functional specialization and ontogenetic scaling of limb anatomy in alligator mississippiensis
TRANSCRIPT
Corrigendum
Functional specialization and ontogenetic scaling of limb anatomy in Alligator mississippiensis
Vivian Allen, Ruth M. Elsey, Nicola Jones, Jordon Wright and John R. Hutchinson
Journal of Anatomy (2010) 216, pp. 423–445
doi: 10.1111 ⁄ j.1469-7580.2009.01202.x
The normalisation of average muscle architecture data for adult American alligators (Alligator mississippiensis of +10 Kg
body mass) was performed using an incorrect divisor. Rather than normalisation of muscle architecture data using division by
derivations of body mass (body mass0.67 for area measures such as muscle physiological cross-sectional area [PCSA], and body
mass0.33 for linear measurements such as muscle fascicle lengths), data from an older dataset normalised using division by
derivations of body volume were mistakenly included in the final manuscript.
In Table 2 (pp. 427–428) and Table 3 (pp. 429–450), the values quoted for the following data are one factor of ten too large:
average normalised fascicle length (column 6, Lfasc ⁄ Mbody0.33 and column seven, its standard deviation), average normalised
tendon length (column 12, Ltend ⁄ Mbody0.33 and column 13, its standard deviation). The values quoted for average normalised
muscle PCSA (column 14, PCSA ⁄ Mbody0.67 and column 15, its standard deviation) are two factors of ten too large. Correspond-
ingly, the values on the scale bar on the X-axis for Figures 1 and 2 (pp431) are two factors of ten too large, and the values on
the scale bar on the Y-axis for Figures 1 and 2 are one factor of ten too large. Values quoted for average normalised fascicle
length and PCSA in the following sections of text are also incorrect by one and two factors of ten, respectively.
Results: Mean distribution of fascicle length, pennation angle and PCSA (pp. 432, column 1) and;
Results: Mean distribution of external tendons, lengths and masses (pp. 432, columns 1–2).
Corrected Figure 1 and Tables 2 and 3 is now provided below.
The results of the scaling analysis (which used un-normalised, raw data), and all qualitative conclusions on the functional spe-
cialisation of limb musculature in A. mississippiensis are unaffected by this error.
The authors would like to apologise for this oversight.
ªª 2011 The AuthorsJournal of Anatomy ªª 2011 Anatomical Society of Great Britain and Ireland
J. Anat. (2011) 219, pp542–547 doi: 10.1111/j.1469-7580.2011.01422.x
Journal of Anatomy
A
B
ªª 2011 The AuthorsJournal of Anatomy ªª 2011 Anatomical Society of Great Britain and Ireland
Corrigendum 543
Tab
le2
Ave
rage
musc
lepro
per
ties
inth
epec
tora
llim
bof
adult
(10
±K
g)
A.
mis
siss
ippie
nsi
s.
Mu
scle
Ab
v.
Fun
ctio
nal
Gro
up
Mm
usc
⁄M
bo
dy
SD Mm
usc
⁄M
bo
dy
L fasc
⁄M
bo
dy0.3
3
SD L fasc
⁄M
bo
dy0.3
3h
(�)
SDh
(�)
Mte
nd
⁄M
bo
dy
SD Mte
nd
⁄M
bo
dy
L ten
d⁄
Mb
od
y0.3
3
SD L ten
d⁄
Mb
od
y0.3
3
PC
SA⁄
Mb
od
y0.6
7
SD PC
SA⁄
Mb
od
y0.6
7
Rh
om
bo
deu
sR
HO
Scap
ula
r
Ad
du
cto
rs
0.0
2027%
0.0
0742%
0.5
48%
0.1
14%
37
––
––
0.0
0363%
0.0
0158%
Serr
atu
sve
ntr
ali
s
cerv
icu
s
SVC
Scap
ula
r
Ad
du
cto
rs
0.0
4954%
0.0
0701%
1.2
26%
0.1
27%
––
––
––
0.0
0384%
0.0
0062%
Serr
atu
sve
ntr
ali
s
tho
raci
s
SVT
Scap
ula
Flexo
rs
0.1
3247%
0.0
0811%
1.6
73%
0.3
51%
49
––
––
0.0
0762%
0.0
0142%
Lati
ssim
usd
ors
iLD
Scap
ula
r
Ext
en
sors
0.0
8161%
0.0
0407%
2.1
04%
0.2
05%
––
––
––
0.0
0369%
0.0
0038%
Leva
tor
scap
ula
eLS
Scap
ula
r
Ext
en
sors
0.1
7753%
0.0
2144%
2.5
60%
0.3
12%
––
––
––
0.0
0661%
0.0
0109%
Tra
pezi
us
TR
ASc
ap
ula
r
Ext
en
sors
0.0
5444%
0.0
1585%
1.7
66%
0.1
74%
––
––
––
0.0
0293%
0.0
0088%
Co
sto
cora
coid
eu
s
pro
fun
du
s
CO
CP
Co
raco
idal
Retr
act
ors
0.0
1384%
0.0
0468%
0.8
39%
0.2
31%
26
––
––
0.0
0162%
0.0
0073%
Co
sto
cora
coid
eu
s
sup
erfi
ciali
s
CO
CS
Co
raco
idal
Retr
act
ors
0.0
7405%
0.0
0973%
1.8
88%
0.2
53%
13
––
––
0.0
0378%
0.0
0088%
Delt
oid
eu
s
scap
ula
ris
DS
Sho
uld
er
Ab
du
cto
rs
0.0
3163%
0.0
0248%
0.6
53%
0.1
78%
26
40.0
0058%
0.0
0016%
0.6
20%
0.1
48%
0.0
0426%
0.0
0079%
Scap
ulo
hu
mera
lis
cau
dali
s
SHC
Sho
uld
er
Ab
du
cto
rs
0.0
2722%
0.0
0541%
1.1
02%
0.2
23%
––
––
––
0.0
0236%
0.0
0046%
Tere
sm
ajo
rTM
Sho
uld
er
Ab
du
cto
rs
0.0
2958%
0.0
0168%
1.4
52%
0.2
91%
14
21
0.0
0057%
0.0
0012%
0.5
08%
0.1
64%
0.0
0183%
0.0
0048%
Pect
ora
lis
PEC
Sho
uld
er
Flexo
rs⁄
Ad
du
cto
rs
0.6
9038%
0.0
3229%
4.2
88%
0.5
28%
––
––
––
0.0
1538%
0.0
0199%
Co
rach
ob
rach
iali
s
bre
vis
ven
trali
s
CB
VSh
ou
lder
Flexo
rs⁄
Ad
du
cto
rs
0.0
5209%
0.0
0734%
1.5
32%
0.2
45%
––
––
––
0.0
0328%
0.0
0079%
Sub
scap
ula
ris
SSSh
ou
lder
Flexo
rs⁄
Ad
du
cto
rs
0.0
8206%
0.0
4538%
1.2
14%
0.3
15%
12
18
––
––
0.0
0616%
0.0
0350%
Co
rach
ob
rach
iali
s
bre
vis
do
rsali
s
CB
DSh
ou
lder
Ext
en
sors
0.0
1187%
0.0
0942%
0.8
88%
0.2
09%
––
––
––
0.0
0119%
0.0
0067%
Delt
oid
eu
s
clavi
cula
ris
DC
Sho
uld
er
Ext
en
sors
0.0
8466%
0.0
1145%
1.9
81%
0.3
26%
––
––
––
0.0
0414%
0.0
0091%
Sup
raco
raco
ideu
sSC
Sho
uld
er
Ext
en
sors
0.0
9382%
0.0
1445%
1.7
06%
0.1
40%
––
––
––
0.0
0520%
0.0
0072%
Ab
du
cto
rra
dia
lis
AB
-RElb
ow
Flexo
rs
0.0
0952%
0.0
0076%
0.4
02%
0.0
60%
26
20.0
00029%
0.0
00000%
0.3
11%
0.0
00%
0.0
0204%
0.0
0031%
ªª 2011 The AuthorsJournal of Anatomy ªª 2011 Anatomical Society of Great Britain and Ireland
Corrigendum544
Tab
le2
(Continued
)
Mu
scle
Ab
v.
Fun
ctio
nal
Gro
up
Mm
usc
⁄M
bo
dy
SD Mm
usc
⁄M
bo
dy
L fasc
⁄M
bo
dy0.3
3
SD L fasc
⁄M
bo
dy0.3
3h
(�)
SDh
(�)
Mte
nd
⁄M
bo
dy
SD Mte
nd
⁄M
bo
dy
L ten
d⁄
Mb
od
y0.3
3
SD L ten
d⁄
Mb
od
y0.3
3
PC
SA⁄
Mb
od
y0.6
7
SD PC
SA⁄
Mb
od
y0.6
7
Bic
ep
sb
rach
iiB
BElb
ow
Flexo
rs0.0
4945%
0.0
0377%
1.8
31%
0.3
89%
911
0.0
0109%
0.0
0018%
1.1
76%
0.1
12%
0.0
0253%
0.0
0033%
Bra
chia
lis
BR
Elb
ow
Flexo
rs0.0
2071%
0.0
0226%
1.7
15%
0.2
87%
––
––
––
0.0
0117%
0.0
0024%
Flexo
ru
lnari
sFU
LElb
ow
Flexo
rs0.0
1511%
0.0
0359%
0.4
30%
0.1
49%
23
30.0
0032%
0.0
0020%
0.3
98%
0.2
23%
0.0
0328%
0.0
0102%
Hu
mero
rad
iali
sH
RElb
ow
Flexo
rs0.0
3251%
0.0
0859%
1.8
57%
0.1
46%
––
0.0
0068%
0.0
0054%
0.5
89%
0.2
24%
0.0
0166%
0.0
0046%
Tri
cep
slo
ng
us
late
ralu
s
TLL
Sho
uld
er
Flexo
rs⁄E
lbo
w
Ext
en
sors
0.0
9019%
0.0
1047%
1.1
76%
0.1
24%
24
50.0
0120%
0.0
0060%
0.8
08%
0.4
12%
0.0
0669%
0.0
0124%
Tri
cep
slo
ng
us
med
iali
s
TLM
Sho
uld
er
Flexo
rs⁄E
lbo
w
Ext
en
sors
0.0
8103%
0.0
1296%
1.0
48%
0.1
79%
24
40.0
0289%
0.0
0180%
2.0
73%
1.1
24%
0.0
0680%
0.0
0139%
Tri
cep
sb
revi
s
cau
dali
s
TB
CD
Elb
ow
Ext
en
sors
0.0
5299%
0.0
0936%
0.9
47%
0.1
49%
25
20.0
0103%
0.0
0055%
0.7
38%
0.3
57%
0.0
0486%
0.0
0098%
Tri
cep
sb
revi
s
cran
iali
s
TB
CR
Elb
ow
Ext
en
sors
0.0
7647%
0.0
1448%
0.9
10%
0.2
60%
30
50.0
0623%
0.0
0666%
0.9
40%
0.2
70%
0.0
0707%
0.0
0153%
Tri
cep
sb
revi
s
inte
rmed
ius
TB
IElb
ow
Ext
en
sors
0.0
8004%
0.0
1810%
0.9
08%
0.0
91%
26
60.0
0624%
0.0
0357%
0.6
60%
0.2
51%
0.0
0740%
0.0
0126%
Pro
nato
r
qu
ad
ratu
s
PQ
Elb
ow
Pro
nato
rs0.0
3271%
0.0
0395%
0.4
54%
0.0
90%
30
3–
––
–0.0
0600%
0.0
0098%
Pro
nato
rte
res
PT
Elb
ow
Pro
nato
rs0.0
4340%
0.0
0365%
0.6
00%
0.0
57%
27
50.0
0025%
0.0
0000%
0.1
81%
0.0
00%
0.0
0608%
0.0
0074%
Sup
inato
rSU
PElb
ow
Sup
inato
rs
0.0
2392%
0.0
0256%
1.0
66%
0.1
75%
25
20.0
0137%
0.0
0000%
0.9
58%
0.0
00%
0.0
0199%
0.0
0055%
Ext
en
sor
carp
i
rad
iali
sb
revi
s
EC
R-B
Wri
st
Do
rsifl
exo
rs
0.0
1227%
0.0
0191%
0.6
04%
0.0
88%
20
11
0.0
0038%
0.0
0012%
0.5
74%
0.4
70%
0.0
0178%
0.0
0030%
Ext
en
sor
carp
i
rad
iali
slo
ng
us
EC
R-L
Wri
st
Do
rsifl
exo
rs
0.0
1205%
0.0
0240%
0.5
80%
0.0
67%
20
20.0
0063%
0.0
0032%
0.8
49%
0.3
44%
0.0
0187%
0.0
0046%
Ext
en
sor
carp
i
uln
ari
slo
ng
us
EC
U-L
Wri
st
Do
rsifl
exo
rs
0.0
1082%
0.0
0145%
0.8
34%
0.1
39%
15
80.0
0067%
0.0
0018%
1.5
51%
0.1
17%
0.0
0120%
0.0
0026%
Flexo
rca
rpi
uln
ari
s
FCU
Wri
st
Pla
nta
rflexo
rs
0.0
3537%
0.0
0432%
0.3
79%
0.0
81%
29
40.0
0083%
0.0
0054%
0.6
07%
0.4
50%
0.0
0799%
0.0
0176%
Flexo
rd
igit
oru
m
lon
gu
s1
(fo
re)
FDL1
Wri
st
Pla
nta
rflexo
rs
0.0
0876%
0.0
0131%
0.7
94%
0.2
10%
22
30.0
0139%
0.0
0185%
––
0.0
0102%
0.0
0028%
Flexo
rd
igit
oru
m
lon
gu
s2
(fo
re)
FDL2
Wri
st
Pla
nta
rflexo
rs
0.0
2517%
0.0
0520%
0.4
26%
0.0
75%
25
30.0
0407%
0.0
0183%
1.5
59%
0.3
80%
0.0
0505%
0.0
0050%
Ext
en
sor
dig
ito
rum
sup
erfi
ciali
s
ED
SD
igit
al
Do
rsifl
exo
rs
0.0
1561%
0.0
0257%
0.4
28%
0.1
29%
22
12
0.0
0007%
0.0
0000%
––
0.0
0328%
0.0
0087%
Flexo
rd
igit
oru
m
bre
vis
(fo
re)
FDB
FD
igit
al
Pla
nta
rflexo
rs
0.0
4061%
0.0
3293%
0.3
45%
0.0
64%
29
15
1.5
0E-0
56.8
1E-0
60.7
45%
0.4
51%
0.0
0890%
0.0
0761%
ªª 2011 The AuthorsJournal of Anatomy ªª 2011 Anatomical Society of Great Britain and Ireland
Corrigendum 545
Tab
le3
Ave
rage
musc
lepro
per
ties
inth
epel
vic
limb
of
adult
(10
±K
g)
A.
mis
siss
ippie
nsi
s.
Mu
scle
Ab
v.
Fun
ctio
nal
Gro
up
Mm
usc
⁄M
bo
dy
SD Mm
usc
⁄M
bo
dy
L fasc
⁄M
bo
dy0.3
3
SD L fasc
⁄M
bo
dy0.3
3h
(�)
SDh
(�)
Mte
nd
⁄M
bo
dy
SD Mte
nd
⁄M
bo
dy
L ten
d⁄
Mb
od
y0.3
3
SD L ten
d⁄
Mb
od
y0.3
3
PC
SA⁄
Mb
od
y0.6
7
SD PC
SA⁄
Mb
od
y0.6
7
Cau
do
fem
ora
lis
bre
vis
CFB
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
0.1
3636%
0.0
1831%
2.6
18%
0.2
11%
46
––
0.8
66%
0.0
00%
0.0
0487%
0.0
0042%
Cau
do
fem
ora
lis
lon
gu
s
CFL
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
1.3
9420%
0.6
9839%
6.5
94%
0.7
00%
20
23
0.0
0743%
0.0
0126%
2.6
78%
0.7
97%
0.0
1735%
0.0
0955%
Flexo
rti
bia
lis
ext
ern
us
FTE
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
0.5
2868%
0.7
8821%
3.8
41%
0.2
66%
819
0.0
0563%
0.0
0268%
3.0
82%
1.3
22%
0.0
1272%
0.0
1953%
Flexo
rti
bia
lis
inte
rnu
s1
FTI1
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
0.0
2355%
0.0
0409%
3.5
61%
0.3
14%
––
0.0
0007%
0.0
0001%
0.2
62%
0.0
42%
0.0
0063%
0.0
0013%
Flext
or
tib
iali
s
inte
rnu
s2
FTI2
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
0.1
3574%
0.0
0447%
4.4
63%
1.1
82%
25
0.0
0090%
0.0
0029%
0.5
05%
0.2
18%
0.0
0311%
0.0
0119%
Flexo
rti
bia
lis
inte
rnu
s3
FTI3
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
0.0
6933%
0.0
0393%
1.9
93%
0.1
78%
13
11
0.0
0043%
0.0
0030%
0.5
26%
0.4
39%
0.0
0318%
0.0
0041%
Flexo
rti
bia
lis
inte
rnu
s4
FTI4
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
0.0
3439%
0.0
0358%
3.2
42%
0.4
56%
––
0.0
0084%
0.0
0031%
1.0
20%
0.4
59%
0.0
0102%
0.0
0019%
Ilio
fib
ula
ris
ILFB
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
0.0
5515%
0.0
0640%
3.5
52%
0.5
34%
––
0.0
0068%
0.0
0032%
1.0
44%
0.1
57%
0.0
0151%
0.0
0038%
Isch
iotr
och
an
teri
cus
ISTR
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
0.0
3338%
0.0
1589%
0.7
95%
0.0
95%
33
80.0
0201%
0.0
0148%
0.6
51%
0.3
13%
0.0
0329%
0.0
0153%
Pu
bo
-isc
hio
-tib
iali
sPIT
Hip
Ext
en
sors
⁄Kn
ee
Flexo
rs
0.0
5114%
0.0
2539%
3.6
94%
0.5
82%
57
0.0
0049%
0.0
0031%
0.3
57%
0.1
74%
0.0
0138%
0.0
0074%
Pu
bo
-isc
hio
-
fem
ora
lis
ext
ern
us
1
PIF
E1
Hip
Flexo
rs0.1
1409%
0.0
1461%
2.9
35%
0.7
94%
511
0.0
0084%
0.0
0039%
0.6
68%
0.3
03%
0.0
0383%
0.0
0116%
Pu
bo
-isc
hio
-
fem
ora
lis
inte
rnu
s1
PIF
I1H
ipFl
exo
rs0.1
1971%
0.0
0923%
2.5
19%
0.5
04%
––
––
––
0.0
0466%
0.0
0107%
Pu
bo
-isc
hio
-
fem
ora
lis
inte
rnu
s2
PIF
I2H
ipFl
exo
rs0.4
9982%
0.0
6341%
3.9
01%
0.3
43%
––
0.0
0308%
0.0
0091%
1.2
14%
0.5
14%
0.0
1218%
0.0
0201%
Ilio
fem
ora
lis
IFH
ipA
bd
uct
ors
0.0
9494%
0.0
0629%
1.6
34%
0.2
19%
15
15
-–
––
0.0
0518%
0.0
0059%
Ad
du
cto
r1
AD
D1
Hip
Ad
du
cto
rs0.0
9812%
0.0
1788%
3.6
57%
0.4
37%
––
-–
––
0.0
0261%
0.0
0077%
Ad
du
cto
r2
AD
D2
Hip
Ad
du
cto
rs0.0
4565%
0.0
0498%
4.0
34%
0.5
07%
––
0.0
0222%
0.0
0000%
0.1
94%
0.0
00%
0.0
0108%
0.0
0018%
Pu
bo
-isc
hio
-
fem
ora
lis
ext
ern
us
2
PIF
E2
Hip
Ad
du
cto
rs0.1
1381%
0.0
1523%
1.8
08%
0.3
15%
24
15
0.0
0048%
0.0
0018%
0.4
05%
0.2
07%
0.0
0537%
0.0
0107%
Pu
bo
-isc
hio
-
fem
ora
lis
ext
ern
us
3
PIF
E3
Hip
Ad
du
cto
rs0.0
8071%
0.0
1316%
1.3
46%
0.1
09%
21
12
0.0
0054%
0.0
0054%
0.3
63%
0.1
47%
0.0
0520%
0.0
0097%
Am
bie
ns
1A
MB
1K
nee
Ext
en
sors
0.0
9250%
0.0
0523%
1.9
15%
0.2
63%
811
0.0
0284%
0.0
0038%
2.5
54%
0.8
99%
0.0
0449%
0.0
0054%
Am
bie
ns
2A
MB
2K
nee
Ext
en
sors
0.0
1504%
0.0
0570%
1.4
46%
0.6
29%
911
0.0
0049%
0.0
0028%
0.5
91%
0.6
71%
0.0
0110%
0.0
0063%
Fem
oro
tib
iali
s
ext
ern
us
FMTE
Kn
ee
Ext
en
sors
0.0
5950%
0.0
0633%
0.8
74%
0.0
64%
30
20.0
0094%
0.0
0042%
0.5
64%
0.2
48%
0.0
0561%
0.0
0086%
ªª 2011 The AuthorsJournal of Anatomy ªª 2011 Anatomical Society of Great Britain and Ireland
Corrigendum546
Tab
le3
(Continued
)
Mu
scle
Ab
v.
Fun
ctio
nal
Gro
up
Mm
usc
⁄M
bo
dy
SD Mm
usc
⁄M
bo
dy
L fasc
⁄M
bo
dy0.3
3
SD L fasc
⁄M
bo
dy0.3
3h
(�)
SDh
(�)
Mte
nd
⁄M
bo
dy
SD Mte
nd
⁄M
bo
dy
L ten
d⁄
Mb
od
y0.3
3
SD L ten
d⁄
Mb
od
y0.3
3
PC
SA⁄
Mb
od
y0.6
7
SD PC
SA⁄
Mb
od
y0.6
7
Fem
oro
tib
iali
s
inte
rnu
s
FMTI
Kn
ee
Ext
en
sors
0.1
9254%
0.0
1701%
1.0
92%
0.1
21%
33
50.0
1007%
0.0
0344%
0.7
58%
0.2
57%
0.0
1401%
0.0
0146%
Ilio
tib
iali
s1
IT1
Kn
ee
Ext
en
sors
0.0
2839%
0.0
0269%
2.2
93%
0.2
48%
––
––
––
0.0
0119%
0.0
0025%
Ilio
tib
iali
s2
IT2
Kn
ee
Ext
en
sors
0.1
8669%
0.0
0815%
1.5
36%
0.2
15%
30
40.0
0323%
0.0
0115%
1.7
96%
0.7
42%
0.0
1005%
0.0
0138%
Ilio
tib
iali
s3
IT3
Kn
ee
Ext
en
sors
0.0
5251%
0.0
0640%
1.6
00%
0.6
81%
22
20.0
0148%
0.0
0038%
1.8
21%
1.6
68%
0.0
0321%
0.0
0112%
Ext
en
sor
dig
ito
rum
lon
gu
s
ED
LA
nkle
Do
rsifl
exo
rs0.0
7436%
0.0
0801%
1.7
86%
0.4
64%
20
10
0.0
0095%
0.0
0026%
1.0
09%
0.1
25%
0.0
0385%
0.0
0100%
Tib
iali
san
teri
or
TA
An
kle
Do
rsifl
exo
rs0.0
4777%
0.0
0600%
2.8
09%
0.2
32%
--
0.0
0049%
0.0
0009%
0.4
74%
0.0
77%
0.0
0161%
0.0
0019%
Fib
ula
ris
bre
vis
FBA
nkle
Pla
nta
rflexo
rs0.0
1385%
0.0
0132%
0.6
07%
0.1
15%
25
60.0
0037%
0.0
0022%
0.2
73%
0.1
05%
0.0
0200%
0.0
0040%
Flexo
rd
igit
oru
m
lon
gu
s(h
ind
)
FDLH
An
kle
Pla
nta
rflexo
rs0.0
3203%
0.0
2360%
0.6
61%
0.2
19%
26
40.0
0440%
0.0
0392%
2.1
77%
1.1
76%
0.0
0434%
0.0
0261%
Flexo
rh
all
ucu
s
lon
gu
s
FHL
An
kle
Pla
nta
rflexo
rs0.0
1924%
0.0
0258%
0.7
29%
0.1
57%
23
10.0
0318%
0.0
0196%
1.8
41%
0.5
19%
0.0
0234%
0.0
0030%
Fib
ula
ris
lon
gu
sFL
An
kle
Pla
nta
rflexo
rs0.0
3196%
0.0
0336%
0.6
76%
0.1
72%
28
20.0
0086%
0.0
0044%
0.4
24%
0.2
07%
0.0
0416%
0.0
0115%
Gast
rocn
em
ius
?tu
l=1>
ext
ern
us
GE
An
kle
Pla
nta
rflexo
rs0.1
5581%
0.0
2036%
0.9
98%
0.1
69%
29
60.0
1249%
0.0
1600%
1.7
29%
1.4
81%
0.0
1301%
0.0
0184%
Gast
rocn
em
ius
inte
rnu
s
GI
An
kle
Pla
nta
rflexo
rs0.0
6311%
0.0
0599%
2.6
73%
0.2
07%
910
0.0
0135%
0.0
0115%
0.6
59%
0.3
37%
0.0
0218%
0.0
0025%
Inte
ross
ess
us
cru
riIC
An
kle
Pla
nta
rflexo
rs0.0
5599%
0.0
0395%
0.6
83%
0.2
24%
29
10
0.0
0254%
0.0
0067%
1.3
66%
0.3
43%
0.0
0709%
0.0
0166%
Pro
nato
rp
rofu
nd
us
PP
An
kle
Pla
nta
rflexo
rs0.0
1216%
0.0
0263%
0.5
52%
0.0
81%
23
14
––
––
0.0
0189%
0.0
0027%
Ext
en
sor
dig
ito
rum
bre
vis
ED
BD
igit
al
Do
rsifl
exo
rs0.0
3273%
0.0
1220%
0.6
35%
0.1
35%
29
11
0.0
0212%
0.0
0239%
0.7
22%
0.5
16%
0.0
0445%
0.0
0218%
Ext
en
sor
hall
uci
s
bre
vis
EH
BD
igit
al
Do
rsifl
exo
rs0.0
1326%
0.0
0163%
0.6
39%
0.1
21%
16
13
0.0
0048%
0.0
0023%
0.5
50%
0.2
92%
0.0
0177%
0.0
0029%
Ext
en
sor
hall
uci
s
lon
gu
s
EH
LD
igit
al
Do
rsifl
exo
rs0.0
0922%
0.0
0163%
0.8
42%
0.1
44%
36
11
0.0
0038%
0.0
0030%
0.3
21%
0.0
61%
0.0
0098%
0.0
0015%
Flexo
rd
igit
oru
m
bre
vis
(hin
d)
FDB
HD
igit
al
Pla
nta
rflexo
rs
0.0
1799%
0.0
0113%
0.3
47%
0.0
47%
27
60.0
0182%
0.0
0111%
0.5
03%
0.3
41%
0.0
0436%
0.0
0085%
Flexo
rh
all
ucu
s
bre
vis
FHB
Dig
ital
Pla
nta
rflexo
rs
0.0
4061%
0.0
3293%
0.3
45%
0.0
64%
24
13
0.0
0150%
0.0
0068%
0.7
45%
0.4
51%
0.0
0890%
0.0
0761%
ªª 2011 The AuthorsJournal of Anatomy ªª 2011 Anatomical Society of Great Britain and Ireland
Corrigendum 547