The LabelHash Server

1kp3A motif

Motif residues: ARG106 PHE139 GLU202 LYS286 ARG288 TYR331

Top 20 matches

Download all matches. You can open this file in Chimera with our ViewMatch plugin.

The images below show the motif residues and the match residues superimposed. The carbon atoms are white in the motif and green in the match. Other atoms in the motif and match are colored by element. The C-alphas are shown as spheres, while the remaining motif and match atoms are shown in stick representation. The rest of the matching protein is shown in ribbon representation.

1.  1kp3A

LRMSD: 0.0
p-value: 2.08537630897e-06
Matching residues: ARG106 PHE139 GLU202 LYS286 ARG288 TYR331
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity, protein binding
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

2.  1kp2A

LRMSD: 0.140828803182
p-value: 1.08614740384e-05
Matching residues: ARG106 PHE139 GLU202 LYS286 ARG288 TYR331
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity, protein binding
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

3.  1k97A

LRMSD: 0.155416846275
p-value: 1.58876882779e-05
Matching residues: ARG106 PHE139 GLU202 LYS286 ARG288 TYR331
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity, protein binding
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

4.  1k92A

LRMSD: 0.180535241961
p-value: 2.78053939837e-05
Matching residues: ARG106 PHE139 GLU202 LYS286 ARG288 TYR331
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity, protein binding
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

5.  1kh1C

LRMSD: 0.342605084181
p-value: 3.88582593587e-05
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

6.  1kh2C

LRMSD: 0.374335378408
p-value: 4.97566034028e-05
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

7.  1kh1A

LRMSD: 0.382379502058
p-value: 5.65768787055e-05
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

8.  1kh2A

LRMSD: 0.382323026657
p-value: 5.65763039049e-05
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

9.  1j20C

LRMSD: 0.384548723698
p-value: 6.67442145641e-05
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

10.  1j21A

LRMSD: 0.394678354263
p-value: 8.08752884041e-05
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

11.  1j20A

LRMSD: 0.398201704025
p-value: 9.86118247965e-05
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

12.  2nz2A

LRMSD: 0.398302316666
p-value: 9.86138838925e-05
Matching residues: ARG95 PHE128 GLU191 LYS277 ARG279 TYR322
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity, protein binding
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process, urea cycle
Cellular component: cytoplasm

13.  1korA

LRMSD: 0.401750206947
p-value: 9.8684533441e-05
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

14.  1vl2C

LRMSD: 0.402532786131
p-value: 9.87005696516e-05
Matching residues: ARG93 PHE126 GLU189 LYS275 ARG277 TYR320
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

15.  1j1zC

LRMSD: 0.405129820108
p-value: 0.000119104421174
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

16.  1kh1D

LRMSD: 0.408931791782
p-value: 0.000119187447126
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

17.  1j1zA

LRMSD: 0.409503787756
p-value: 0.000119199939945
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

18.  1j21C

LRMSD: 0.410306990147
p-value: 0.000119217482279
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

19.  1korC

LRMSD: 0.412366479635
p-value: 0.000140950680361
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

20.  1kh2D

LRMSD: 0.422059953213
p-value: 0.000162710115546
Matching residues: ARG92 PHE125 GLU184 LYS265 ARG267 TYR310
EC class: 6.3.4.5
GO terms:
Molecular function: ligase activity, ATP binding, nucleotide binding, argininosuccinate synthase activity
Biological process: cellular amino acid biosynthetic process, arginine biosynthetic process
Cellular component: cytoplasm

Copyright 2008–2010 Rice University
Created by Mark Moll, Drew H. Bryant, and Lydia E. Kavraki
Physical and Biological Computing Group • Department of Computer Science • Rice University