Accession number:
  1190 matches for ENSP00000371253
 | ensembl | ncbi | omim | hprd | unigene | snps | geo |
hpa |
| kegg | hmdb | grid | string | p-site | pep-atlas | mrm | gpmDB | wiki | pSYT | SNAP |
 phosphoribosylglycinamide formyltransferase, phosphoribosylglycinamide synthetase, phosphoribosylaminoimidazole synthetase
    [Source: HGNC 4163]
    IPR000728 AIR synth
    IPR010918 AIR synth C
    IPR011761 ATP-grasp
    IPR003135 ATP-grasp carboxylate-amine
    IPR002376 Formyl transf N
    IPR001555 GART AS
    IPR020561 PRibGlycinamid synth ATP-grasp
    IPR000115 PRibGlycinamide synth
    IPR020560 PRibGlycinamide synth C-dom
    IPR020559 PRibGlycinamide synth CS
    IPR020562 PRibGlycinamide synth N-dom
    IPR016185 PreATP-grasp-like
    IPR016188 PurM N-like
    IPR004733 PurM cligase
    IPR004607 PurN trans
    IPR011054 Rudment hybrid motif
    Best models for ENSP00000371253 Show all
#log(e)%modelcoverage
1.-380.940.2G | P | O
2.-380.740.2G | P | O
3.-364.738.4G | P | O
4.-364.638.4G | P | O
5.-29530.2G | P | O
6.-29438.5G | P | O
7.-275.934.9G | P | O
8.-274.634.9G | P | O
9.-26228.2G | P | O
10.-258.928.2G | P | O
11.-256.429.6G | P | O
12.-255.729.6G | P | O
13.-254.629.7G | P | O
14.-254.427.9G | P | O
15.-251.429.7G | P | O
16.-247.234.5G | P | O
17.-238.927.5G | P | O
18.-237.728.6G | P | O
19.-235.727.5G | P | O
20.-233.730.5G | P | O

    Show all

Notes:
  1. Each of the diagrams indicates the patterns of peptides observed from individual proteomics measurements. This type of pattern experimentally determined peptides is commonly referred to as the "protein sequence coverage".
  2. The diagram elements are as follows:
    • black line: indicates the full length of the protein (all sequences are the same length in this display)
    • red bars: indicate observed peptides (the darker the red, the more confident the observations); and
    • green bars: indicate regions of the protein that may be difficult to observe, using standard proteomics techniques.
  3. Clicking on the links to the left of the diagrams take you to the following displays:
    • G: a display showing all of the proteins found in the same data set as the displayed protein;
    • P: a full display of the peptides and protein sequence information for the display protein; and
    • O: a Gene Ontology display for the proteins found in the same data set as the displayed protein.
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