biochem.wisc.edu · of a = 334.3, c = 757.5 Å and a single particle in the unit cell. the r32...

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Page 1: biochem.wisc.edu · of a = 334.3, c = 757.5 Å and a single particle in the unit cell. The R32 space group requires the particle to be situated on a site with 32 crystallographic
Page 2: biochem.wisc.edu · of a = 334.3, c = 757.5 Å and a single particle in the unit cell. The R32 space group requires the particle to be situated on a site with 32 crystallographic
Page 3: biochem.wisc.edu · of a = 334.3, c = 757.5 Å and a single particle in the unit cell. The R32 space group requires the particle to be situated on a site with 32 crystallographic
Page 4: biochem.wisc.edu · of a = 334.3, c = 757.5 Å and a single particle in the unit cell. The R32 space group requires the particle to be situated on a site with 32 crystallographic
Page 5: biochem.wisc.edu · of a = 334.3, c = 757.5 Å and a single particle in the unit cell. The R32 space group requires the particle to be situated on a site with 32 crystallographic
Page 6: biochem.wisc.edu · of a = 334.3, c = 757.5 Å and a single particle in the unit cell. The R32 space group requires the particle to be situated on a site with 32 crystallographic
Page 7: biochem.wisc.edu · of a = 334.3, c = 757.5 Å and a single particle in the unit cell. The R32 space group requires the particle to be situated on a site with 32 crystallographic