






| General Information: |
|
| Name(s) found: |
JAC1_ARATH
[Swiss-Prot]
|
| Description(s) found:
Found 16 descriptions. SHOW ALL |
|
| Organism: | Arabidopsis thaliana |
| Length: | 651 amino acids |
Gene Ontology: |
|
| Cellular Component: |
cytoplasm
[IDA]
|
| Biological Process: |
chloroplast accumulation movement
[IMP]
[NOT]chloroplast avoidance movement [IMP] |
| Molecular Function: |
heat shock protein binding
[IEA]
|
| Sequence: |
|
| Sequence: [PDR BLAST] [ProtParam] |
1 11 21 31 41 51
| | | | | |
1 MQTLPSSETV LLGSNSAPPV LRSPGGDDVD IDFGDVFGGP PKRRSKVTSN EVTRHSFSES 60
61 ALRRRDVIVD VGDLLPQDEK PVFGEDTSSV RRRFTTDDFF DDIFRVNESS SLPGSRILSP 120
121 AHKPESSSGT SSPSQFSLPA KATEIPTFNL AATRSLNKNK ETVSSSPLSR TSSKADVVST 180
181 AKSYSDDCDD PPQVFVTGKG RQFHFSIYKW PNKGVPVVIW GSSRLSSMSK AEETTPVPLS 240
241 DYRKTSVVEK LGKNEEGDGK SGLSGLKDVK KTSLKRPGVQ TKEEKTETDL KSEQAFFGVS 300
301 KAREANVKPL DSVESEQAFS GVSKAHEATT VKPLHSIFHE EDERQDEKIV SEREVRKGKS 360
361 KAKNTRSFTE DSRTKKKSQG TKSSLDSSPI PDKSSFASSS AAPEVGKDGV KGKVSDFVKI 420
421 FSKGASVGAG GESLGQSSRW RAKETPKTDI IHDGSNAKET VNIPDQQKKS TPDIPAMNRD 480
481 QKPSQSTQKK DSDRESMNYK APGDTVQEER QEPSTTHTTS EDIDEPFHVN FDVEDITQDE 540
541 NKMEEANKDA EEIKNIDAKI RKWSSGKSGN IRSLLSTLQY ILWSGSGWKP VPLMDMIEGN 600
601 AVRKSYQRAL LILHPDKLQQ KGASANQKYM AEKVFELLQE AWDHFNTLGP V |
NOT SHOWING SINGLE HITS. [ Show Single Hits ]
New Feature: Upload Your Own Microscopy Data
Domains predicted:
| # | Region(s) | Method | Confidence | Match Description | |
| 1 | View Details | [1..192] | 3.221986 | View MSA. No confident structure predictions are available. | |
| 2 | View Details | [193..303] | 2.227984 | View MSA. No confident structure predictions are available. | |
| 3 | View Details | [304..473] | N/A | No confident structure predictions are available. | |
| 4 | View Details | [474..651] | 25.0 | NMR Structure of the J-Domain and Clathrin Substrate Binding Domain of Bovine Auxilin |
| Protein predicted to be: | GLOBULAR (No transmembrane regions or signal peptide) |
| Confidence of classification: | 0.90 |
Source: Reynolds et al. (2008)