General Information: |
|
Name(s) found: |
GYP7_YEAST
[Swiss-Prot]
|
Description(s) found: |
|
Organism: | Saccharomyces cerevisiae S288c |
Length: | 746 amino acids |
Gene Ontology: |
|
Cellular Component: | NONE FOUND |
Biological Process: | NONE FOUND |
Molecular Function: | NONE FOUND |
Sequence: |
|
Sequence: [PDR BLAST] [ProtParam] |
1 11 21 31 41 51 | | | | | | 1 MSKILFCKSK VFLHPTSDAR DNIAGFLLLT LEANKLSHQA ILQYIPESGL STLEISKLLK 60 61 HEAKVGTCPT STPFVIENSI NFSNLVNTSL GQAFEISLSQ IYCIQFRPPS PNGWYVGSLV 120 121 IYPLTEQFTG FQPPVLFFHD QLCPSTTDKL KRLRKSMNPF DDSDELYWGG VDLRNKINEL 180 181 MELKKSNLEP EFWLVNPSLN DLRNFVSKDL LESYNNSKKD TTELATAGVK LNEKFQEWKW 240 241 NVMSKIADVT TKSTNFIDSW LTNNSPIQKS QIDNEYLQKL LNNEKVKQIE QDYDSARVYL 300 301 ANWSLGVKQE AERYQKQNKL FDSYRNNIFN DLNLTDELSD TEINNALQRQ FPLTEAKWNS 360 361 LWDENDGRLR VTVNEVKDFI FHGGLENDSL RGKVWGFLLE IYPWDSSQDE RVQIDQTLAA 420 421 EYDQLKLTWS KDFLQFDDED EEEYWNDQLF RISKDVRRCD RNLEIFQYNT IDGLPPPPQQ 480 481 LPANENNSTS PESANDESDD ADDGVRNPHL IHLQNILITY NVYNTNLGYV QGMTDLLSPI 540 541 YVIMKEEWKT FWCFTHFMDI MERNFLRDQS GIHEQMLTLV ELVQLMLPEL SEHLNKCDSG 600 601 NLFFCFRMLL VWFKREFEME DIMHIWENFW TFYYSSQFQL FFMLAILQKN SQAILQHLNQ 660 661 FDQILKFFNE LNGKLDWNDL MVRAELLFKK FEKMMHVMER DLQNVSSSSS SSSTGVLPCQ 720 721 SERLTLLLSK KPIIRHEGQR SKNSVK |
SHOWING SINGLE HITS. [ Hide Single Hits ]
New Feature: Upload Your Own Microscopy Data
Domains predicted:
# | Region(s) | Method | Confidence | Match Description | |
1 | View Details | [1..250] | 2.051964 | View MSA. No confident structure predictions are available. | |
2 | View Details | [251..352] | N/A | No confident structure predictions are available. | |
3 | View Details | [353..570] [624..632] |
101.0103 | Ypt/Rab-GAP domain of gyp1p | |
4 | View Details | [571..623] | 101.0103 | Ypt/Rab-GAP domain of gyp1p | |
5 | View Details | [633..746] | 2.177997 | View MSA. Confident ab initio structure predictions are available. |
Protein predicted to be: | GLOBULAR (No transmembrane regions or signal peptide) |
Confidence of classification: | 0.87 |
Source: Reynolds et al. (2008)