Table 11.3.6.1

Kabsch, W.

doi:10.1107/97809553602060000676

International
Tables for
Crystallography
Volume F
Crystallography of biological macromolecules
Edited by M. G. Rossmann and E. Arnold

pdf | chapter contents | chapter index | related articles

International Tables for Crystallography (2006). Vol. F. ch. 11.3, p. 225

Table 11.3.6.1

W. Kabsch^a ^*

^a Max-Planck-Institut für medizinische Forschung, Abteilung Biophysik, Jahnstrasse 29, 69120 Heidelberg, Germany
Correspondence e-mail: kabsch@mpimf-heidelberg.mpg.de

Table 11.3.6.1 | top | pdf |
Rating of lattice types implied by a given reduced cell

Lattice type	Quality index	Conventional cell constants (Å, °)						Reindexing transformation
Lattice type	Quality index	a	b	c	α	β	γ	Reindexing transformation
1 cF	999.0	119.3	137.3	119.1	121.1	77.5	122.6	$[11\bar{1}0/1\bar{1}10/\bar{1}\bar{1}\bar{1}0]$
2 hR	770.1	74.6	111.7	137.4	103.6	89.1	108.8	$[1100/\bar{1}0\bar{1}0/\bar{1}110]$
3 cP	769.7	62.1	63.5	92.9	90.0	90.1	107.2
5 cI	936.0	111.7	74.6	112.6	70.1	53.6	71.2
4 hR	769.5	101.1	111.9	119.1	116.5	89.1	116.4	$[1\bar{1}00/\bar{1}010/\bar{1}\bar{1}\bar{1}0]$
6 tI	999.0	112.6	111.7	74.6	71.2	70.1	53.6
7 tI	999.0	111.7	74.6	112.6	70.1	53.6	71.2
8 oI	999.0	74.6	111.7	112.6	53.6	70.1	71.2	$[\bar{1}\bar{1}00/\bar{1}0\bar{1}0/0\bar{1}\bar{1}0]$
9 hR	772.7	62.1	74.6	296.6	90.5	105.8	125.5	$[1000/\bar{1}\bar{1}00/\bar{1}1\bar{3}0]$
10 mC	24.0	101.1	74.6	92.9	90.1	90.0	91.3	$[1\bar{1}00/1100/0010]$
11 tP	174.8	62.1	63.5	92.9	90.0	90.1	107.2
12 hP	122.8	62.1	63.5	92.9	90.0	90.1	107.2
13 oC	23.8	74.6	101.1	92.9	90.0	90.1	88.7	$[1100/\bar{1}100/0010]$
15 tI	672.7	62.1	63.5	200.2	77.0	77.6	107.2
16 oF	999.0	74.6	101.1	200.2	90.5	111.8	88.7	$[\bar{1}\bar{1}00/1\bar{1}00/1120]$
14 mC	23.4	74.6	101.1	92.9	90.0	90.1	88.7	$[1100/\bar{1}100/0010]$
17 mC	999.0	101.1	74.6	111.7	71.2	116.4	88.7	$[1\bar{1}00/\bar{1}\bar{1}00/\bar{1}0\bar{1}0]$
18 tI	999.0	112.6	119.1	62.1	68.7	99.5	115.4	$[01\bar{1}0/1110/1000]$
19 oI	999.0	62.1	112.6	119.1	64.6	68.7	80.5	$[\bar{1}000/01\bar{1}0/\bar{1}\bar{1}\bar{1}0]$
20 mC	746.3	112.6	112.6	62.1	99.5	99.6	111.3	$[0\bar{1}\bar{1}0/0\bar{1}10/\bar{1}000]$
21 tP	748.0	63.5	92.9	62.1	90.1	107.2	90.0
22 hP	999.0	63.5	92.9	62.1	90.1	107.2	90.0
23 oC	747.8	112.6	112.6	62.1	80.5	99.6	68.7	$[0110/0\bar{1}10/1000]$
24 hR	999.0	154.8	112.6	62.1	80.5	80.9	84.3	$[1210/0\bar{1}10/1000]$
25 mC	746.1	112.6	112.6	62.1	80.5	99.6	68.7	$[0110/0\bar{1}10/1000]$
26 oF	624.9	62.1	123.9	195.9	86.4	108.4	101.5	$[1000/\bar{1}\bar{2}00/\bar{1}0\bar{2}0]$
27 mC	499.7	123.9	62.1	112.6	80.5	119.7	78.5	$[\bar{1}\bar{2}00/\bar{1}000/01\bar{1}0]$
28 mC	325.0	62.1	195.9	63.5	95.4	107.2	71.6	$[\bar{1}000/\bar{1}0\bar{2}0/0\bar{1}00]$
29 mC	99.8	62.1	123.9	92.9	90.0	90.1	78.5
30 mC	336.4	63.5	196.5	62.1	95.4	107.2	71.1	$[0\bar{1}00/0\bar{1}20/\bar{1}000]$
31 aP	0.2	62.1	63.5	92.9	90.0	89.9	72.8	$[1000/0\bar{1}00/00\bar{1}0]$
32 oP	152.0	62.1	63.5	92.9	90.0	90.1	107.2
40 oC	413.0	63.5	196.4	62.1	84.5	107.2	108.9	$[0\bar{1}00/0120/\bar{1}000]$
35 mP	151.8	63.5	62.1	92.9	90.1	90.0	107.2	$[0\bar{1}00/\bar{1}000/00\bar{1}0]$
36 oC	400.3	62.1	195.9	63.5	84.6	107.2	108.4	$[1000/\bar{1}0\bar{2}0/0100]$
33 mP	151.2	62.1	63.5	92.9	90.0	90.1	107.2
38 oC	100.1	62.1	123.9	92.9	90.0	90.1	101.5	$[\bar{1}000/1200/00\bar{1}0]$
34 mP	1.0	62.1	92.9	63.5	90.0	107.2	90.1	$[\bar{1}000/00\bar{1}0/0\bar{1}00]$
42 oI	661.3	62.1	63.5	200.2	103.0	102.4	107.2	$[\bar{1}000/0\bar{1}00/1120]$
41 mC	412.2	196.4	63.5	62.1	107.2	95.5	71.1	$[0\bar{1}\bar{2}0/0\bar{1}00/\bar{1}000]$
37 mC	400.1	195.9	62.1	63.5	107.2	95.4	71.6
39 mC	99.9	123.9	62.1	92.9	90.1	90.0	78.5	$[\bar{1}\bar{2}00/\bar{1}000/00\bar{1}0]$
43 mI	999.0	74.6	200.2	63.5	103.0	127.3	68.2	$[1100/1120/0\bar{1}00]$
44 aP	0.0	62.1	63.5	92.9	90.0	90.1	107.2