These are a number of entries as obatined from the PDB statistics
server from asdp.bnl.gov
IDCODE
|
DEPOSIT
|
COLLECT
|
LAG
|
RESOL
|
R-VALUE
|
FREE-R
|
METHOD
|
PROGRM
|
SIZE
|
BEAMLINES=SITES
|
IDCODE
|
DEPOSIT
|
COLLECT
|
LAG
|
RESOL
|
R-VALUE
|
FREE-R
|
METHOD
|
PROGRM
|
SIZE
|
BEAMLINES=SITES
|
IDCODE
|
DEPOSIT
|
COLLECT
|
LAG
|
RESOL
|
R-VALUE
|
FREE-R
|
METHOD
|
PROGRM
|
SIZE
|
BEAMLINES=SITES
|
Code
SIZE Site
| 1giy |
20010330 |
NULL |
NULL |
5.5 |
NULL |
NULL |
MAD |
O |
6289 |
5.0.2=ALS |
| 1tzl |
20040710 |
20030614 |
13 |
2.35 |
0.176 |
0.226 |
MAD |
REFMAC |
4976 |
X06SA=SLS |
| 1t5e |
20040504 |
20030303 |
14 |
3 |
0.273 |
0.285 |
MAD |
CNS |
4680 |
ID29=ESRF |
| 1xsi |
20041019 |
NULL |
NULL |
2.2 |
0.2 |
0.239 |
MAD |
CNS |
4668 |
8.2.1=ALS |
| 1gix |
20010330 |
NULL |
NULL |
5.5 |
NULL |
NULL |
MAD |
O |
4297 |
5.0.2=ALS |
| 1vlq |
20040809 |
20010502 |
39 |
2.1 |
0.186 |
0.223 |
MAD |
REFMAC |
4044 |
9-2;9-2=SSRL;SSRL |
| 1v0e |
20040328 |
NULL |
NULL |
1.9 |
0.16781 |
0.20228 |
MAD |
REFMAC |
3996 |
BW7A=EMBL/DESYBW7A |
| 1jjk |
20010706 |
19990409 |
27 |
3 |
0.344 |
0.344 |
MAD |
CNS |
3920 |
BM14=ESRF |
| 1jqk |
20010807 |
20000730 |
13 |
2.8 |
0.257 |
0.287 |
MAD |
CNS |
3834 |
X25=NSLS |
| 1p8j |
20030507 |
20010728 |
22 |
2.6 |
0.188 |
0.219 |
MAD |
CNS |
3808 |
BW6=EMBL/DESY |
| 1rv2 |
20031212 |
20020805 |
16 |
2.8 |
0.246 |
0.29 |
MAD |
CNS |
3744 |
X12C=NSLS |
| 1hr6 |
20001221 |
19991121 |
13 |
2.5 |
0.245 |
0.279 |
MAD |
CNS |
3672 |
5.0.2=ALS |
| 1m5q |
20020709 |
20020425 |
3 |
2 |
0.191 |
0.236 |
MAD |
CNS |
3640 |
X8C=NSLS |
| 1xxh |
20041105 |
20030807 |
15 |
3.45 |
0.315 |
0.35 |
MAD |
CNS |
3592 |
8.2.2=ALS |
You probably have to check the publications manually to check whether
ort not the netries in the PD file are fully correct.
HTH
Peter
Mathews, Irimpan wrote:
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Hi Friends,
I am looking for any information regarding the largest structure (asy. unit size) solved by MAD phasing. We had postings earlier about largest se sub-structures and I am looking for the protein/asy. unit size.
Thank you very much for your help,
Mathews
|
