhout, W.J.V. 70, 90, 149, 182, 326, 344

Osterhout, W.J.V., Dorcas, M.J. 148, 170, 182

Osterhout, W.J.V. see Cooper, W.e. 170, 176

Osterhout, W.J.V. see Jaques, A.G. 148, 160, 179, 297, 312

Ottolenghi, P. see Friis, 1 220,223

Ouellet, e.A., Benson, A.A. 333, 344

Oura, E. see Suoma1ainen, H. 189, 228

Overath, P., Schairer, H.U., Stoffel, W.L. 9, 10

Ox ender, D.L. 189,226 Ozanne, P.G. see Asher, e.J.

304,308

Paasche, E. 149, 182 Pagano, R., Thompson, T.E.

165, 182 Page, J.Z. 147, 182 Paillard, M. 321,344 Pa1eg, L.G. see Aspinall, D.

338, 341 Pa1eg, L.G. see Chu, T.M.

294, 299, 300, 309 Pa1eg, L.G. see Singh, T.N.

338, 345, 366, 371 Pall, M.L. 208, 209, 210, 211,

212,226 Pall, M.L., Kelly, K.A. 211,

226 Pallaghy, e.K., Liittge, U.

335, 344 Pallaghy, e.K., Liittge, U.,

Willert, K. von 122, 126 Pallaghy, C.K., Scott, B.I.H.

98,99, 109, 121, 126

387

Pallaghy, e.K. see Liittge, U. 85,90, 122, 125, 327, 335, 338, 343

Pallaghy, e.K. see Osmond, e.B. 253, 258

Palmer, J.M. 234, 247 Papineau, D. see Harold,

F.M. 135, 179 Park, D., Robinson, P.M.

191, 226 Parr, IF., Norman, A.G. 353,

371 Parry, G. see Potts, W.T.W.

130, 183 Paschinger, H. see Solt, 1

160, 161, 185 Pate, lS. see Wallace, W.

353, 354, 372 Patenaude, R.D., Brown,

D.L. 130, 182 Pat1ak, e.S., Goldstein, e.A.,

Hoffman, J.F. 43, 52 Patterson, G.W. see Oncutt,

D.H. 146, 182 Pav1asova, E. see Harold,

F.M. 321, 342 Pena, A., Cinco, G., Gomez­

Puyou, A., Tuena, M. 190, 226

Penth, B., Weigl, J. 162, 183 Peter, J.K. see Borst-Pauwels,

G.W.F.H. 207, 222 Peterson, e.M. see Klepper,

B. 31,34 Pettersen, R., Knutsen, G.

173, 183 Pfeffer, W. 301,314 Pfriiner, H. see Bentrup, F.W.

229,245 Philip, J.R. 31, 32, 34 Pickard, B.G. 76, 90 Pickard, B.G. see Williams,

S.E. 76,92 Pickard, W.F. 60, 90, 168, 183 Pickett-Heaps, J.D. see Mar­

chant, H.J. 143, 182 Pierce, E.e., Appleman, e.O.

292, 314, 348, 371 Pierce, W.S., see Pitman,

M.G. 68,90 Pinto da Silva, P. 8, 10 Pinto da Silva, P., Branton,

D. 7,10 Pitman, M.G. 49, 52, 104,

105, 109, 112, 113, 122, 124, 126, 129, 164, 183,229,230, 232, 234, 235, 236, 237, 238, 241, 244, 247, 302, 303, 304, 314, 324, 344, 351, 360, 371

388

Pitman, M.G., Courtice, AC., Lee, B. 303, 304, 314

Pitman, M.G., Cram, W.J. 290, 292, 300, 301, 314

Pitman, M.G., Liittge, U., Kramer, D., Ball, E. 104, 126

Pitman, M.G., Liittge, U., Liiuchli, A., Ball, E. 301, 314

Pitman, M.G., Mertz, S.M.Jr., Graves, J.S., Pierce, W.S., Higinbotham, N. 68,90

Pitman, M.G., Mowat, J.L., Nair, H. 303,304,314, 332, 344, 351, 361, 371

Pitman, M.G., Saddler, H.D.W. 360,371

Pitman, M.G. see Briggs, G.E. 104, 105, 110, 124, 235,245

Pitman, M.G. see Campbell, L.C. 360, 368

Pitman, M.G. see Dodd, W.A. 138, 143, 145, 158, 159, 177

Pitman, M.G. see Findlay, G.P. 60, 68, 87, 138, 139, 141, 143, 145, 153, 154, 155, 156, 158, 159, 160, 164, 165, 166, 167, 169, 178,297, 310, 334, 341

Pitman, M.G. see West, K.R. 131, 143, 161, 188

Plaskitt, A. see Davies, D.R. 130,177

Plaut, Z. 363, 371 Poel, L.W. see Poole, R.J.

236,247 Polissar, M.J. see Johnson,

F.H. 49,52 PoljakotT-Maybeer, A. see

Hanson-Porath, E. 359, 365,369

PoljakotT-Maybeer, A see Meiri, A 299, 313

PoljakotT-Maybeer, A see Po­rath, E. 361,365,371

Polya, G.M. 236, 239, 240, 247

Polya, G.M. see Atkinson, M.R. 161, 175,240, 242, 245, 247, 261, 262, 281

Poole, R.J. 59, 78, 90, 229, 230, 233, 234, 235, 236, 237, 238, 239, 244, 245, 247, 324, 331, 344

Poole, R.J., Poe!, L.W. 236, 247

Poole, R.J. see Gerson, D.F. 239,246

Popov, G.A. see Vorobiev, L.N. 134, 187

Porath, E., PoljakotT-Maybeer, A. 361,365,371

Porcella, D.B. see Goldman, J.C. 129, 132, 146, 149, 178

Post, R.L., Albright, e.D., Dayani, K. 286,314

Potts, W.T.W., Parry, G. 130, 183

Poux, N. 260,261,283 Preston, G. see Steward, F.e.

233,248 Pribil, S., Kotyk, A 148, 183 Prosser, C.L., Brown, F.A.

130, 183 Puritch, W.H. see Baalen, C.

van 131, 171,175

Quail, P., Schafer, E., Marme, D. 339,344

Quatrano, R.S. 130, 139, 183

Racker, E., Hinkle, P.C. 9, 11 Racusen, R.H. 339,344 Rader, R.L. see Steim, J.M. 7,

11 Rade, H. see Zimmermann,

U. 28,35 Rains, D.W. 234,247 Rains, D.W., Floyd, R.A.

234,247 Raison, J.K. 81, 82, 90 Raison, J.K., Lyons, J.M.,

Thomson, W.W. 9, 11 Rakhi, M. 15, 34 Ramus, J., Graves, S.T. 162,

183 Randall, P.J., Bouma, D. 363,

371 Raney, F.C. see Vaadia, Y.

294,315 Ranson, S.L. 320, 323, 344 Ranson, S.L., Thomas, M.

351, 371 Rapoport, S.1. 80, 90 Raschke, K. 284, 285, 314,

337,344 Raschke, K., Fellows, P.M.

337,344 Ratledge, C. see Gill, e.O.

219, 223 Ratner, A., Jacoby, B. 265.

266, 269, 279, 280, 283

Author Index

Raven, J.A. 77, 90, 129, 132, 133, 137, 138, 140, 143, 145, 147, 148, 150, 151, 152, 153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166, 167, 168, 169, 170, 171, 183, 184, 325, 329, 333, 334, 338, 344, 357, 371

Raven, J.A., Smith, F.A. 132, 148, 149, 156, 163, 168, 170, 173, 184, 319, 323, 329, 330, 339,340,344,356,371

Raven, J.A see Smith, F.A. 152, 155, 156, 161, 173,185, 337, 345

Ray, P.M. 302, 314 Rayle, D.L. 338, 344 Rayle, D.L., Cleland, R. 338,

344 Rayle, D.L., Johnson, K.D.

338,344 Rees, W.J. see Skelding, AD.

232,247 Reilly, C. 201, 226 Reiner, J.M. see Juni, E. 205,

224 Reinert, J.C. see Steim, J.M.

7,11 Reinhold, L., Eshhar, Z. 243,

247 Reinhold, L. see Glinka, Z.

30,32,33 Renosto, F. see Ferrari, G.

305, 310 Rent, R.K., Johnson, R.A.,

Barr, C.E. 325, 344 Reyes, E., Ruiz-Herrera, 1.

220,226 Rhee, G.Y. 305,314 Richards, G.P. 22,34 Richards, J.L., Hope, A.B. 79,

90,325,344 Richardson, K.E., Tolbert,

N.E. 356, 371 Rietma, M. 147, 184 Rihova, L. see Kotyk, A. 213,

225 Ring, K., Heinz, E. 211, 226 Robbins, P.W. see OserotT,

A.R. 10,10 Robertson, J.D. 5, 11 Robertson, J.J., Halvorson,

H.O. 219, 226 Robertson, N.F. 191,219,

226 Robertson, R.N. 252, 259,

326, 327, 344 Robertson. R.N. see Atkinson,

M.R. 242,245

Author Index

Robertson, R.N. see Briggs, G.E. 66, 86, 93, 103, 104, 105, 124, 129, 176, 232, 236, 242,245

Robinson, G.R., Scott, B.I.H. 55,90

Robinson, lB. 144, 147, 153, 162, 184

Robinson, lB., Smith, F.A. 300,314

Robinson, K.R., Jaffe, L.F. 134, 139, 141, 153, 154, 158, 165, 168, 184

Robinson, K.R. see Jaffe, L.F. 68,89, 131, 180

Robinson, P.M. see Park, D. 19i, 226

Rogers, IN. see Eppley, R.W. 148, 163, 177

Roland, J.e. 271, 283 Roland, lC., Lembi, e.A.,

Morre, D.J. 271, 283 Romano, A.H., Kornberg,

H.L. 219, 226 Romano, A.H. see Brown,

C.E. 219, 222 Romano, A.H. see Mark,

C.G. 217, 218, 225 Ronkin, R.R., Buretz, K.M.

132, 146, 184 Ronquist, G. see Christensen,

H.N. 135, 176 Roos, A. 140, 184 Rothstein, A. 164, 184, 197,

198, 207, 214, 226, 260, 283 Rothstein, A., Enns, L.H.

197, 198, 226 Rothstein, A., Hayes, A.D.,

Jennings, D.H., Hooper, D.e. 204, 226

Rothstein, A. see Armstrong, W.McD. 190,201,202,221

Rothstein, A. see Fuhrmann, G. 204,223

Rothstein, A. see Goodman, J. 206, 207, 223

Rothstein, A. see Jennings, D.H. 205, 207, 224

Rothstein, A. see Jung, e. 207, 224

Rothstein, A. see Steveninck, J.van 214,215,228

Rottinger, E.M., Hug, O. 75, 90

Round, F.E. 134, 184 Rowan, K.S. see Adams, P.B.

242, 245 Rubery, P.H., Sheldrake,

A.R. 329, 344

Rubinstein, B., Light, E.N. 300,314

Rudin, D.O. see Mueller, P. 85,90

Ruiz-Herrera, J. see Reyes, E. 220,226

Rungie, J.M., Wi skich, J.T. 240, 247, 260, 261, 265, 268, 269, 276, 277, 278, 280, 283, 322, 340, 345

Rushton, W.A.H. see Hodgkin, A.L. 64,88

Rustagi, P.N. see Huber, W. 365,369

Ruttner, F. 318, 345 Ryan, H. 198, 201, 227 Ryan, H., Ryan, J.P., O'Con-

nor, W.H. 198,227 Ryan, H. see Conway, E.J.

197,223 Ryan, H. see Ryan, lP. 199,

227 Ryan, lP., Ryan, H. 199, 227 Ryan, J.P. see Ryan, H. 198,

227 Ryan, T.E., Barr, e.E. 157,184 Ryan, T.E. see Barr, e.E. 163,

171,175 Ryan, T.E. see Brown, D.F.

165, 169, 176 Rybova, R., Janacek, K., Sta­

vikova, M. 138, 152, 155, 156, 160, 184

Rybova, B. see Janacek, K. 143, 180

Sachs, L. see Ginzburg, M. 360, 364, 368

Saddler, H.D.W. 60, 78, 79, 90, 134, 135, 138, 141, 142, 144, 147, 153, 154, 155, 158, 160, 165, 167, 168, 169, 184, 291, 314

Saddler, H.D.W. see Pitman, M.G. 360, 371

Saito, K., Senda, M. 142, 167, 184, 326, 345

Salas, M.L., Vinuela, E., Salas, M., Sols, A. 220, 227

Salas, M. see Salas, M.L. 220, 227

Samejima, M. see Usuda, H. 356,372

Samson, F.E., Katz, A.M., Harris, D.L. 207, 227

Sanchez, S., Martinez, L., Mora,J. 209,210,227

Sandb1om, J.P., Eisenman, G. 48,49,52

Sankhla, N. see Huber, W. 365,369

389

Santarius, K.A. 366, 371 Satter, R.L., Galston, A.W.

301, 315 Scarborough, G.A. 217, 227 Schacher-Hill, B. see Osmond,

e.B. 253, 258 Schaedle, M., Jacobsen, L.

141, 159, 161, 184 Schafer, E. see Quail, P. 339,

344 Schairer, H.U. see Overath, P.

9,10 Schatzmann, J.H. 261, 283 Scheidecker, D. see Heller, R.

229,246 Schimmer, O. see Schotz, F.

129, 130, 131, 184 Schiou, Y.-F. see Jackson,

H.J. 140, 179 Schmidt, R.R. see Johnston,

R.A. 148, 180 Schneider, R.P., Wiley, R.P.

217,227 Schnepf, E., Koch, W. 147,

174,184 Schnetkamp, P. see Borst­

Pauwels, G.W.F.H. 202, 222 Schobert, B., Untner, E.,

Kauss, H. 139, 184, 293, 315

Schobert, B. see Kauss, H. 293, 312

Schonherr, O.Th., Borst­Pauwels, G.W.F.H. 206, 227

Schotz, F., Bathelt, H., Arnold, C.G., Schimmer, O. 129, 130, 131, 184

Scholander, P.F., Hammel, H.T., Hemmingsen, E.A., Bradstreet, E.D. 20, 34

Schroter, K., Sievers, A. 302, 315

Schuldiner, S., Ohad, I. 333, 345

Schut ow, D.A. 318,345 Schwencke, J., Magana­

Schwencke, N. 213, 227 Schwencke, l see Mangana­

Schwencke, N. 213, 225 Scott, B.I.H. 68, 90, 91, 129,

184, 288, 315, 323, 324, 345 Scott, B.I.H. see Pallaghy,

e.K. 98,99, 109, 121, 126 Scott, B.I.H. see Robinson,

G.R. 55,90 Scott, G.T., Hayward, M.R.

154, 159,185

390

Scott, J.M. see Spencer, B. 208,228

Seaston, A., lnkson, C., Eddy, A.A. 221, 227

Segel, I.H., Johnson, MJ. 208,227

Segel, I.H. see Bellenger, N. 212,221

Segel, I.H. see Benko, P.V. 212,222

Segel, I.H. see Bradfield, G. 212, 222, 305, 309

Segel, I.H. see Hackette, S.L. 203, 204, 212, 224

Segel, I.H. see Hunter, D.R. 212,221, 224

Segel, I.H. see Skye, G.E. 212, 227

Segel, I.H. see Tweedie, J.W. 208,228

Segel, I.H. see Vallee, M. 208, 228

Segel, I.H. see Yamomoto, L.A. 212, 228, 305, 316

Segrest, J.B. see Jackson, R.L. 8, 10

Senda, M. see Saito, K. 142, 167, 184, 326, 345

Sexton, R., Sutcliffe, J.F. 267, 283

Shane, L. see Siayman, e.L. 196, 227, 255, 259, 327, 345

Sheldrake, A.R. see Rubery, P.H. 329, 344

Sheppard, e.W. 93, 126 Sheppard, D.e., Bidwell,

R.G. 141, 185 Shere, S.M., Jacobson, L. 192,

227 Shieh, Y.J., Barber, J. 145,

146, 159, 160, 164, 169, 185, 321, 345

Shieh, YJ. see Barber, J. 152, 160, 161, 175

Sibaoka, T. 70, 76, 91 Sieburth, J.McN. 131, 185 Siegenthaler, P.A., Belsky,

M.M., Goldstein, S. 208, 227 Siegenthaler, P.A., Belsky,

M.M., Goldstein, S., Men­na, M. 208, 227

Sievers, A. see Schriiter, K. 302,315

Simonis, W., Bornefeld, T., Lee, J., Majumdar, K. 139, 161, 185

Simonis, W., Kuntz, F.J., Ur­bach, W. 161, 185

Simonis, W., Urbach, W. 129, 161,185

Simonis, W. see Domanski­Kaden,J. 135, 147, 161, 177

Simonis, W. see Kanai, R. 147, 180

Simonis, W. see Ullrich­Eberius, C.1. 208, 228

Simpson, A. see Hope, A.B. 117,125, 152, 153, 154, 155, 165, 179

Simpson, J.R. see Brown, A.D. 295, 309, 366, 368

Sims, A.P. see Greenway, H. 358, 362, 368

Sims, A.P. see Jefferies, R.L. 359, 363, 369

Sims, A.P. see Young, G.M. 304,316

Singer, S.J. 3, 11 Singer, S.J., Nicolson, G.L. 3,

7,8,9, 10, 11, 81, 91 Singer, SJ. see Lenard, J. 5,

10 Singh, T.N., Aspinall, D., Pa­

leg, L.G., Boggess, S.F. 338, 345, 366, 371

Singh, T.N. see Aspinall, D. 338, 341

Skelding, A.D., Rees, W.J. 232,247

Skoglund, e.R. see Haapanen, L. 72,88

Skou, J.e. 260,261, 264, 283 Skulachev, V.P. 135, 185, 329,

345 Skye, G.E., Segel, I.H. 212,

227 Skye, G.E. see Hackette, S.L.

203, 204, 212, 224 Slatyer, R.O. 12, 13, 22, 34,

294, 299, 315 Siayman, e.L. 78, 79, 91, 190,

191, 194, 195, 196, 227, 324, 345

Siayman, e.L., Long, W.S., Lu, e.Y-H. 41,51,52,79, 91, 257, 259, 327, 345

Siayman, C.L., Lu, e.Y-H., Shane, L. 196, 227, 255, 259, 327, 345

Siayman, e.L., Siayman, C.W. 190, 191, 192, 196, 227

Siayman, e.L. see Siayman, e.W. 192, 193, 196, 227

Siayman, e.W. 193, 197, 227 Siayman, e.W., Siayman,

c.L. 192, 193, 196, 227

Author Index

Siayman, C.W., Tatum, E.L. 97, 126, 191, 193,228

Siayman, e.W. see Slayman, e.L. 190, 191, 192, 196, 227

Small, J. 320, 345 Smayda, TJ. 130, 185 Smeibidl, E. see Weisenseel,

M.H. 138, 143, 171, 188 Smith, D.C., Muscatine, L.,

Lewis, D.H. 131, 185 Smith, D.e. see Trench, R.K.

131, 141, 187 Smith, F.A. 135, 142, 147,

153, 154, 155, 156, 158, 159, 164, 165, 168, 169, 171, 173, 185, 304, 305, 306, 308, 315, 325, 329, 330, 332, 334, 345, 353, 371

Smith, F.A., Lucas, WJ. 325, 345

Smith, F.A., Raven, J.A. 152, 155, 156, 161, 173, 185, 337, 345

Smith, F.A., West, K.R. 156, 185

Smith, F.A. see Findlay, G.P. 60, 68, 87, 138, 139, 141, 143, 145, 153, 154, 155, 156, 158, 159, 160, 164, 165, 166, 167, 169, 178, 297, 310, 334, 341

Smith, F.A. see Lucas, W.J. 324, 326, 343

Smith, F.A. see Raven, J.A. 132, 148, 149, 156, 163, 168, 170, 173, 184, 319, 323, 329, 330, 339, 340, 344, 356, 371

Smith, F.A. see Robinson, J.B. 300, 314

Smith, F.A. see Walker, N.A. 41, 42, 51,52, 80, 91, 256, 257, 259, 321, 346

Smith, F.W., Thompson, J.F. 353, 371

Smith, J.B. see Abrams, A. 260, 264, 281

Smith, R.e. see Venrick, D.M. 304, 316

Smith, T.A. 323, 338, 345 Soeder, e.J. 135, 161, 185 Solomon, A.K. see Diamond,

J.M. 93, 113, 114, 125 Sols, A. see Salas, M.L. 220,

227 Solt, J., Paschinger, H., Broda,

E. 160, 161, 185 Somerfield, P. see Bradfield,

G. 212, 222, 305, 309

Author Index

Somero, G.N. see Hochachka, P.W. 358, 362, 364, 369

Sorger, G.T. see Evans, HJ. 132, 177, 358, 362, 368

Spanner, D.e. 12, 14, 15, 34, 36,52

Spanner, D.C. see Tyree, M.T. 80,91

Spanswick, R.M. 51,52, 60, 70, 78, 79, 80, 85, 91, 147, 159, 160, 163, 164, 165, 166, 167, 168, 185, 194, 228, 325, 327, 330, 334, 345

Spanswick, R.M., Costerton, J.W.F. 70, 91

Spanswick, R.M., Stolarek, J., Williams, E.J. 166, 185, 194, 228, 325, 346

Spanswick, R.M., Williams, EJ. 106, 117, 126, 134, 142, 144, 149, 158, 165, 186

Spanswick, R.M. see Williams, S.E. 76,92

Spear, D.J., Barr, J.K., Barr, C.E. 154, 186, 330, 346

Spence, K.D. see Murphy, J.T. 213,226

Spencer, B., Hussey, E.e., Or­si, B.A., Scott, J.M. 208, 228

Spiegelman, S. see Juni, E. 205,224

Splittstoesser, W.E. 356, 371 Splittstoesser, W.E., Beevers,

H. 337, 346, 352, 371 Spoerl, E. see Maxwell, W.A.

218, 225 Springer-Lederer, H. see Lang­

muller, G. 84, 89, 135, 181 Spyropoulos, e.S., Tasaki, I.,

Haynard, G. 72, 91 Stadelmann,E.l. 29,34,129,

186 Stavikova, M. see Rybova, R.

138, 152, 155, 156, 160, 184 Steck, T.L., Fairbanks, G.,

Wallach, D.F.H. 8, 11 Steemann Nielsen, E. 333,

334,346 Steer, B.T., Beevers, H. 349,

350,371 Steim, J.M., Toutellotte, M.E.,

Reinert, l.e., McElhaney, R.N., Rader, R.L. 7, 11

Steiner, M. 293, 315 Steiner, M., Eschrich, W. 290,

293,315 Sten-Knudsen, O. see Lassen,

V.V. 56,90

Steudle, E., Zimmermann, U. 17,25,28,29,34, 134, 186, 297, 315

Steudle, E. see Coster, H.G.L. 297, 310

Steudle, E. see Zimmermann, U. 17, 18,28,29,35,68, 92, 134, 188, 291, 296, 297, 316

Steveninck, J. van 214,215, 216,228

Steveninck, J.van, Booi, H.L. 214,228

Steveninck, J.van, Dawson, E.e. 215, 216, 228

Steveninck, J. van, Rothstein, A. 214,215,228

Steveninck, R.F.M. van 110, 126, 229, 230, 233, 234, 235, 236, 238, 239, 247, 332, 346, 351, 357, 371

Steward, F.C. 230, 247 Steward, F.e., Harrison, J.A.

233, 247 Steward, F.e., Martin, J.C.

143, 186 Steward, F.e., Millar, F.K.

229, 243, 247 Steward, F.e., Mott, R.L.

339,346 Steward, F.e., Preston, G.

233,247 Steward, F.e., Wright, R., Ber­

ry, W.E. 232, 248 Steward, F.C. see Craven,

G.H. 292, 302, 310 Steward, F.e. see Mott, R.L.

229, 247, 290, 299, 302, 304, 313,314,332,343

Stewart, G.R., Lee, J.A. 290, 292, 294, 315

Stewart, G.R. see lefferies, R.L. 359, 363, 369

Stewart, W.D.P. 138, 170, 186 Stewart, W.D.P. see Dharma­

wardene, M.W.N. 169, 177 Stiles, W., Dent, K.W. 232,

233, 248 Stoffel, W.L. see Overath, P.

9,10 Stolarek, J. see Spanswick,

R.M. 166, 185, 194,228, 325,346

Stone, D. see Lester, G. 196, 225

Stoner, L.e., Dunham, P.B. 293, 295, 315

Stouthamer, A.H., Bettenhau­sen, C. 339, 346

391

Strauss, R. 138, 146, 147, 161, 186

Strotmann, H., Heldt, H.W. 131, 186

Strunk, T.H. 72,91, 134, 166, 167, 186

Stuart, D.M. 30,34 Sturtevant, J.M. see Melchior,

D.L. 7,10 Suelter, C.H. 132, 186 Sundberg, I., Doskacil, H.J.,

Lembi, e.A. 161, 186 Suomalainen, H., Oura, E.

189,228 Suomalainen, H. see Nurmi­

nen, T. 206, 226 Sutcliffe, J.F. 229,233, 234,

235, 237, 248, 252, 259, 299, 300, 303, 304, 315

Sutcliffe, J.F. see Dale, J.E. 234, 235, 246

Sutcliffe, J.F. see Hurd, R.G. 235,246

Sutcliffe, J.F. see Sexton, R. 267,283

Sutton, B.G., Osmond, e.B. 356,371

Suzuki, Y. see Okamoto, H. 146, 182

Sweeney, H. see Magill, C.W. 210,225

Swenson, P.A. 206,228 Syrett, P.J., Thomas, E.A.

130, 186 Syriatowicz, J.C. see Coster,

H.G.L. 72, 87 Szabo, G., Eisenman, G.,

McLaughlin, G.A., Krasne, S. 9,11

Sze, H. see Balke, N.E. 260, 268, 270, 272, 273, 276, 280, 281

Takata, T. see Kamiya, N. 17, 33

Tamiya, H. 132, 138, 186 Tamiya, M. see Hase, E. 148,

179 Tamiya, M. see Miyachi, S.

147, 148, 182 Tan, e.K. see Waygood, E.R.

331,346 Tanner, W. 172,186 Tanner, W., Grunes, R., Kand­

ler, O. 172, 186 Tanner, W., Haass, D.,

Decker, M., Loos, E., Komor, B., Komor, E. 172, 186

392

Tanner, W., Kandler, O. 171, 172, 173, 186

Tanner, W. see Decker, M. 172, 173, 177

Tanner, W. see Haass, D. 172, 179

Tanner, W. see Kandler, O. 173, 180

Tanner, W. see Komor, E. 172, 173,181,217,225,253, 254, 258

Tarr, S.E. see Lannoye, R.J. 153, 165, 166, 181

Tasaki, 1. see Spyropoulos, e.S. 72,91

Tatum, E.L. see Slayman, e.W. 97, 126, 191, 193, 228

Tazawa, M. 135, 154, 156, 160, 186,291, 295, 297, 298, 300, 315

Tazawa, M., Kamiya, N. 27,34 Tazawa, M., Kishimoto, U.

160,186 Tazawa, M., Kishimoto, U.,

Kikuyama, M. 117, 126 Tazawa, M., Kiyosawa, K.

27,34 Tazawa, M., Nagai, R. 154,

156, 159, 160, 186, 298, 315 Tazawa, M. see Kamiya, N.

17,26,27,28,33, 135, 138, 180

Tazawa, M. see Kishimoto, U. 116, 117, 118, 125, 134, 135, 142, 144, 166, 180, 291, 298, 313

Tazawa, M. see Kiyosawa, K. 27,28,34

Tazawa, M. see Nagai, R. 154, 182

Tazawa, M. see Nakagawa, S. 298, 314

Tempest, D.W., Meers, J.L., Brown, C.M. 366, 372

Thain, J.F. 38,40,52, 157, 186

Thellier, M. see Thoiron, A 229, 248, 305, 315

Thoiron, A., Thoiron, B., Le Guile, J., Guem, J., Thel­Iier, M. 229, 248

Thoiron, A., Thoiron, B., Thel­Iier, M. 305, 315

Thoiron, B. see Thoiron, A 229,248, 305, 315

Thomas, D.A. 77,91 Thomas, D.A. see Greenway,

H. 301,311

Thomas, E.A. see Syrett, P.J. 130,186

Thomas, M. 320, 346 Thomas, M. see Ranson, S.L.

351,371 Thompson, C.C. see Harris,

G. 219,224 Thompson, J.E. see Lai, Y.F.

266,283 Thompson, J.F. see Smith,

F.W. 353, 371 Thompson, T.E., Henn, F.A.

165, 171, 186 Thompson, T.E. see Pagano,

R. 165,182 Thomson, W.W. see Raison,

lK. 9,11 Thorhaug, A. 165, 186 Throm, G. 167, 168, 186, 187 Tiffin, L.O. see Chaney, R.L.

327,341 Ting, J.P. 355,357,372 Ting, J.P., Dugger, W.M. 350,

372 Ting, J.P., Osmond, e.B. 355,

356, 358, 364, 372 Ting, I.P. see Danner, J. 355,

368 Ting, I.P. see Mukerji, S.K.

357,370 Tipton, C.L., Mondal, M.H.,

Uhlig, J. 278, 283 Tisdale, lH., DeBusk, A.G.

210,228 Toates, F.M. 285, 315 Toerinz, D.F. see Goldman,

J.C. 129, 132, 146, 149, 178

Tolbert, N.E. see Richardson, K.E. 356, 371

Tonk, W.J.M. see Vredenberg, W.J. 163, 168, 187, 325, 327,346

Torii, K., Laties, G.G. 277, 283, 352, 372

Tourtellotte, M.E. see Steim, J.M. 7,11

Tramer, P. 291,315 Treichel, S.P., Kirst, G.O.,

Willlert, D.l von 364, 365, 372

Trench, R.K., Boyle, J.E., Smith, D.e. 131, 141, 187

Trinci, AlP., Collinge, A.l 191, 228

Trip, P., Krotkov, G., Nelson, e.D. 299, 315

Tromballa, H.W., Broda, E. 148, 163, 187

Author Index

Tsong, T.Y. see Melchior, D.L. 7,10

Tucker, T.C. see Jackson, W.A. 332, 342

Tuena, M. see Pefia, A. 190, 226

Turkina, M.V. see Bowling, D.lF. 267,268, 269, 277, 282

Turner, J.S. 230, 248 Tweedie, J.W., Segel, I.H.

208,228 Tyree, M.T. 31,34, 105, 126,

129, 187 Tyree, M.T., Dainty, J., Benis,

M. 20,35 Tyree, M.T., Hammel, H.T.

20,21, 35 Tyree, M.T., Spanner, D.e.

80,91 Tyree, M.T. see Dainty, J. 17,

23,26,33

Veda, T. see Inoue, I. 84, 89 Uhlig, J. see Tipton, C.L. 278,

283 Ullrich, W.R. 133, 150, 160,

161, 187 Ullrich-Eberius, e.1. 138, 150,

161, 162, 187 Ullrich-Eberius, C.l., Simonis,

W. 208,228 Ullrich-Eberius, e.l., Yingchol,

Y. 208,228 Ulrich, A. 321, 346, 351, 352,

353, 372 Umrath, K. 57, 70, 71, 75, 76,

91, 134, 138, 142, 143, 144, 187

Unbehauen, H. see Bentrup, F.W. 334, 341

Untner, E. see Schobert, B. 139, 184, 293, 315

Urbach, W. see Simonis, W. 129, 161, 185

Uritani, I. see Muto, S. 358, 359,370

Ursino, D.J. see Fensom, D.S. 135, 173, 177

Ursprung, A., Blum, G. 302, 315

Ussing, H.H. 45, 52 Ussing, H.H. see Meares, P.

46,52 Usuda, H., Samejima, M.,

Miyachi, S. 356, 372 Vaadia, Y., Raney, F.e., Ha­

gan, R.M. 294, 315

Author Index

Vaadia, Y. see Ben-Zioni, A. 308, 309, 336, 341, 353, 354, 367

Vaadia, Y. see Hodges, T.K. 304, 311

Vagelas, P.R. see Elavson, 1 132, 177

Vallee, M. 162, 187 Vallee, M., leanjean, R. 147,

167, 187, 305, 307, 315 Vallee, M., Segel, !.H. 208,

228 Vanderkooi, G. 3, 7, 8, 10, 11 Venrick, D.M., Smith, R.e.

304,316 Vickery, R.S., Bruinsma, 1.

108, 126 Villegas, L. 17, 35, 134, 141,

187, 291, 297, 316 Vinters, H. see Dainty, 1 17,

23,26,33 Vinuela, E. see Salas, M.L.

220,227 Vito1s, R. see Mandels, G.R.

220,225 Vo1k, R.J. see lackson, W.A.

332,342 Volkov, G.A. 326,346 Volkov, G.A., Misyuk, L.A.

167, 187 Vorobiev, LA. see Andrianov,

V.K. 166, 175 Vorobiev, L.N. 134, 144, 147,

187 Vorobiev, L.N., Kurella, G.A.,

Popov, G.A. 134, 187 Vorobiev, L.N. see Coster,

H.G.L. 72, 87 Votta, 1.1., lahn, T.L., Leve­

dahl, B.N. 321,346 Vredenberg, W.l. 84,85,91,

131, 187, 325, 346 Vredenberg, W.l., Tonk,

W.l.M. 163, 168, 187, 325, 327,346

Vreeman, M.1. 171,187 Vyskrebentseva, E.!. see Krasa­

vina, M.S. 267,268, 277, 282

Wadleigh, e.H. see Hayward, H.E. 299, 300, 311

Wagner, G. 131, 165, 187 Wagner, G., Bentrup, F.W.

138, 143, 150, 153, 158, 187 Wagner, G. see Bentrup, F.W.

229,245 Wagner, G. see Gradmann,

D. 138, 152, 178

Waisel, Y. 299, 300, 316 Waisel, Y. see Eshel, A. 121,

125 Waisel, Y. see Horovitz, e.T.

262,282 Wakil, S.1. see Esfahani, M.

7, 10 Walker, D.A. 355, 372 Walker, D.A. see Zelitch, !.

337,346 Walker, N.A. 57, 58, 60, 72,

91,119,126,131,132,149, 156, 188

Walker, N.A., Bostrom, T.E. 156, 188

Walker, N.A., Hope, A.B. 46, 51,52,69,80,91, 154, 157, 164, 165, 166, 188

Walker, N.A., Smith, F.A. 41, 42,51,52,80,91,256,257, 259, 321, 346

Walker, N.A. see Findlay, G.P. 60, 68, 87, 119, 125, 138, 139, 141, 143, 145, 153, 154, 155, 156, 158, 159, 160, 164, 165, 166, 167, 169, 178, 297, 310, 334, 341

Walker, N.A. see Hope, A.B. 49, 50, 52, 69, 71, 89, 93, 102, 105, 115, 116, 117, 125, 142, 144, 152, 153, 154, 155, 158, 159, 160, 165, 179,256, 258

Wallace, W., Pate, 1S. 353, 354,372

Wallach, D.F.H., Fisher, H. 10, 11

Wallach, D.F.H., Zahler, P.H. 5,6, 11

Wallach, D.F.H. see Steck, T.L. 8,11

Walsh, 1.H., Harley, 1.L. 220, 228

Walter, H. 290, 316 Watson, G. see Eddy, A.A.

220, 221, 223 Waygood, E.R., Mache, R.,

Tan, C.K. 331, 346 Weatherley, P.E. 12, 15,31,35 Webb, E.e. see Dixon, M.

358,368 Webb, K.L., Burley, 1.W.A.

361,372 Wedding, R.T., Black, M.K.

147, 162, 188 Weeks, D.C. see Black, D.R.

138, 143, 176,291,309 Weeks, D.e. see Denny, P.

292,310

393

Wegmann, K. 295, 316, 366, 372

Weigl, 1. see Penth, B. 162, 183

Weimberg, R. 358, 359, 361, 364,372

Weisenseel, M.H., laffe, L.1 141, 188

Weisenseel, M.H., Smeibidl, E. 138,143,171,188

Well, P. Van see Borst-Pauwels, G.W.F.H. 202,222

Wells, 1.R.E. see Millerd, A. 356, 370

Werdan, K. see Heldt, H.W. 85,88

West, I.e. 161, 188 West, I.e., Mitchell, P. 254,

259, 329, 346 West, K.R., Pitman, M.G.

131, 143, 161, 188 West, K.R. see Dodd, W.A.

138, 143, 145, 158, 159, 177 West, K.R. see Osmond, e.B.

253,258 West, K.R. see Smith, F.A.

156, 185 Wetherell, D.F. 295, 316 Wiame,l.M. 205, 228 Wiame, 1.M. see Grenson, M.

213, 223 Wideman, 1.H. 160, 188 Wiessner, W. 129, 173, 188 Wijffels, e.e.B.M. see Borst-

Pauwels, G.W.F.H. 207, 222

Wijk, A.L. van see Dijkshoorn, W. 318,341

Wiley, R.P. see Schneider, R.P. 217, 227

Wiley, W.R. 210,217,228 Wiley, W.R., Matchett, W.H.

209,210,213,217,228 Wilkins, M.B. 288, 316 Willenbrink, 1., Kremer, B.P.

171, 188 Willert, D.l. von 365, 372 Willert, D.l. von see Treichel,

S.P. 364, 365, 372 Willert, D.l. von see Winter,

K. 361, 365, 372 Willert, K. von see Pallaghy,

e.K. 122, 126 Williams, D.G. see Minotti,

P.L. 353, 354, 355, 370 Williams, E.l., Bradley, 1. 63,

72,92 Williams, E.J., Hogg, J. 159,

188

394

Williams, E.J., Johnston, R.L Dainty, J. 60,64, 69, 70, 92

Williams, E.J., Munro, e., Fensom, D.S. 152, 157,188

Williams, E.J. see Findlay, G.P. 60, 66, 67, 69, 87, 114, 115, 125, 139, 155, 158, 159, 161, 164, 165, 166, 167, 169, 178, 291, 310

Williams, E.J. see Hogg, J. 60, 64, 80, 82, 88, 89, 164, 165, 179

Williams, E.J. see Spanswick, R.M. 106, 117, 126, 134, 142, 144, 149, 158, 165, 166, 185, 186, 194, 228, 325, 346

Williams, S.E., Pickard, E.G. 76,92

Williams, S.E., Spanswick, R.M. 76,92

Williamson, F.A., Wyn Jones, R.G. 260, 263, 266, 269, 272,283

Wilson, J.W. 15, 19,35 Wilson, T.H. see Kashket,

E.R. 254, 258 Winter, K. 361,365,372 Winter, K., Willert, D.J. von

361, 365, 372 Wirth, F.P., Jr. see Wood,

R.E. 171, 188 Wiskich, J.T. see Rungie,

J.M. 240, 247, 260, 261, 265, 268, 269, 276, 277, 278, 280, 283, 322, 340, 345

Wit, e.T. de, Dijkshoorn, W., Noggle, J.e. 353, 372

Wit, e.T. de see Dijkshoorn, W. 354,368

Wittich, E.M. see Houba, V.J.G. 355, 369

Wolters, G.H.J. see Borst­Pauwels, G.W.F.H. 202,222

Wong, P.T.S. see Kashket, E.R. 321,342

Wood, H.G. see Cooper, T.G. 331,341

Wood, R.D., Imahori, K. 143, 188

Wood, R.E., Wirth, F.P., Jr., Morgan, H.E. 171, 188

Wood, T.e. see Bellenger, N. 212, 221

Wood, T.e. see Benko, P.V. 212, 222

Woodward, V.H. see Magill, e.W. 210, 225

Woolhouse, H. 363,372 Woolley, J.T. 32, 35 Wright, E.M. see Diamond,

J.M. 6, 10, 49, 52 Wright, M.J., Davison, K.L.

290, 316 Wright, R. see Steward, F.e.

232,248 Wyn Jones, R.G. see Leigh,

R.A. 304,313 Wyn Jones, R.G. see William­

son, F.A. 260, 263, 266, 269, 272, 283

Author Index

Yamaki, T. see Kasamo, K. 262, 266, 282

Yamomoto, L.A., Segel, 1.H. 212, 228, 305, 316

Yingchol, Y. see Ullrich­Eberius, e.1. 208, 228

Yodder, O.e. see Ferrari, T.E. 353, 368

Young, G.M., Jefferies, R.L., Sims, A.P. 304, 316

Young, G.M., Sims, A.P. 304, 316

Yunghans, H., Jaffe, M.J. 339,346

Zahler, P.H. see Wallach, D.F.H. 5, 6, 11

Zelitch, I. 337, 346 Zelitch, I., Walker, D.A. 337,

346 Zimmermann, U., Rllde, H.,

Steudle, E. 28, 35 Zimmermann, U., Steudle, E.

17, 18,28,29,35,68,92, 134, 188, 291, 296, 297,316

Zimmermann, U. see Coster, H.G.L. 297, 310

Zimmermann, U. see Steudle, E. 17, 25, 28, 29, 34, 134, 186,297,315

Zirke, G. see Liittge, U. 59, 90

Symbols, Units, and Abbreviations

Symbols

Some symbols are defined, and used, only in parts of particular Chapters. If no definition is given then the symbols have the following meanings.

Symbol Description Unit

A area m2

a activity mM b partition coefficient C capacity F c concentrations mM (=mol m- 3) C mean concentration mM (=mol m- 3) D diffusion coefficient m2 S-l

d diameter m G Gibbs free energy J g gravitational force (centrifuge). Note

1,000 g often written as 1 K (Part A, Ch 10)

g membrane conductance Sm- 2

H enthalpy J I current A 1 generalized flow (L· X) lj net flux, = <p oi. j - <P io. j flux ls solute flux e.g. mol m- 2 s- 1

ly volume flow m S-l

Ki inhibitor constant mM Km Michaelis-Menten constant mM k rate constant s- 1

L generalized conductance coefficient, i.e. (llx)

Lp hydraulic conductivity m s- 1 Pa- 1

I length m In logarithm to base e log logarithm to base 10 n number of moles P hydrostatic pressure Pa P permeability m S-l

PK permeability to K + (etc.) Pw diffusion permeability to water

396 Symbols, Units, and Abbreviations

Q quantity of substance, location or ion shown by subscript

Q* quantity of isotope q electrical charge C R electrical resistance 0 R relative water content (Part A, Ch. 2)

(% of content at full turgor) r electrical resistance 0

or resistivity of membrane Om2

r radius m S specific radio-activity (counts) mol- 1 s- 1

T temperature K or °C time s

u electric mobility m2 V- 1 S-l

V partial molar volume m3 mol- 1

V volume Vmax maximum reaction velocity; mol S-l

Michaelis-Menten enzyme kinetics v velocity of reaction mol S-l

W weight x mole fraction X generalized force z valency 0(, p, I' permeability coefficient ratios I' activity coefficient B elastic coefficient (Part A, Chap. 2) B electric permittivity

f..L chemical potential J mol- 1

~ standard state of J1w Jmol- 1

j1 electrochemical potential J mol- 1

jivo difference in ji between v and 0 J mol- 1

n osmotic pressure, or potential Pa or Jm- 3

(J reflection coefficient r transport number r matricpotential (Part A, Chap. 2) Pa or Jm- 3

<P net flux based on radioactive mol m- 2 S-l or measurements1 eg:- mol gF~ s - 1 etc.

<Pov ,} net tracer uptake to cell or tissue <Pin relative to So

<Pvo ' } net tracer effiux from cell or tissue

<Pout relative to Sy

<Pox net tracer transport from solution to xylem, relative to So

1 The net flux til can be expressed in terms of the fluxes (4)) at each mem­brane (see Part A, Chap. 5), and til may thus be described as a "complex" flux in terms of the "simple" fluxes (4)). The usual result of experiments using tracers to measure uptake is til which should not be taken as equivalent to a 4> except in certain well defined conditions.

Symbols, Units, and Abbreviations 397

1[>* net tracer uptake, or efflux (I[>. s) ¢ unidirectional flux mol m- 2 s- 1

or mol gF~ s- 1 etc. ¢oc subscripts show direction of fluxes ¢oc.K specifies the ion, and direction If' water potential Pa or J m - 3

tf; Electrical potential difference V t/lvo t/I of vacuole relative to outside t/lK equilibrium potential for K + (etc.)

between two phases w permeability coefficient [ ] denotes concentration

J difference in (= _d +_d +_d ) V gradient operator

dx dy dz

Subscript Labels

Subscript labels used with symbols have the following general meanings. Chemical symbols (K, Cl) when used as subscripts specify the particular ion. The order of labels shows direction, as with unidirectional fluxes.

Label Description

a, b two arbitrary phases in contact c cytoplasmic ch refers to a chemical reaction d diffusion (as in Pct)

inside J r species M membrane max maximum level reached (eg. V max) o outside, solution p 4th component of isotope exchange model (Part A, Chap. 5) s,S solute (e.g. cs)

T total (Part A, Chap. 5) v vacuole w water x xylem

Constants

Values of certain constants are:

Constant Value

F F arada y constant = 96490 C mol- 1

398 Symbols, Units, and Abbreviations

R gasconstant8.3l4Jmol- 1 K- 1

RTfF has the value 25.7 mV at 25° C.

Units

The International System of Units (SI) is used in this book, but with retention of the terms mM and IlM for concentrations, as these have direct equivalents in the SI system (mM=molm- 3; IlM=mmolm-3). The unit molm- 3 is used where it is more appropriate to express content relative to volume (e.g. stomata; Part A, Chap. 10). Where possible fluxes are expressed in meter/second units or where referred to amount of tissue, relative to gram fresh weight or dry weight. Note that 1 pmol cm- 2 S-1 = 10 nmol m- 2 S-1; 1 mmol kg- 1 h- 1 = I Ilmol g-l h- 1

=0.278 nmol g- 1 s- 1. I III = I mm3 = 10- 9 m3.

Prefixes:

Standard prefixes are used to all units, e.g.

M mega 103 c centi 10- 2

m milli 10- 3

Il micro 10- 6

n nano 10- 9

p pico 10- 12

Units:

Unit Description

A ampere; electrical current bar unit of pressure; 100 kPa or 0.987 atmospheres C coulomb; electrical charge Ci curie; radioactivity (3.7.1010 s- 1)

d day °C degrees Celsius; temperature eq equivalent; mol x z F farad; electrical capacitance g gram gFW gram fresh weight gow gram dry weight Hz hertz; frequency h hour ha hectare (104 m 2)

J joule (N m) K kelvin (degrees) Ix lux; illumination (lm m - 2) M molar; used mainly as (mM) as this is equivalent to (mol m- 3),

the S.l. unit

Symbols, Units, and Abbreviations 399

m meter mm minute; time mol mole; amount of substance, ion or compound,

whose mass in grams equals the molecular weight N newton; force osmol sum of mole contribution to osmotic pressure irrespective of

ionic species. Note osmol m- 3 =mOsmolar=mOsm Pa pascal; pressure (J m - 3; N m - 2) rad absorbed dose of ionizing radiation (10- 2 J kg- 1) S siemens; electrical conductance s second V volt; electrical potential difference W watt; power (J S-1)

Abbreviations

ABA abscisic acid CMU 3' -( 4-chlorophenyl)-I', AC alternating current I-dimethyl urea Acetyl CoA CTP cytidine 5' -triphosphate

S-acetyl coenzyme A DCCD N,N'-dicyclohexyl carbo-ACT-D actinomycin D diimide ADP adenosine 5' -diphosphate DCMU 3' -(3,4 dichlorophenyl)-I', AFS apparent free space I-dimethyl urea AMP adenosine 5'-monophosphate 2,4-D 2,4-dichlorophenoxyacetic c-AMP cyclic AMP, adenosine 2': 3'- acid

cyclic monophosphate 3,5-D 3,5-dichlorophenoxyacetic AP action potential acid APW artificial pond water DFS Donnan free space ATP adenosine 5'-triphosphate DHAP dihydroxyacetone phosphate ATPase adenosine triphosphatase Dio-9 antibiotic of unknown

(CI-ATPase, K-ATPase structure show ion required to DMO 5,5-dimethyl-2,4-oxazolidine stimulate activity) dione

BA benzyl adenine DNA desoxyribonucleic acid pBQ p-benzoquinone DNP 2,4-dinitrophenol C3 refers to photosynthetic DSPD disalicylidenepropanediamine

carbon reduction cycle DW dry weight C4 refers to photosynthetic EDTA ethylenediaminetetraacetic

dicarboxylic acid pathway acid CAM refers to crassulacean acid EDDHA ethylenediamine-di( o-hydr-

metabolism oxy phenylacetate) CCCP carbonyl cyanide, m-chloro- EMF electromotive force

phenyl hydrazone ER endoplasmic reticulum CDP cytidine 5'-diphosphate rER rough ER CMP cytidine 5'-monophosphate sER smooth ER CHM cycloheximide FAD flavin adenine dinucleotide

400 Symbols, Units, and Abbreviations

FC fusicoccin ( =p-chloromercuriphenyl FCCP carbonyl cyanide, p-tri- sulfonic acid)

fluoro-methoxy phenyl PD potential difference hydrazone PEP phosphoenolpyruvate

FPA D L-p-fluorophenylalanine PEP carboxylase FW fresh weight phosphoenolpyruvate car-GA, GA3 gibberellic acid boxylase GTP guanosine 5'-triphosphate PGA phosphoglyceric acid IAA indole-3-acetic acid Phe phenyl alanine IDP inosine 5'-diphosphate PMS phenazine methosulfate IMP inosine 5' -monophosphate ppm parts per million ITP inosine-5/-triphosphate PS I photosystem I LS low-salt (roots) PS II photosystem II 3-0-MG 3-0-methyl-glucose +ive . positive a-NAA naphthalene-I-acetic acid Ql0 temperature coefficient, f3-NAA naphthalene-2-acetic acid ratio of rates at temp-NAD nicotinamide adenine di- eratures differing by 10° C

nucleotide; RNA ribonucleic acid NADH2 -, reduced form m-RNA messenger RNA NADP nicotinamide adenine di- t-RNA transfer RNA

nucleotide phosphate; RUDP D-ribulose-I,5-diphosphate NADPHz -, reduced form SCC short circuit current -lve negative SEM standard error of the mean OAA oxaloacetic acid SF senescence factor ",P "high energy" phosphate sp., spp. speCIes Pi inorganic phosphate TCA tricarboxylic acid cycle Fr phytochrome (red light a-TEG thioethyl-D-glucopyranoside

absorbing form = inactive tris tris (hydroxy methyl) amino-form) methane

Frr phytochrome (far-red light poly-U poly (uridine) nucleotide absorbing form UDP uri dine 5' -diphosphate = active form) UMP uridine Y-monophosphate

PCMB p-chloromercuribenzoic acid UTP uridine Y-triphosphate PCMBS p-chloromercuribenzene UV ultraviolet light

sulfonic acid WFS water free space

Subject Index

Italic page numbers refer to Part A; roman page numbers refer to Part B.

Abies concolor 21 Abscisic acid (ABA) 252,338; 121, 133, 139-

140, 146, 149-150,214--216,266,307-310, 313-325,329-331,349,355,361

Abutilon 251, 255-258 striatum 245, 250-252

Acacia 354 aneura 19

Acantholimon 228 Acanthus 228 Acer pseudoplatanus 8 Acetabularia 60,76,79,131,135,138,141,149,

154-155, 160, 165, 167-168; 50 crenulata 76 mediterranea 78,136,142,144,153,158,291; 141

Acetyl-CoA 219; 293 Acetylene reduction 282, 289-290 Achlya 315 Acid growth 309 Actinomycetes 278-279, 283-286, 288-289,

292-297 Actinomycin D (ACT-D) 293; 209, 315,

350, 352-353, 383, 386 Action potential (AP) 57, 70-77, 84, 86, 105,

119-120,138-139; 47, 50, 257 plasmalemma 74 tonoplast 74 voltage clamp analysis 74

Action spectrum 155,165; 174--175,208-210 red drop 176

Active transport 44--46,50,66, 77-78, 130, 140-145, 147-152,154-157,159-164,166-174, 214-215,217-219,202,239,241-243,245, 254-258, 286-288, 296, 298, 303, 306, 323-325,328-332,334,337,339,357; 57, 70, 73, 83, 95, 97-98, 103, 105-107, 112, 114, 116, 121, 133, 139, 164-165, 184, 196, 203, 207, 211-216,231,233-235,239,241,244,247, 255-258,319,322,326,357,359,419 primary 40,45, 156 secondary 39, 45

Adaptation 343-344 genotypic 372-377 induced 344, 347-359 in situ 344-347 nutritional 372-377 phenotypic 372

Adcrustation 10-12, 22

Adenosine 2': 3' -cyclic monophosphate (c-AMP) 307; 266, 322-324 phosphodiesterase 323-324

Adsorption exchange, root-soil 58 Aegialitis 228, 232, 235-236, 256

annulata 234 Aegiceras 226, 228, 231, 235

corniculatum 234 Aegopodium podagraria 268-269 Aeluropus 228, 236

litoralis 234 Aeschynomene 76 Ageing 122,229-230,233-235,238-240,243,

357; 171, 321, 323, 343-362 adaptive 171, 343, 348, 356-357, 359 hormones 330 senescent 343, 362

Age, leaf 167, 170 Agrobacterium 388 Agropyron 76-77

elongatum 79, 375 intermedium 375

Agrostis setacea 373 stolonifera 373-376 tenuis 363; 374-375

Alamethicin 326-327 Albizzia 301,339; 217, 294 Alcohol: NAD oxidoreductase 201 Aldolase 365 Aleurone cells 218, 265-266, 323, 383,

405-407 Algae, elemental composition 131-133 Allium 131

cepa 304; 38, 130, 144, 315 Alloenzymes 362, 364 Allosteric

activa tor of carrier 193 binding site of carrier 211 regulators: cytokinins 3 I 5

Alnus 268-269, 278-279, 292-294 Amaranthus 181 Amides 150 Amino acids 171,173,208-214,219,243; 150,

359 Aminotransferase (see Transaminases) Amylase 265, 323, 383, 406

induction 323

II

Anabaena 278, 280-281 azollae 289

Anacystis 139 nidulans 146, 161

Ankistrodesmus 138,162,172; 383 braunii 161

Anthyllis vulneraria 373 Antibiotics (see also under specific names) 5, 9,

85, 172; 95, 326 Antimycin 150,220; 168-169 Antiport 39-40, 152, 155, 173, 254-255, 328-

329; 248 electrogenic 328

Apoplasm (apoplast), apoplasmic transport (see also Extracellular space, Free space) 103; 3-29,44-45,47, 135-136, 148, 151-152, 158,173,201-202,214--215,228,232, 252-253, 262, 270, 295-296, 395 hydraulic conductivity 152 water 31; 6, 16, 28-29, 48, 136, 148, 151

Aptium graveolens 378 Aquatic angiosperms (see Water plants) Aracean scent 267 Arachis 294

hypogaea 402 Arctium 267

lappa 268-269 Ardisia 279 Arid environment 225, 376 Armeria 228 Arsenate 97, 113, 166-169, 172, 183, 241 Arum 361 Ascomycetes 189 Aspartate transaminase 359, 361, 365 Aspergillus nidulans 208, 217-219, 305 Assimilation of inorganic metabolites 137, 140,

169, 173, 203, 318-320, 322, 325, 352; 57, 112, 222, 289, 307

Atebrin 168-169,176,179 ATP (adenosine 5'-triphosphate)

concentration (level) 152, 196, 204, 207, 240,242,252,255,257; 105, 166-169, 179-182, 313

synthesis 151 turnover 252, 257

ATPases 40-41,51,160-161,173,190,206,240, 255,257,260-281,327-329,332,340; 210, 307, 323, 360 anion 240,260,268-270,276-281,340; 177,

236,386 cation 40, 160-161, 190, 240, 260, 268, 270,

275-281; 177, 325, 346, 350, 358, 373, 380-382

induction 386 plasma membrane 260,271-280; 87, 95, 325 proton 40-41, 173 salt tolerance 381-382 soluble 262-263 tonoplast 276-277; 87

Subject Index

transport 51,161,260-261,264,278-281, 327,332; 84, 359

Atriplex 85, 104-105, 262, 327, 350, 354, 357, 359, 364; 18-19, 161, 171, 173, 183-185, 225-226, 237, 239, 387 halimus 19; 159,238 hastata 168-169, 181 spongiosa 335,361,364; 158, 163, 168-169,

181, 238 Auxin (see also Indole acetic acid, IAA) 68,

338; 50, 307, 309-315, 317, 321, 323-325, 327-329, 354, 361,411 plasmamembrane binding sites 313

Avena 59,61,68, 78,338; 37, 309-310, 319, 324,408 byzantina 380 Jatua 130 sativa 265, 300; 38, 63, 76, 84, 130, 164,

308, 330, 380 Avicennia 173, 228, 235

marina 76, 234, 376 Azide 79,191-192,195,207; 46,96, 113, 116,

136, 166-169, 181, 183-184 Azolla 278, 280, 289

Bacci/ariales 138 Bacci/ariophyceae 138 Bacteria and uptake by roots 387-388 Bangiales 139 Banksia ornata 112 Bark 12,26 Basidiomycetes 189 Beetroot (see also under specific plant names)

104-105,110,112-113,262,267-269,303, 331,349-351,356-357,360; 76-77, 82, 308, 311-312,315,318,320,324--326,330,347, 349-350, 352-355, 359-360, 385

Begonia 320, 322 p-Benzoquinone (PBQ) 185 Benzyl adenine (BA) 140,308,314--315,317,

330-331, 353-355, 410 Beta 230, 359

vulgaris 30, 78, 230, 233-240, 267, 292, 299,300,304; 76-77, 82, 165,308,330, 380,382

Biotin 292 Bisulfite 210 Blasia 278 Blastocladiella emersonii 315 Blue-green algae (see Cyanophyceae) Boergesenia 109, 136, 138 Brassica 162

napobrassica 311, 350, 354--356 napus 19, 233 oleracea 77 rapa 240, 265; 350

Breeding 376 Bryophyllum daigremontianum 299-300 Bryopsis 139,141,146

Subject Index

Bryopsis hypnoides 142, 298 plumosa 141-142, 145-146, 167, 170, 298

Bumilleriopsis 172 Bundle sheath of C4 plants 253, 336; 28-29, 48,

158

Cakile maritima 203 Calcareous

environment 363 soil 372-373

Calceolaria 268-269 Ca1cicole plants 373, 375 Calcification 333; 328 Ca1cifuge plants 373, 375 Calcium

absorption on cell walls of xylem elements 397-398

and auxin controlled transport 311-314, 328 effects in transport 235-236, 238, 363; 74,

79-80,99-100,202-203, 314, 326, 357 mobility in the phloem 399, 408-409 mobility in the xylem 397-398 symplasmic movement 47

Callose 57 Callus culture (see Cell suspension culture) Calomel half-cells 53-54 Calothrix 278 Candida 219 Capacitance, electric 47, 53, 62--66, 70-76,

80--81,134-135 Capsicum Jrutescens 19, 292 Carbamyl phosphate pathway 294 Carbohydrate metabolism

nectaries 256-258 nitrogen-fixing symbioses 279 slime glands 263-264

Carbon monoxide (CO) 195-196; 166-169 Carbonic anhydrase 363 Carbonyl cyanide, m-chlorophenyl hydrazone

(CCCP) 84, 151, 156, 160, 164, 167, 240, 242,257,357; 95-96, 105, 113, 138-139, 166-169,176-177,179-185,208,236,239,310, 312, 324

Carbonyl cyanide, p-trifluoro-methoxy phenyl hydrazone (FCCP) 166-169, 176, 182, 208, 239

Carboxylate ions (see Organic acids) Carnivorous plants 46, 227, 240-241, 258, 262,

265 trapping slime 258-259

Carrier 5, 9, 166, 189, 198-199, 201-202, 205-206,211-213,215-221,242,244,255,334; 70-80,95,99-100, 107, 115, 122, 133, 137-138, 143, 146, 244, 247-248, 253, 307, 326, 344, 349, 353, 377, 379 activation sites 202 affinities 201,204,211,216-218;

72, 81, 88, 99-100 affinity constants 209

binding sites 193, 211; 72, 81, 87, 311 competition for binding 201; 311 concentration 379-380 conformation 87 co-substrates 220 IAA affected affinites 311 modifier sites 193, 202 phosphorylation and dephosphorylation

246-247 turnover 105 varietal differences 379

III

Carrot 32, 112-113,209,230-233,236,240-244, 262, 269, 302-303, 306-307, 332, 350, 356-357, 360; 105, 319, 321, 325, 347-348, 353, 355-356, 359

Casparian strip 10-11, 17-19,23-25, 39, 59, 136-137, 148, 151

Cassia 76 Casuarina 278 Cavicularia 278 Ceanothus 278 Cell suspension culture 229, 306; 76, 308, 310-

312, 330, 344, 347, 384 Cell wall 15,23,103-105,129-130, 141, 164,

171,173-174; 3-29, 37, 73-74,135,161-162, 222-223, 259, 262-265, 309-312 buffering power 336 cellulose 4, 8-11, 13, 15, 18-19,21,25,

222,264 elasticity (see also Elastic modulus) 289 ion exchange 67, 193; 3, 162 rna trix 4--9, 264 proteins 6

Cephalodia of Nz-fixing lichens 282,291 Ceramiales 139 Ceramium rubrum 146,291,298 Ceratonia siliqua 19 Ceratophy/lum demersum 164 Ceratozamia 278 Cercocarpus 278 Chaetomorpha 60,67, 138, 140-141, 144, 147,

155, 159, 165, 170, 298, 324 aerea 291, 298 darwinii J09, 136, 143, 145, 153, 158, 297 linum 146, 291, 297 globosum 220

Chara 4,40-41,51,60,63,65, 70, 74,80,84-85, 103-104, 114, 116-117, 119, 124, 138, 160, 256,262,321,330; 21, 44, 49, 98, 157 australis (syn. corallina) 26-27, 72-73, 142-

144, 153-154, 158-159; 42 braunii 70, 142, 168 ceratophylla 146, 291 corallina (syn. australis) 17, 26-27, 29, 56-

57, 59, 63, 69, 71, 74-75, 78-79, 82, 84-86,111,115-117,136,154,156-157,160-161, 167-168, 173, 256-257, 321, 324-325, 329,333; 42

corallina var. australis 143

IV

Chara fragilis 18 globularis 73, 142 intermedia 18

Characean cells, Charophyte cells (see also under genus and species names) 18, 26-30, 46, 55, 57-58, 60, 64-65, 70-76, 93, 103, 105-107, 109, 113, 116-119, 131-132, 138, 144-145, 147, 154, 159-161, 165, 167, 257, 298, 324-326,329,334,360;41,44-45

Charge balance 347; 98,110-111,203-204 separation 255, 326-327, 329

Chemiosmotic hypothesis 328-330, 339 Chenopodiaceae 292,230; 225, 237-240, 375 Chenopodium 306; 43, 239 Chitin 7 Chlamydomonas 129-130,135,138,146,333

moewusii 146 reinhardii 130; 324

Chloramphenicol 105 Chlorella 84, 129, 131-132, 135, 138, 141, 144,

148, 154-155, 159, 160-165, 169, 172-173, 307,329; 157, 210, 244, 247-248, 292 ellipsoidea 147 fusca 173 pyrenoidosa 145-146, 153, 158, 205, 291;

76 vulgaris 172, 217, 253-254;

100, 248, 383-384 Chloris 228

gayana 109 Chlorococcales 138, 162 p-Chloromercuribenzene sulfonic acid (PCMBS)

278 p-Chloromercuribenzoic acid (PCMB) 278 3(4-Chlorophenyl)-I',I-dimethyl urea (CMU)

181 Chlorophyceae 138 Chloroplasts 82-fJ5, 114, 118, 131, 141, 147,

167,328-329,333,335,338-339,351; 164-165,172,176-178,180,183-185,316,326-327 salt glands 232, 236 stomatal guard cells 206-209

Chroococcales 139 Chrysolaminarin 293 Chrysophyceae 138 Cicer arietinum 323 Circulation in whole plants (see Retranslocation) Circumnutation 328 Citrus 337; 171, 173, 181,268-269

sinensis 300 Cladonia 291 Cladophorales 138 Cleome speciosa 268-269 Clerodendron 228 Clones 349 Coccoliths 149 Coccomyxa 282,291-292

Colchicine 50, 262 Cochlearia officinalis 165 Codiales 139 Codium 139,141,297

fragile 146, 291 tomentosum 143, 291

Colchicum 37 Coleus 319

Subject Index

Coleoptiles 300, 302, 338; 37-38, 42, 48, 50, 102, 163-164, 308-312, 319-320, 323-324, 328-330

Collema 278, 282 Commelina 202-203, 207-208, 212

communis 199-200, 212-214, 330 Companion cells of sieve tubes 29, 38, 245 Compartment, compartmentation 134, 140, 237,

241,244, 254, 321-322, 340, 348-351, 367; 164-165, 186, 244, 246, 327-328, 343-344, 361, 379-380 four-compartment model 101-102, 115-116,

118, 120 nitrogen-fixing symbioses 279, 288 organic acids 348-351 three-compartment model 96-101, 107-108,

110, 113-114, 116, 122 two-compartment model 94-96, 110

Compartmental analysis 351,355,360; 164, 183, 232

Compatible solutes in osmoregulation 177, 366 Competition

in transport or uptake 72, 79, 116 of root and shoot in germinating seeds

407, 411-413 Comptonia 278 Conductance, electric (g) 9,44,47,50-51,59,

65, 68-71, 74, 80, 82, 84, 86, 152, 155, 168, 296; 307

Constant field equation (see Goldman equation) Contractile vacuole 130, 147, 174, 289-290,

293-294 Control 169, 218-219, 251-252, 284-290, 303,

323, 330, 332, 334, 336, 338-339, 347, 355-358,365,367; 120-121, 158, 182,212,217, 293, 307, 312, 319, 321-322, 344, 354-358, 379-380, 383, 397, 406-407, 410-411, 418 genetic 372-388 site of, in salt tolerance 381

Co-operation 252-253 Cooperativity

negative 87-88 positive 87-88

Cora 282 pavonia 282

Coriaria 278, 283, 294 Cork 10-12, 26 Cortex, root 120-122,304; 18-20,22,25-26,

38,42, 48, 57, 59-62, 65, 96, 102, 104, 107, 133-139, 141, 143, 146, 148, 151-152,353, 395

Subject Index

Cortex, root, sleeves 148 Coscinodiscus 138

wailesii 146 Co-transport 39 Cotyledons 266,302; 308,314,324-325,361,

407-409 Counterion effects 79-80 Coupled transport 39,51, 154-155, 159-162,

164, 168-169, 172, 196, 329 sugar-sodium 244

Coupling, energetic (=energetic linkage) 253-255,328; 159-160, 172, 175-176, 179,359

C4 -pathway (see Photosynthetic dicarboxylic acid pathway)

Crassula 170-171 Crassulacean acid metabolism (CAM) 288, 299,

323,336,351,356-357,361,365-366 Cressa 288 Crown gall 354 Crown polyethers 326-327 Cryptopleurine 240 Cryptostemma calendula 381 Cucumis 76; 328 Cucurbita 267; 350-351

maxima 325 pepo 25

Culture solution 58,62-68, 108, 111-112, 115 flowing system 110, 118, 399

Current, electric (1) 4445, 47-48, 50, 53, 60, 62, 68, 74, 85

Cuticle 12-16, 58, 157, 160-161,270 ion exchange 15, 161 nectaries 253, 255 proteins 15 salt glands 229-231 slime glands 262-263

Cuticular envelope of glands 226-229, 240 transpiration 12-13

Cutin, cutinization 10- 13, 39, 43, 58 Cyanide 79, 150, 195-196, 243, 252; 46,96, 102,

113, 1l6, 142, 148, 166-169, 179, 181, 183-184, 240-241, 310, 321, 345, 357 changes of sensitivity and resistance during

ageing 357 Cyanophyceae 138, 170, 135, 339; 37, 278-283,

288-292 Cycas 289; 290 Cyclic AMP (c-AMP) 307; 266, 322-324 Cyclohexanetetrol 293, 295 Cycloheximide (CHM) 240,280,293; 105, 139,

263,310,315,317,324,331,350,352-353, 358, 383, 387 uncoupling effects 353

Cyclotella nana 133 Cytochalasin B 50, 262 Cytochrome oxidase 242, 273-274; 358 Cytokinins 252; 121, 147,266,314-317,329,

385, 410-411

Cytoplasm concentration of ions 144; 103, 164, 183 osmotic pressure of 27 28 water relations of 15

Cytoplasmic streaming 70; 44, 49-50, 135, 262

Dactylis glomerata 62 Dasycladales 138

v

Daucus carota 233, 240-243, 292, 300, 304-305 Decenylsuccinic acid 215 Dendrobium chrystoxum 250-251 Dendryphiella salina 218-219,221,295 Deoxycorticosterone 196 Derbesia 139, 141 Derbesiales 139 Derepression 217; 343-344, 347-354, 358, 362 Desmarestia 139,149,320

viridis 146 Desmarestiales 139 Desmotubule 36-37, 60 Desorption 73 2,4-Dichlorophenoxyacetic acid (2,4-D) 310 3,5-Dichlorophenoxyacetic acid (3,5-D) 310 3' -(3,4 Dichlorophenyl)-I', I-dimethyl urea

(DCMU) 150,156,163; 166-169, 176, 178-182, 184, 207-208, 239-240

Dictamnus albus 268-269 Dictyosomes 174; 253, 259-265 N,N'-Dicyclohexyl carbodiimide (DCCD) 151,

164,207,277-278; 325 Differentiation

of root cells and metabolic pathways 346 of shoot cells 346

Diffusion coefficients (D) 105, 232 gases 232; 3, 288 plasmalemma 82-83 potential 66,69, 166-167, 196 resistance in the soil 63 storage tissue slices 231-232

5,5-Dimethyl-2,4-oxazo1idine dione (DMO) 321 2,4-Dinitrophenol (DNP) 40,84,167,173, 191,

195-196, 206-207, 216-217, 219, 240, 243; 95-96,102,112-113,116,142,166-169,176, 181, 183-184, 324, 353

Dinophyceae 138 Dio-9 168-169, 176, 179 Dionaea 76; 265 Disaccharide transport 219-220 Disalicylidenepropanediamine (DSPD) 168-169 Discaria 278 Disposal of substances 222 Distribution of solutes, regulation in the whole

plant 411-413 Ditylum 148

brightwellii 149, 163 Donnan free space (DFS) 103-106,134; 3, 6-9,

20,22,28,161-162,174 anion 7-8

VI

Donnan swelling of cytoplasm 294 Dorema ammoniacum 268-269 Dormancy 343-344 Double fixed charge membrane model 80-81 Drosera 76; 262-263

capensis 46 Drosophyllum 258, 260-264

lusitanicum 259 Dryas 278 Dryopteris filix-mas 37 Dual mechanisms of uptake 160, 189; 75-80,

81-88,173 plasmalemma 81 series model 81-84

Dunaliella 138 parva 295 tertiolecta 295 viridis 295

Dyes 43 pH indicator 320, 337

Eccrine elimination 223, 244, 253, 258, 270 Ecotypes 372-377, 388

calcium 373-374 heavy metals 374--375 salinity 375-377

Ectodesmata 13 Efflux analysis 120-124,149,237-238,241,349;

103, 161, 164,232 Elaeagnus 278 Elastic modulus (8) 16-22, 28-29, 302 Electric

coupling of cells 61; 39-43, 239 double-layer 103 potential (see Potential difference)

Electrochemical potential (see Potential differ­ence)

Electrodes (see also Microelectrodes) AgjAgCI 54

Electrogenic pump 44, 66-69, 78-80, 82, 85-86, 151, 155, 160, 166-168, 189, 194, 196, 239, 257, 325-326, 328, 331; 98, 102, 141, 177, 184,233,235-236,241,313

Electrometers 56 Electron flow

cyclic photosynthetic 150-151, 156; 176, 180, 208

non-cyclic photosynthetic 150-151, 163, 166,253,327; 176-177,179-182,208,210

photosynthetic 239-240 pseudocyclic photosynthetic 150; 176, 180 respiratory 150-151, 252, 326-328; 256

. Electroosmosis (see Osmosis) Elimination

definition 222-224 general cytological model 223-224 glycoproteids 262, 264, 266 mineral ions 225-241 polysaccharides 258-265

Subject Index

proteins 265-266 secondary plant products 222, 266-270 specificity 223 sugars 249-258 water 224

Elodea 59, 84, 139, 334-335; 42-43, 50, 161, 166,171, 173-175, 178-181, 183, 185,262, 264 canadensis 70, 78; 42, 168-169, 184 crispa 165 densa 78; 76-77,163-165,168-170,175

Encephalartos 278 Endodermis of root 10, 12, 17-20, 22-26,

39-40,49, 59-62, 133, 136-137, 139, 143, 148, 151-152,295,345 primary 22, 24-25 secondary 23, 25 tertiary 18-20, 23, 25, 39, 137

Endodermis of root nodules 283-286, 295 Endogenous rhythm 288 Endoplasmic reticulum (ER) 118, 120, 174, 270,

321,340; 36-37, 49, 60-61, 344, 349-351, 385-386 ageing 349-351 elimination of proteins 266 elimination of secondary plant products

266-270 nectaries 253 periplastidal 267-269 plasmodesmata 36-37, 49, 60, 349-351 salt glands 228 salt hairs 237 slime glands 262, 264--265

Endosmosis (see Osmosis) Endosymbiosis 340 Energetic linkage (see Coupling) Energy (see also Active transport, Metabolism)

charge 257 requirement of transport 256-258 requirement of hexose transport 247-248 source (see Metabolism and under specific

energy transfer pathways) state (status) 251, 257 state, signalling effect of 257

Enteromorpha 138, 165-166 clathrata 291, 298-299 intestinalis 132,143,154, 156, 160,291

Environment 157, 217, 222, 372, 394, 399 Ephebe 278 Epicotyls 163, 311, 322, 356 Epidermal strips 196-198, 201-202, 204--206,

208, 210-211, 214, 216-217, 324 Epiphytic plants 160 Equilibrium equations 37-42 Equisetum

fluviatile 101 palustre 101

Escherichia coli 9, 329; 248, 377 Ethanoloxidation 198-199

Subject Index

Ethionine 151,240 Ethylene 266, 309, 321, 329, 361 Euglena 131-132, 147 Euglenales 139 Euglenophyceae 138 Euphorbia pulcherrima 250-251 Evolution 173-174, 339-340; 157, 185, 372, 388

of ecotypes 374, 388 of R + transport 339-340 of symbiotic systems 279, 298

Exchange cation 173; 73 CI- IRCO;- 261,319,335,356 CI- lOR - 239, 261, 327, 330-332, 340 diffusion 39,113,151-152, 154-157, 161,

172, 237-238; 244 K + IR + 159, 174, 189-204, 220, 235-236,

239-240, 261, 327, 330-332, 337, 340, 351, 356-357; 150, 186, 205, 319

K + IR +, hormone effects 310, 312 K+/K+ 193,199 K + INa + 159-160, 169, 174, 189-202,261,

327; 176, 186,210,321 Na+/R+ 239 NO;- IRCO;- 336, 354 NO;-IOW 354 phosphate/OR- 207 sites in the xylem 397-398

Excretion, definition 222-224 Excretion ducts of conifers 266 Exocytosis 120; 262, 265 Exodermis, root 58 Exosmosis (see Osmosis) Extracellular space (see also Apoplasm, Free

Space) 30-32, 229-230; 59, 135 Exudation (see also Root exudation)

root nodule xylem 285, 294-295 root xylem 129-132, 137-139, 141-148, 150

Fattyacids 173 Facilitated diffusion 169, 173, 214-217, 219 Feedback 68, 161-162, 189, 204, 206, 219, 251-

252, 257, 284-308, 322, 330-332, 339, 347, 355,357,367; 120-121,178,211-212,217, 293, 313, 359 shoot to root 397

Fermentation 150, 198, 200, 204 Festuca

arundinacea 62 rubra 375-376

Ficus benjamina 268-269 elastica 13-15

Filipin 325 Fixed charge 80, 104 Flagellate algae 130 Fluorescein 16, 44 Fluoride 207

VII

p-Fluoro phenyl alanine (FPA) 105,139,317, 331, 350, 352-353, 385

Flux analysis (-estimation)

(see also Effiux analysis) 93-124; 82 estimation, non-steady state 100-101,

109-110 estimation, steady state 99-100, 102,

108-110 ratio 45-46, 77

Follow-up system 285,288 Formyltetrahydrofolate synthetase 359 Free space (see also Apoplasm, Extracellular

space) 103-108,110-112,123,134,137,230; 3, 16,29,35,43,46, 57,73-74, 115, 135, 158, 161-162,223,232-233,246,253,361,412-413 diffusion coefficients 161

Fruits 320, 322 Ca 2 + deficiency 401 import of ions 400-401 ripening 359, 361-362

Fucales 139 Fucoid eggs 141 Fucus 68,129; 50 Frankenia 228 Fritillaria 255 Fungi 189-221,295,306,321,324; 122, 157,

265, 278-279, 290-292, 315 cell walls 7 endomycorrhizae 62 pathological 251 secretions in lichens 291-292

Fusarium oxysporium 192 Fusicoccin (FC) 331; 102,201,210,213,215,

324-325,330-331,411

Gale 278 Gasteria 251

trigona 254-255 Genetic control of transport 372, 376-388 Genotypes 251; 114-115,349,377-388 Geoelectric effect 327-328 Germination (see Seed germination) Gibberellins (GA) 140, 147,266,309,313,315,

317-319,321,323,355,383,407,410 Gigartina/es 139 Glands 78, 253, 280; 18, 22, 26-27, 29, 38-39,

46,59,158-160,162,177,222-241,244-270, 343, 346, 353, 386-387, 412 hormone effects 257, 307, 314

Glaux 228 Glucan synthetase 270-271,274 Glucose dehydrogenase, membrane bound 247 Glucose-6-phosphate dehydrogenase 359, 361,

365; 288 Glucose transport, Na + -K + -dependent 221 Glutamate dehydrogenase 169; 294 Glutamate-pyruvate transaminase 365

VIII

Glutamine (amide) 2-oxo-glutarate aminotrans­ferase 294

Glutamine synthetase 294 Glyceraldehyde-3-phosphate: NAD oxido­

reductase 205-206 Glycerol 366 Glycine 286, 294-295

max 295, 377-378, 380 Glycine transport, Na + -,K + -,H + -dependent 220 Glycolate oxidase 356; 210 Glycolysis 205-207, 219, 252, 254, 337, 361-362,

365; 174, 236, 246-247, 286, 346, 358-359 Glycoproteins 5-9

membrane 315,317 Glycosyl

synthetases 264 transferases 264

Goldman equation 49-51, 166-167; 106, 141 Golgi apparatus 254,270,277; 259-261, 264-

266, 268-270, 349 Gomori test for acid phosphatase 245-246 Gossypium

barbadense 19; 380 hirsutum 19,31,292; 76, 380

Gracilaria 139 lollifera 143

Grains, cereals 244,400-401,404-407 Gramicidins 9, 84; 326-327 Granulocrine elimination 223, 233, 244, 253,

260,266 Greening 335-336; 175, 185 Griflithsia 60, 67, 69, 80, 85, 109, 114, 116, 139,

143, 147, 155-156, 158-159, 165-166, 168-170, 256 monile 115, 136 monilis 116 pulvinata 66--67, 82, 291

Group transfer reaction, vectorial 246, 248 translocation 215-216

Growth and ion distribution 399-402, 404-409 and ion uptake 399-400 substances (see Hormones)

Guanine 173 Guard cells (see Stomata) Gunnera 278, 282-283, 290-291 Guttation 162, 173

Halicystis 78,139,141, 147, 297 osterhoutii 77, 143, 291 ovalis 143, 145, 167

Halimone 359 Halobacterium 364

salina 364 Halophytes, halophytism 138,263,290,293,

299,358,361-362,364-367; 159, 162-163, 173, 177, 203, 225, 238, 375-377

Haptophyct:Ut: 149

Heavy metals 374-375 specificity of tolerance 374 tolerance 374-375 toxicity 374-375, 379-380

Hedera 171 helix 266, 268- 269

Subject Index

Helianthus 105, 107, 113, 120, 162, 309, 314, 328 annuus 19, 292; 134, 142, 308, 330 tuberosus 30; 349-350

Helminthosporum carbonum 325 maydis 278; 201, 325

Hemicellulose 5-9 Heracleum 268-269

sosnovskyi 267 Herbicides 150 Heterocysts of blue-green algae 37, 288-289

cyclic photophosphorylation 288 frequency 280, 282-283, 290-291 oxygen exclusion 288 photo systems 288

Hexokinase 255; 315, 359 Hexose uptake or transport (see also Sugar

transport) 171-173,214-219,253-254,329; 99-100, 244, 247, 359, 383-384 H + gradient driven 247-248 induction 383--384 Na+-K+-dependent 221 pH effects 99-100

Hibiscus 258 Hippophiie 294 Holocrine elimination 223, 258, 266-269 Homeostasis 285, 288, 296-298, 303-304, 306-

307; 237 Hookeria 180

lucens 163-164 Hordeum 59; 171

vulgare 265, 292, 300, 304-305; 63, 75-77, 79, 106, 130, 134, 140, 164-165,308, 330, 380

Hormones (see also under specific names) 68, 251-253,284,307,319,331,338-340,365; 50,102,121,133,139-140,146-147,149-150, 159, 171, 215, 257, 266, 307-332, 344, 349, 353-355, 361-362, 382-383, 385, 410-412, 418-419 and ageing 344,349,355,361-362 animals 322-323 control of enzyme synthesis 383 effects on long distance transport 419 in symbioses 292 in the transpiration stream 147, 419 phloem transport from shoot to root 419 xylem transport from root to shoot 419

Hormosira 139, 154 banksii 146

Hosta 250-251 Hoya carnosa 250-252 Hydalhodes 162,224,264

Subject Index

Hydraulic conductivity (Lp) 23-32,43-44; 21-22, 147, 149-150 cell wall 10, 21-22 hormone effects 319-320,329 root 149

Hydrodictyon 131-132, 138-139, 162, 165 africanum 136, 140, 143, 145, 147, 150-151,

153-163, 171, 253 petanaeforme 143, 145, 291 reticulatum 143, 156,160

Hydrophytes (see Water plants) Hydropotes 326 Hydrostatic pressure (P) (see also Turgor) 13-

15, 19,21-25,44,47,289,294,296,307; 149, 196,234-235,237, 355 in nectar secretion 255 in slime secretion 263, 265

a-Hydroxysulfonate 210 Hypericopsis 228 Hypocotyl 262,266; 308-309,311,321,328,

330, 346

Incrustation 3, 9-10, 12, 22-23, 252, 262, 270 Indole acetic acid (IAA) 171, 329, 338; 48, 140,

146,150,308-314,318-319,321,323-325, 330-331,410

Induction DNA synthesis 347 enzyme 363,367; 343, 382-383, 386, 388 transport 78, 172-173, 215-216, 219, 280-281,332,354; 236, 244, 247, 353, 382-388 transport, hormone effects 307, 311,

317-318,329 Information 253,284-285,288,306-307; 344,

387, 419 Ingrowth, cell wall (see Protuberances) Inhibitors, metabolic (see also under specific

names of chemicals) 140, 159, 160, 164-165, 167, 191, 193, 195-196, 203, 205-207, 240, 242-245, 251-253, 257, 261, 277-278, 354; 46-47,95-97,102,105,112-116,166-169, 173-179,183-186,207-210,234-236,239-241, 256, 263, 309, 313, 324, 397 protein synthesis and nucleic acid metab­

olism 350,351-353,383-384,419 sulfhydryl 278

Inosine-diphosphatase 264 Integration 307

in the whole plant 411,418-419 in the whole plant, hormonal effects 411

Intercellular space 232; 3, 18-19,73, 133, 149, 162, 288

Intermicellar space 4, 6, 9 Intermicrofibrillar space 4, 6, 16 Invertase 293, 312, 315, 346

outer space 246, 249, 255, 257-258 Iodoacetate 206-207, 214 Ionic diameters 4-5 Ionophores 85; 326-327, 329

Ipomea 359; 228 lridophycus flaccidum 295 Iris 23 Iron chelates 114, 145-146 Isocitrate dehydrogenase 359 Isooctyl dinitrophenol 207 Isoenzymes 356 Isofloridoside 293, 295, 366

IX

Isotherm dual (see also Dual mechanisms, Kine­tics) 160,189; 75-80, 81-88, 173

Iva ora ria 225

Kalanchoe daigremontiana 357 Kinetics, transport 191,193; 70-88, 95, 99-100,

107,119,122,172,174 cooperative 87-88 dual (see also Isotherm, Dual mecha­

nisms) 72,99-100,172 electrokinetic formalism 86

Kinetin 140, 146, 150,307-308, 314-317, 319, 323,330-331,353-355, 361,410-411

Kinins 307, 314-317

Lacticifers 222 Lactuca sativa 77 Lagarosiphon major 165 Laguncularia 228 Laminaria 131,139,171; 38

digitata 38 Laminariales 139, 291 Lamprothamnium 138

succintum 142 Lateral exchange between xylem and phloem

395-397, 399 Latex 222 Lathyrus 76 Leaf, leaves 19, 253, 268, 280, 292, 299-302,

320-322, 334-338, 354, 359, 366; 3, 10-13, 15-20,22,27-29,45,76-77,79,121,157-186, 232, 235, 249, 314, 320, 322, 344, 353, 361, 380, 395-396, 399-400, 402-403, 410-413 apoplasm 214 cells, enzymatically separated 170 ion supply regulation 402-403 nodules 279 salt status 173-174 slices 104-105, 107, 110, 299-300, 334-337,

350,357; 3, 74, 84, 121, 158, 161-163, 170-171, 174, 185,308,320,324,330,388

vacuum-infiltrated 170 water potential IS

Lectins 7, 222, 317 Ledum palustre 268-269 Leghaemoglobin 288 Lemna 359,363; 161, 174, 177

minor 304; 77-79 trisulca 164

Len ticels 26 of root nodules 280, 283, 286

x

Leptogium 278 hildenbrandii 282

Lichens 278-282, 290-292, 374 Lichina 278, 282

pygmaea 295; 282 Light-dependent fluxes (see also Photosynthesis,

Electron flow, and under specific partial reac­tions of photosynthesis) 165-173, 175-176, 178, 180-183, 185, 236, 239-240, 387

Lingnin, lignification 3, 9-12, 23, 25, 222 Linkage, energetic (see Coupling) Ligustrum lucidum 19 Limnophila 161,166,172, 179, 181 Limoniastrum 228 Limonium 78,268,280; 177,225-226,228,231-

233, 235-236, 353, 386-387 gmelinii 234 sinuatum 24 vulgare 165, 227, 234

Lipid metabolism of salt glands 237 Lithophyllum 333 Liverworts 278-280, 289-290 Lobaria 278, 282

amplissima 291 Localization of solutes (cytological techniques

and results) 7, 16-20, 23, 25, 28, 44, 136, 138, 162, 164--165, 196-200,202-204,214, 237,241,322,345, 349-351

Lolium perenne 62,76,79,118-119 Long distance transport 394--413, 418 Lonicera periclymenum 268-269 Lotus corniculatus 19 Lupinus 293, 295

arboreus 286-287 luteus 77, 286-287, 373

Luxury accumulation 133 Lycopersicum 376, 379

cheesmanii 377 esculentum 19, 292; 38, 76, 134, 140, 376,

378, 380 esculentum minor 376 peruvianum 376

Lysigenous elimination 223, 245, 252, 266 Lysophospholipase 358 Lysosomes 174

Macrotetralide actins 326-327 Macrozamia 278

riedlei 280-281, 290 Malate dehydrogenase 270,355,357,359,361,

363-365; 247 Malic enzyme 322, 352, 355-357, 360, 362 Malonate 357

sensitivity and resistance changes during ageing 357

Mangroves 268,293; 76,162, 173,225,228, 235, 256, 372, 376 xylem sap 225

Mannitol 366 Matric

potential (r) 13-16,23 pressure 149

Subject Index

Matrix, cell wall 4--9, 259, 264 Mechanism-dependent equations 37, 46-51 Mechanism-independent equations 37-46 Medicago 114

sativa 292 Membrane

asymmetric artificial 255 capacitance (see Capacitance) changes in ageing 354 channel (see also Membrane pore) 9, 43, 46,

164; 314 conductance (see Conductance) current ( see Current) flow 263, 265 ion-exchange resin 46 lipids 4-10, 81; 324--325, 327, 329, 344, 347,

361 lipids and salt tolerance 381 lipids, ABA effects 319 lipids, GA3 effects 318 mosaic 43, 45, 48 permeability (see Permeability) potential (lj!, PD) (see Potential difference) pore (see also Membrane channel) 4-5, 69,

80, 166; 315, 329 proteins 4-10, 81, 86; 329, 344 resistance ( see Resistance) semi-permeable 23-24 structure 3-10, 80, 166 structure, hormone effects 307, 329 surface charge 235 turnover 264, 329, 347, 353

Mentha piperita 268-269 Menyanthes trifoliata 101 Merocrine elimination 258, 266, 268-269 Mersalyl 278 Mesembryanthemum crystallinum 361 Metabolic inhibitors (see Inhibitors and under

specific names of chemicals) Metabolic transport, definition 257 Metabolism (see also Active transport and under

specific metabolic reactions and enzymes) 78-80, 150-152, 155-156, 164-168, 171-173, 191, 199, 205, 207, 215-217, 220, 229, 232, 240, 243, 251-258, 317-323, 326, 329-332, 340,347-367; 70-71, 95, 100, 105, 112-116, 120-121, 133, 139, 151, 166-169, 174--186, 207, 222, 236, 239-240, 246, 252, 256-258, 263,279,286,288, 307, 318, 323-324, 397

Metasequoia glyptostroboides 350-351 Metaxylem, root 61, 141,329 6-Methylpurine 280; 386 Micelle, cell wall 4, 8-9 Michaelis-Menten kinetics, transport 191, 193;

71-74,78-80,82,84,86-87,172

Subject Index

Microelectrodes 54~5, 70-74,82, 134-135, 194; 40--42, 135, 231-232, 239 Cl- 116-117, 134 ion sensitive 144-145 K+ 134; 64, 143, 198-200,213 Na+ 134 pH 82, 84, 134, 321; 205

Microfibrils, cell wall 4, 13, 15 Micromanipulators 56 Micromanometers 28-30,134 Micronutrients (see also Trace metals) 363,366;

377,404 Microtubules 262 Middle lamella 9, 12 Mimosa 76

pudica 301 Mitochondria 260, 328-329, 339, 348, 351; 172,

176-178,327,356-358 nectaries 254-256 salt glands 228, 236 stomatal guard cells 207 symbiont infected cells 283 transfer cells 398

Mnium 85, 122; 310, 312 cuspidatum 59; 77

Monarda 264 fistulosa 268-269

Monensin 327 Monochrysis lutheri 295, 305 Morphogenesis 338-339; 50, 309, 322, 327 Mosses 160-161, 163, 180, 184, 186,262 Mougeotia 138,143,153,158,171; 322 Mucigel

root-soil 22-23, 58 cation exchange 22-23

Mucilage 46 ducts 258, 262 glands (see Slime glands)

Mucor rouxii 220 Multiphasic mechanism 84-85, 87-88, 359 Musa sapientum 249-251 Mutants 130, 135, 189, 197,201, 210, 219; 139

photosynthetic 135; 184, 377 respiratory 201; 377 transport 376-379, 382, 388 variegated 43

Mutualism in symbioses 279 Mycoplasmas 173 Mycorrhiza 62, 279 Myo-inositol hexaphosphate (see Phytin) Myrica 278, 292, 294 Myrothecium verrucaria 220

Naphtalene-I-acetic acid (a-NAA) 312 Naphtalene-2-acetic acid (P-NAA) 312 NAD H -cytochrome-c-reductase 273-274 NADPH-cytochrome-c-reductase 270, 273-274 Nastic movements 327 Nectar 222, 224, 249-258

amino acids 249,251-252 chemical composition 249-252 secretion rates 255-256 sugar concentration 249

Nectaries 224, 244, 246, 248-258 extrafloral 222, 245, 249-252 fern leaves 249 floral 222, 245, 249-252, 257 metabolism 252, 256 structure 252

Nectary glands (see Nectaries) Nepenthes 226-227, 240, 265

XI

Nernst equation, -potential 39, 48, 77-79, 140, 142-145, 147-148, 157, 194,324; 163,213, 239,241

Newacanthus 228 Neurospora 41, 51, 79, 97, 255, 327; 98, 107,

122, 157, 313 crassa 78-79, 189-196, 199, 204, 208-213,

257; 377 Nicotiana 320

tabacum 305 rustica 411

Nigericin 5,40,84; 97, 326-327 Nitella 4, 25, 51, 57-58, 60, 62~3, 70-75, 79-

80,84,105,114, 116-119, 132, 138,297-298, 302,320; 21, 39-41, 43, 176,328,399 axil/aris 114, 116, 142 clavata 142, 144, 148, 163, 167,291 flexilis 17-18, 26-29, 75, 86, 117, 142, 144,

154, 156, 160,291, 295, 300, 307, 325-326 fragilis 71 gracilis 72-73 mucronata 71 opaca 71 translucens 17, 26-29, 60, 64, 70, 78, 80, 82,

85,115-117, 142, 144, 152-154, 156, 158-160, 163-164, 167, 173, 194, 217, 253, 325, 327; 38, 350

Nitellopsis 4, 70, 138 obtusa 142, 159

Nitrate reductase 148, 162-163, 229, 353-355, 363;

117, 379, 382, 384, 386-387 reductase, induction 353, 355; 384 reduction 306,317,336,353-355,366;

117, 384 Nitrogen diffusion in N2 fixing root nodules

288 Nitrogen fixation 278-298

Actinomycetes 278, 283-286, 288-289 ATP 288 bacteria 278, 283-286 blue-green algae 278, 280-283, 288-292 carbon source 285, 289-293, 297 cycads 278, 280, 290 ferns 278, 289 Gunnera 282-283, 290 legumes 278, 283-286, 289, 292-294, 298

XII

Nitrogen fixation, lichens 278, 280-282, 290-292 liverworts 278, 289-290 rates of 285, 290-291, 294, 297 reductant 288

Nitrogen metabolism in N2-fixing symbioses 279

Nitrogenase 170; 286, 288-289 O2 inactivation 286, 288

N oc tiluca 139, 148 miliaris 143

Nonactin 9; 97, 327 Nostoc 278, 282, 290-292 Nothofagus betuloides 21 N ucelli of conifers 245 Nucleoside

diphosphatase 264 triphosphatase 274

Nutrient supply maintenance 284-308 Nyctinastic movements 339; 217, 322 Nymphaea 326 Nystatin 85, 172

Ochromonas 132, 139, 298 danica 294 malhamensis 290, 294-295

Oenothera 43, 168-169, 181, 184 Oil gland 267 Oligomycin 242,277; 97,168-169,179-181 Ononis repens 268-269 Opuntia 350; 215 Organic acids 192, 236, 290, 299-300, 306, 308,

317, 319-320, 322, 329, 331-332, 334-337, 340,347-357,361,366-367; 80, 95, 97, 110, ISO, 205, 207, 307, 319 synthesis 236,251,317,324-325,331,347,

353-356, 360; 95, 97-98, 100, 122, 172, 205, 375

symplasmic transport 48 Ornithopus 294 Oryza sativa 77, 380 Oscillations 288; 313

of glycolysis 219 Osmoregulation 17, 129, 132, 138-139, 168-169,

171, 174, 284, 289-290, 323, 366-367 Osmosis

electro- 80, 135, 164; 148,237 end- 27-28 ex- 27-28 thermo- 36 transcellular 26-29, 135, 297

Osmotic potential (n) 196, 198-199,207,214 pressure (n) 13-31,133,156,171, 218-219,

251,284-285,289-293,295-302,307-308; 110, 159, 161, 235, 238

relations of nectaries 257-258 relations of salt hair bladders 238-239 stress 366

Subject Index

Ouabain 160, 163, 196, 241, 261, 277-278, 281; 97, 103,210

Oxalate decarboxylase 356 Oxalis 320 Oxaloacetase 356 Oxidative phosphorylation 155, 160-161, 172-

173,207,240,252,327; 95,177,179,182, 256, 286, 326, 357-358

Oxygen diffusion in N2 fixing root nodules 288

Passage cells, endodermis 23, 137 Passiflora 328 Pastinaca sativa 349 Pavetta 279 Pectinase 15 Pectins 5-10, 13, 58, 135, 222, 313 Peltigera 278, 282, 291

aphtosa 282 canina 282,291-292 polydactyla 282, 291

Pelvetia 139, 154, 165 fastigiata 145, 153, 158

Penicillin 208 Penicillium 212

chrysogenum 203-204,208,213,221,305 notatum 208, 305

Pennisetum typhoides 19, 365-366 Pentachlorophenol 207 Pentose-phosphate cycle, oxidative 254,361,

365; 346, 357 Peperomia metallica 82 Perfusion, vacuolar 134 Periderm 11-12

root nodules 280, 283, 286 Peridiniales 139 Permeability

cell wall 11-12, 22 cell wall, water (see also Hydraulic conductiv­

ity) 9, 22 cuticle 13 membrane (P) 4-5, 23, 27, 29, 43, 66-{)9,

73-77, 81-82, 85-86, 121-122, 140, 149, 162, 164-168, 170-171, 235, 237, 244, 303, 325,336-339; 47, 49, 70, 83, 98-100, 103, 106, 110, 122, 136,207,211-212,215-216, 326, 347, 361-362, 413

membrane, ageing 344,347, 353-354, 361-362

membrane, coefficients (P) 44,48,67,69, 140,149,151,154,157,164-166,171,237, 244; 83

membrane, hormone effects 307,312-315, 317-319,321,324,331

membrane, lipids 381 membrane, phytochrome effects 322 membrane, ratio 48-50, 67-68, 82, 84-85,

167, 170; 98, 102, 106 mem brane, sterol effects 324 root cells, coefficients 106-107, 110

Subject Index

Permease 203, 216, 221; 385, 387-388 choline sulfate, induction 387-388

Pernettya macronata 21 Peroxidase 359 Petroselinum sativum 308, 312, 330 Petunia 267 pH 140, 148-149, 156, 162-164, 166, 168-169,

173, 192-193, 198-199, 202-204, 216, 220, 230, 235-236,239-240, 251, 255, 257, 265-267, 269-270, 272-273, 279, 307, 317-340, 353,356-357; 7, 15,97,99-100, 114-115, 122, 184-185, 195,205,207, 309, 311 Nepenthes pitcher fluid 240

Phaeoceros 334 laevis 82-83, 321

Phaeodactylum tricornutum 295 Phaeophyceae 138 Phaseolus 76, 359; 26, 96-97, 112-113, 167,286,

294 aureus 76, 79 mungo 266 vulgaris 266, 292, 361; 9, 27, 76-77,

168-169,214, 308, 330, 380, 399, 408 Phenazine methosulfate (PMS) 208 Phenotype 251 Phenylalanine deaminase 383 Phleum pratense 62 Phloem 267-269,336; 38, 44, 46-47, 50, 160,

162, 244-245, 257, 350-351, 394-396, 399-402,412-413,418-419 nectaries 251-252, 257 resistance of 413 sugar concentration 255 vein loading and unloading 244, 257

Phloridzin 176 Phosphatase 255, 273

acid 262-263,281, 359, 363; 245-246, 256, 264,323

alkaline 263, 281 Phosphate uptake, Na+ stimulated 162,208 Phosphoenolpyruvate (PEP)

-carboxylase 322, 332, 334, 336-337, 355-357, 359, 362, 364-365; 206

-carboxykinase 355 -glucose-phosphotransferase 246-247

Phosphofructokinase 219 Phosphoglycerate kinase 359 Phospholipase 237, 358 Phosphotungstic acid-chromic acid stain 271-

272 Photophosphorylation 150; 182, 208, 327

cyclic 155, 160-161, 164, 167, 172-173, 327; 176-177, 180-l8l, 208, 247, 288, 319

non-cyclic 160-161, 164, 166, 173; 181,210

pseudocyclic 160; 176-177, 180-181 Photorespiration 254 Photosynthesis (see also Electron flow, Photo­

phosphorylation) 252-257, 319-321, 324-

XIII

325, 330, 333-334, 336-337; 158-160, 162, 165-169,171,174-178,180,185,207-210, 240, 286, 288, 291-293, 402

Photosynthetic dicarboxylic acid pathway (Cd 170, 253, 334, 336, 348, 356-357, 363; 29, 48, 170-171, 177, 181-182,206

Photosystem I (PS I) 150, 162, 164, 252; 176, 184, 326, 377

Photosystem II (PS II) 150,155-156,162,164; 176, 180, 184, 236, 239, 377

Phycomycetes 189, 208 Phylanthis 76 Physiotypes 375 Phytase 408 Phytin 404, 406, 409

breakdown and Ca2+ mobility 409 Phytoalexins 325 Phytochrome 68, 150, 171, 339; 215, 217, 309,

322-323, 383 Phytohemagglutinin 7 Phytotoxins (see also under specific names) 251,

278; 324-325,411 Picea

abies 268-269 glauca 21 sitchensis 22

Pilgerodendron uvifera 21 Pinguicula 263 Pinnae, pinnules 301,339; 217 Pinocytosis 87, 329, 385 Pinus 268-269

radiata 345 Pisum 59, 78, 353-354, 359; 38, 170-171, 293-

295 sativum 267, 300; 63, 140, 165, 168-169,

284-285, 295-296, 403, 407, 409-410 Pityrogramma chrysoconia 268-269 Placopsis 278 Planck-Teorell equations 49 Plasmodesmata 61,69-70; 11-12,23,28-29,

35-39,43, 45, 47-50, 60-61, 135, 137, 139, 147, 152,253, 257, 329 Ca 2+ transport 25 endodermis 49, 60 guard cells 214-215 nectaries 253, 257 salt glands 228-229 salt hairs 237 slime glands 265 ultrastructure 35-37,49,60

Plasmolysis 17, 29 Plastids (see also Chloroplasts)

in elimination of secondary plant products 266, 268-269

salt glands 228 salt hairs 237

Platanus orientalis 19 Platycerium 252 Platymonas suecica 295

XIV

Plumbago 228 Podocarpus 279

nudigenus 21 Poisson's equation 46 Polarity 50, 362 Pollen 248, 251, 262 Pollination fluid 245 Polyamines 323 Polylysine 322, 325 Polyphosphate 133,205,214-215,306; 112 Polysiphonia urceolata 146 Poncirus trifoliata 268-269 Populus 268-269 Pore (see Membrane pore) Porphyra 129, 139, 144, 147-148, 169

perforata 145,291,295 Porphyridium 264 Potamogeton 171, 184-185

lucens 171-172 natans 101 schweinfurthii 292

Potato 230-233, 236, 241, 243-244; 311, 315, 325, 347-349, 353-355

Potential difference, electric (I/t, PD) 44-48, 50, 53-86, 134-135, 140-145, 147-148, 151-152, 154, 157, 164-167, 173, 195-196, 207, 239, 241, 244, 251, 288, 317, 323-325, 328, 330-331,338; 40, 64, 86, 88, 100-102, 106, 116, 143, 163, 184-185, 207, 214, 239 cytoplasmic (or plasmalemma potential, I/t,o)

57, 59-00, 66, 134, 141, 166-167, 325 guard cells 198-213 hormone effects 310,312-314,328 light dependent steady changes 163, 184 light dependent transient changes 85, 335;

43, 184-185, 239 Nepenthes pitcher 241 phytotoxin effects 324-325 profiles across the root 141-143 vacuolar (or tonoplast potentiall/tvJ

57,59-00,66, 141, 324; 102, 163 Potential difference, electrochemical 134, 141,

157, 256 and long distance transport 412-413 cytoplasm 141 vacuole 141

Pressure-bomb 20-22; 235 Pressure filtration 257 Primula 268-269 Proline accumulation 294-295,323,338,366;

317 Proteaceae 279 Protease 265, 323, 405-406, 408 Protein

synthesis 172,240; 236, 331, 343, 347-348, 350, 352-353, 384-385, 387-388, 410, 413

synthesis, hormone effects 315, 317 transport - (see also Carrier) 189; 377, 384,

387-388

transport -, specificity 217 transport of 265-266

Protoplasm (see Cytoplasm)

Subject Index

Protuberances, cell wall 18, 26-27, 38, 61, 228, 230-231, 245, 253-256, 267, 284-285, 295-296, 379, 398

Pseudomonas 388 aeruginosa 247 tolaasii 387

Psycho tria 263, 279 Pteridium aquilinum 250-252 Puccinellia peisonis 18-20 Pulvini 301; 217, 322, 346 Pump (see also Active transport)

electrogenic 44, 66-09, 78-80, 82, 85-86, 151, 155, 160, 166-168, 189, 194, 196, 239, 257, 325-326, 328, 331; 98, 102, 141, 177, 184, 233, 235-236, 241, 313

H+ efflux 79-80, 149, 163, 168-169, 172-173, 245

H+ efflux, ABA effects 310 H+ efflux, auxin effects 309-312 Na+ efflux 77, 130, 147, 161, 168, 173-174 OH- efflux 149, 163, 168-169, 173

Pump and leak 154, 159, 164, 168, 286, 302 Punch-through 69, 80 Purines 173 Puromycin 280; 263, 324, 350, 352, 383, 386 Purshia 278 Putrescine accumulation 323, 338 Pyrimidines 173 Pyrophosphatase 270 Pyruvate kinase 358-359, 362; 110, 315 Pyruvate ferredoxin oxidoreductase, ATP-acti-

vated 288

Quantization of fluxes 118-120 Quasi-steady state 100-101, 109, 111-112, 123

Radiation ionizing 86 UV 86

Ranunculus jlammula 101 Rate equations 42-51 Rays 244-245 Reabsorption 379

selective from xylem 139 specific in glands 257

Reaumuria 228 Recretion, definition 222-224 Rectification 69 Red algae 289-290,301; 264 Red beet 230-241; 347, 355-356 Redistribution (see Retranslocation) Redox

dyes 200-201,205 energy and transport 327,335,339; 247 potential 200-201

Subject Index

Reflection coefficient (0") ( = reflexion coeffi­cient) 23.26-30.43-45; 133, 147-148, 152, 319

Regulation 169. 211, 239. 251. 284-308. 317-340. 356-357. 362. 367; 117, 120,211, 307, 317,319,328,343,355,385,418-419 cell pH 317-340; 205 malate synthesis 356-357 whole plant 394-413, 418-419

Relative growth rate 118, 121, 159, 399,418 Repression 217 Resistance, electric (R) 53. 59~1. 64~5. 134.

159; 39,41,43, 102 extracellular pathways 43 plasmodesmata 43, 49 symplasm 135, 141

Respiration (see also Electron flow, Oxidative phosphorylation) 150.162. 191. 195-196. 206. 232-233. 242-243. 252-255. 257. 303. 320.325; 165-169, 171, 174--178, 181,207-208, 210, 236, 240, 247, 257, 288, 296, 309, 324, 348, 355-357 in ageing 356-358 photoinhibition of 177-178, 181

Retranslocation 399-403, 408, 418-419 hormonal control 410-411 selectivity 401

Rheum 258, 263 Rhizobium 278-279, 283-286, 289, 292-297, 388 Rhizophora 225 Rhodophyceae 138 Rhodotorula gracilis 216-217 Rhodymenia 93. 139

palmata 143 Rhodymeniales 139 Rhoeo 361 Ribes nigrum 268-269 Ribosomes 348 Ribulose diphosphate (RUDP) carboxylase 170.

334. 336. 359; 179 Riccia 184

fiuitans 78. 305 Ricinus 141, 162, 395

communis 130-131, 134, 142 RNAase 361 RNA

metabolism 348-349, 352-353 polymerase 348, 350

Robinia pseudo-acacia 252 Root 32. 100. 104-105. 111-112. 120-124. 235.

253. 262-281. 300. 302. 304-305. 318. 321. 327. 332. 335. 339. 349-363; 7, 10, 16-28, 37-39, 47, 49-50, 57--68, 70-88, 95-122, 129-152, 157-158, 160, 177,280, 307-309, 311, 313, 319-320, 324--325, 327, 329, 331, 344--347, 350, 353-355, 359, 362, 372-375, 378-379, 381, 384, 387-388, 394--395, 399, 407-408, 411-413 anaerobiosis causing water stress 320-321

anion content III cap 258-259, 262-264, 280, 323 cortex (see Cortex) divalent cation content 110 endodermis (see Endodermis) excision 64, 102, 131

xv

exudate, electric potential difference 141 exudation 129-132, 137-139, 144--148, 150 exudation, hormone effects 307, 319, 329 hairs 58-59 hairs, infection with N2-fixing microsym­

bionts 283 ion supply to the shoot (see also Root, trans­

port across) 57, 108, 117-122, 129, 132-133, 135, 158-159, 356, 362, 378, 380-381, 395-397,400,408, 411-412, 418-419

ion supply to the shoot, hormone effects 317-318, 331

K+ and Na+ contents 107-110 high-salt (see also Root, salt saturated and

Root, salt status) 123. 265. 302; 65--66, 72, 99, 173

low-salt (see also Root, salt status) 123. 265-266.318.332.361; 65--66, 72, 80,95-96, 98-100, 102, 104, 106, 11 0, 112, 116, 119, 122, 173

metaxylem (see Metaxylem) nodules 59, 280, 283-289, 292-296, 298 nodules, meristem 286 nodules, translocation from shoot to no­

dules 292-293 nodules, xylem translocation to shoot 290,

294,297 pressure 137, 140, 147, 149, 152 salt saturated (see also Root, high-salt) 100,

102, 104 salt status (see also Root, high-salt; Root,

low-salt; Root, salt saturated) 143-145, 320,329

stele (see Stele) structure 57--62 supply of photosynthetic products 159 sugar supply from shoot via the phloem 418 surface 22-23, 26, 57-59, 114--115, 119, 122,

135, 395 surface, Fe3+ reduction 114--115, 378-379 system 63, 120-121 tips 321.359.361.365; 37, 50, 57-58, 82,

262,264 tips, surface adhesion 323, 330 transport across (or through) 57, 61, 82,

105, 108, 114, 117-120, 122, 129-152, 353, 379, 385, 395, 397, 411

transport across, hormone effects 330-331 transport across, transpiration effects 117,

132-133, 148-152, 374 water transport across 147-150 xylem translocation 122-124; 61, 82, 105,

117, 133, 137, 140, 146, 149-150, 395

XVI

Root zones along the length 65, 132, 144, 148, 151, 313, 345, 362, 400

Rinsing long 112 short 111; 162

Rumex 262-263, 323 Ruta graveolens 268-269

Saccharomyces carlsbergensis 219-221 cerevisiae 189, 197-204, 206-208, 213-221 chevalieri 213 fragelis 221 rouxii 295

Saccharum officinarum 77 Salicornia 359 Salicylaldoxime 208 Salinity 362, 364-367; 20, 225, 237, 321, 375-

377, 379, 381, 387, 397, 401 Salix fragi/is 38 Salmonella typhimurium 377 Salt glands 78,253,280; 18,22,26,29,38-39,

59, 158-159, 177,225-237,353,386-387,412 excretion rate 234 exudate composition 234-235 exudate, electrochemical potential 235 hormone effects 307, 314 metabolism 236 structure 228-232 taxonomic distribution 228

Salt hairs 253; 43, \58, 225-226, 237-240 metabolism 239-240 structure 237

Salt marsh 225, 375 Salt respiration 242,252; 181,358-359 Salt saturation in ageing 354-356, 362 Salt status (see Leaf, Root) Salt stress 319 Salt tolerance 375-376, 378, 380-382 Salvia 268-269

glutinosa 269 Sambucus

nigra 250, 252 racemosa 252

Sanseveria ceylanica 250-251 "Sap valves" 249 Scabiosa 112 Scenedesmus 135,138, /59-/60,162-163,169,

172, 305, 333; 383 obliquus 295; 377 obtusiusculus 146

Scopulariopsis brevicaulis 203 Scutellum 246-247, 255, 257, 265-266 Secretion

definition 222-224 vesicles 259-265, 267

Seed germination and ion distribution 404-409 germination, root-shoot competition 407

mineral content 404 Selectivity

Ca2+j11g2 + 373-374

Subject Index

cation 67, 141, 146-147, 159-161, 169-170, 173, 241, 306, 360, 362; 72, 74

ion 230 Na+ jK+ 236-237,240,245,306,360,362;

65-66, 70, 98-99, 103-104, 109-110, 122, 133,149,163-164,167,173,202,346, 355-357, 362, 381-382

Na+ jK+, ageing 355-357, 362 Na+ jK+, Ca2+ effects 235-236; 355, 357 Na+ jK+, hormone effects 313-315,320,

328-330, 356 Na+ jK+, phytochrome effects 322 Na+ jK+, salt tolerance 375-376,381-382 Na + jK + , transpiration effects 133, 396

Senecio 208 viscosus 268-269

Senescence 365; 314, 321, 323, 343-344, 353, 410-412 factor (SF) 309, 321, 361 induced 344, 361 in situ 359-361

Sensor of concentration 307 of pressure 17 of solute requirement 152

Servo system 285, 288 Shepherdia 278 Shoot

control of uptake by roots 412 ion concentrations 399-400, 418

Short circuit current 77-78, 138, 167; 235-236, 241

Shuttle metabolic 170,351; 175-179,210 guard cells - subsidiary cells 319

Simulation, computer 101,106,110,111; 83 Sinapis 109

alba 131 Sink capacity 405-407 Siphonocladales 138 Slicing of tissue 347-348 Slime glands 258, 260-264 Soil 14-15,23; 22-23, 57-58,62-64,70,

112,115-116,119-120,122,157,160,394-395 acid 372 atmosphere 296 calcareous 372-373 diffusion in 395 serpentine 372 solution 62-63, 70, 81, 115, 394 solution, mass flow of 395 water logged 114

Solanum tuberosum 233, 243-244 Solidago canadensis 268-269 Sorghum vulgare 292

Subject Index

Source - sink concept 400,402,412-413 relationship of stomatal apparatus 212

Spartina 226, 228-230, 233 townsendii 234

Spinacia 170, 181-182 Spirogyra 138 Squamulae 262, 264 Stain for K+ 196-197,204 Standing gradient osmotic flow 147-148, 152 Stangeria 290 Starch

hormone interaction with storage 315-316 355

nectary leucoplasts 251 root nodules 293 stomatal guard cells 337; 195, 205- 208 synthetase 359

Statice 314 lati{olia 314 sinuata 314

Stele, root 120, 122; 22-23, 25, 57, 59-61,64-65, 133, 136-141, 151-152 isolated 137-138

Stem tissue accumulation in 379-380 slices 308, 311, 315, 344, 346, 355

Stereocaulon 278 Sterols 322, 324-325 Stigmatic fluid 267 Stomata 288,294,301,337-338; 29, 37, 158-

159,161,195-217,324,346,396 hormone effects 215-217,307,314,319,

321,329-330 phytochrome effects 215-217 phytotoxin effects 201,210,2\3,324-325

Storage tissues (see also under specific plant names) 30, 100, 104, 107, Jl2-I13, 120,229-245,300; 3, 65, 74-75,104,106,171,244, 307,310,329,331,343-344,346,348-349, 355-357, 362, 400-401

Strasburger cells 245 Streptococcus

faecalis 277 lactis 248

Streptomyces 278 hydrogenans 211 filipenensis 325

Suaeda 262, 359, 364 Subcuticular space 255, 263 Suberin, suberization 3, 10-12, 16, 1820,23,

25-26, 28-29, 39, 49, 58-59, 222, 345 Subsidiary cells (stomata) 198,212-215,

319 Succinate dehydrogenase 358 Succulence 290; 377 Sucrose

-phosphate-synthetase 365; 346 synthetase 365; 355

XVII

Sugar and salt, relation of levels 355-356 beet 230-231,233,236,240-241,267-269,

354; 348, 355-356, 381 cane 246, 248, 349, 355 transport 171-173,214-220,243-244,253-

254, 329; 244-248 transport, non-phosphorylating mechanisms

245, 247-248 transport, phosphorylating mechanisms 215-

216; 245-247 translocation, shoot-root 120

Surface film (see also Unstirred layer) 103, 232 Symbiosis 278-298 Symplasm (symplast), symplasmic transport 20-

21,122,138-139,253,339; 3, 21, 23, 25-26, 28-29,35-50,60-61, \05, 121, 135-139, 141, 143, 146, 148, 151-152, 158,214,252-253, 257,295-297, 331, 343, 353, 362, 385, 387, 395,418 Ca 2+ transport 25 hydraulic conductivity 152 loading 136, 362 pathway for water 31; 16, 28-29, 48, 148 salt glands 228-229, 232, 240 salt hairs 237 unloading 136

Symport 39-40, 155, 173,254,328-329; 248 electrogenic 328

Tamarix 226, 228 -229, 233-235 aphylla 38

Tendrils 339; 328 Tetrahymenia pyriformis 295 Thiamine pyrophosphatase 264 Thigmotropism 339; 328 Thiourea 241 Thraustochytrium roseum 208 Threonine deaminase 132 Thuidium 171 Thylakoid membranes 335 Tilia 257 Tillandsia 26 Tissue culture (see Cell suspension culture) Tolypella 114, Jl8-Jl9, 138

intricata 154 prolifera 142

Toxicity, heavy metals 114, 145, 374-375 Toxin, fungal (see also Phytotoxins) 201 Trace metals 114,145-146 Tracers, radioactive 93124,134,149,151-156,

158-160, 162, 164-/65, 168-169, 237-238, 241-242; 44-47, 65, 73, 95, 102, 104-/05, 1l7, 132, 161-162, 172-173,200,232,235, 244, 256, 395, 403

Tradescantia 171,179,181 Transaminases 169,359-361,365; 294 Transfer cells 18, 26-27, 38-39, 61, 135, 246,

253, 284-286, 295-297, 379, 397-398

XVIII

Trans-fructosidases, extracellular 249 Trans-glucosidases, extracellular 249 Transinhibition 211-213 Transpiration (see also Root, transport across)

374, 394-399, 402, 412 and whole plant ion distribution 394-399,

402 effects on export from root nodules

295-296 stream, delivery of salt to leaves 235

Transport-metabolites 254, 351; 172, 176~-177 Trehalase, membrane bound 248 Trema 278, 283 Tri-carboxylic acid (TCA) cycle (see also Respi­

ration) 348-349, 352, 355-356; 293, 357 Trifolium 114, 286

ambiguum 62 hybridum 62 pratense 62 repens 62, 374 subterraneum 76, 79, III, 119, 121

Triglochin maritima 360; 10 I, 104-106, 110 Tri-iodo benzoic acid 410 Tris 235-236, 239 Trisaccharide transport 219-220 Triticum 171

aestivum 265; 380 sativum 63 vulgare 265,304; 380

Tropisms 327-328 Tsuga canadensis 22 Turgor pressure (see also Hydrostatic pressure)

15-22,27-31,57,59,68, 132, 134-135, 156, 170-171, 284-308, 318, 331, 337-338; 21,148, 182, 195-196,207,212,238,257,263,265, 312, 328-329 dependent transport 296-297, 299

Typhonium 267

VIva 138, 154, 163 fasciata 295 lactuca 109, 143, 267

Ulvales 138 U ncoupler (see also Inhibitors and under specific

names of chemicals) 164,207,240,242; 95, 138-139, 176, 179, 181-182,236,239,248, 256, 309, 319, 324, 326

Un stirred layer 30,36,43, 105, 130, 171, 232; 63, 119, 161

Uracil 173 Uranyl (UO~+) 214; 46, 97,166-169,179,183 Ussing equation 46 Utricularia 227

Vacuole, concentration of ions 144-145; 164 Valinomycin 5,40,85; 97, 326-327

effects on Na + /K + selectivity 326 Vallisneria 334; 50, 161, 174-175, 179-181, 183-

184

Subject Index

gigantea 161 spiralis 45-47, 163-164, 166-167

Valonia 25,60, 78, 109, 134, 136, 138-141, 147-148, 166, 170, 289, 296-299, 301, 324; 212 macrophysa 143-144, 154, 291 utricularis 17,29,68,291,296 ventricosa 17,29, 141, 143-145, 152-153,

158,291,296,300 Valoniopsis 77, 109, 138, 141, 143 Van't Hoff law 38 Variation genotypic 377-388 Varietal differences 379-382, 388 Velamen radicum 58 Vesicle transport (see also Granulocrine elimina­

tion, Pinocytosis) 119-120, 156; 223, 233, 253, 259

Vessel membranes, root 140-141 Vicia 101, 198-199,202-203,205-206,208-209,

211,216-217,286,295 faba 77,105-106,108,196-197,200,204,

214,245,286-287,295,308,319,373 Victorin 324 Viets effect 314 Vigna 286 Vinca 354 Viruses in plasmodesmata 48 Viscaria vulgaris 268-269 Viscum album 38 Vitis vinifera 380 Voltage clamping 62-63, 152, 154, 157; 233,

235, 241 Volume regulation 130, 132, 141, 147, 169, 173,

284-308

Wail-less cells 130,141,171,173-174,289-290, 293

Water culture (see Culture solution) efficiency of use in N 2 fixing root nodules

297 free space (WFS) 103; 3-4, 22 membrane permeability (see also Hydraulic

conductivity) 211 membrane permeability, hormone effects

309 membrane permeability, phytochrome ef­

fects 322 permeability of cuticle 15 plants (aquatic angiosperms, hydrophytes)

290,293,318,333-334; 35, 45, 76-77, 157-158,160-161,163,166-169,171,179-181,184-186

potential ('1') 12-24, 30-31, 38, 252, 285, 299,358; 159-160, 196,207,377

potential, salt gland exudate 237 potential, salt hair bladder 238 potential gradient in nectar secretion 257-

258 relations 12-32, 38

Subject Index

Water stress 338,361,365-366; 159,216,319, 396 stress, hormone effects 329 stress, caused by root anaerobiosis 320-321 transport 48, 147-150 transport, salt glands 237

Waxes. 11-15,222,237 Weinmannia trichosperma 21 Whole plant

ion distribution 394 regulation 394-413, 418-419

Wine 381 Wood parenchyma 245 Wound

current 84 effects of 229; 321, 347

Xanthium pennsylvanicum 410 Xylem 394-398,402,412-413,418-419

nectaries 251-252

XIX

parenchyma 25-27, 60--{i1, 138 -139,295, 331, 345-346, 378-379, 385, 397-398

sap concentration 395-397

Yeast (see also under specific names) 189, 196-201,205-206,208,214-215,217-221,318, 327, 366; 115, 352

Zea mays 19, 266, 300, 304, 308, 359; 37-38, 59,63,75-77, 79, 81, 130-131, 135, 140, 142, 161, 168-169, 181,308, 380,400

Zeatin 314 Zygnematales 138

Encyclopedia of Plant Physiology, New Series Editors: A. Pirson, M.H. Zimmermann

Volume I Transport in Plants I Phloem Transport Editors: M.H. Zimmermann, 1.A. Milburn 93 figures. XIX, 535 pages. 1975

With contributions by Canny, M.lP.; Dainty, 1.; Dixon, AF.G.; Eschrich, W.; Fensom, D.S.; Geiger, D.R.; Heyser, W.; HoJl, W.; Milburn, 1.A; Nonweiler, T.R.F.; Parthasarathy, MY; Pate, 1.S.; Peel, A.J.; Sovonick, S.A.; Spanner, D.C.; Tammes, P.M.L.; Tyree, M.T.; Van Die, l; Ziegler, H.; Zimmermann, M.H.

Contents: Structural Considerations in Phloem Transport. - Nature of Substances in Phloem. -Phloem Transport: Assessment of Evidence. - Possible Mechanisms of Phloem Transport. -Phloem Loading: Storage and Circulation. - Author Index. - Subject Index.

Volume 2 (In two parts) Transport in Plants II Part A: Cells Editors: U. Liittge, M.G. Pitman With a foreword by R.N. Robertson. 97 figures. 64 tables. Approx. 440 pages. 1976

With contributions by Cram, W.J.; Dainty, 1.; Findlay, G.P.; Hodges, T.K.; Hope, AB.; Jennings, D.H.; Liittge, U.; Osmond, c.B.; Pitman, M.G.; Poole, R.l.; Raven, 1.A.; Smith, F.A.; Walker, N.A.

Contents: Foreword. - Theoretical and Biophysical Approaches. - Particular Cell Systems. -Regulation, Metabolism and Transport. - Author Index. - Subject Index.

Part B: Tissues and Organs Editors: U. Liittge, M.G. Pitman 129 figures. 47 tables. Approx. 480 pages. 1976

With contributions by Anderson, W.P.; Epstein, E.; Hill, A.E.; HiJl, B.S.; Hsiao, T.C.; leschke, W.D.; Liiuchli, A.; Liittge, U.; Pate, 1.; Pitman, M.G.; Schnepf, E.; Spanswick, R.M.; Steveninck, R.F.M. van; Sutcliffe, 1.F.

Contents: Pathways of Transport in Tissues. - Particular Tissue Systems. - Control and Regulation of Transport in Tissues and Integration in Whole Plants. - Epilog: Integration. -Author Index. - Subject Index.

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