| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_1511 |
|---|
| Symbol | |
|---|
| ID | 8390823 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cyanothece sp. PCC 8802 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_013161 |
|---|
| Strand | - |
|---|
| Start bp | 1553685 |
|---|
| End bp | 1556693 |
|---|
| Gene Length | 3009 bp |
|---|
| Protein Length | 1002 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 34% |
|---|
| IMG OID | 644979510 |
|---|
| Product | multi-sensor hybrid histidine kinase |
|---|
| Protein accession | YP_003137260 |
|---|
| Protein GI | 257059372 |
|---|
| COG category | [T] Signal transduction mechanisms |
|---|
| COG ID | [COG4251] Bacteriophytochrome (light-regulated signal transduction histidine kinase) |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 9 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 29 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGATTAACT TATCCTTGAT TGACCTACAA AATTATGAGC AGTTTGAGGT TAAATATCCA
GGTTCTATTC AACCTCATGG GATGCTGCTA GTTATTGATC TCGCAACCCT AAATATTATT
CAAGTTAGTA GTAATACGCG CAGTTTTTTG GGAATTAAAC CTAAAACCTT ATTAGGAAAA
TCTATAAGAT ATCTCTTGTC TTCTGATAAA ATCAAAGACC TTTTAGATTT TTTCAATGAA
AATGATCATG AGTTTGTAGA AATTATCAAG CTTAAAAAAA GTAAAATAAT CAGCAAATTT
CAAGCAGTAG CACACAAAAT ACAAGATAGT ATTATTTTAG AACTAGAACC TTTTTTGATA
GAAGATAATA ATCCTTCTAT TAAACTCTAT AATTTACTCA AAAATGCCAT TACTAATATC
GGATTAACAA ATTATTTAGA CGAAACTTTG CAAACGATTG CCAAAGAAAT TCGCAAAATA
ACACAATTTG ATCGCGTTTT AGTCTATCGT TTTGACTTTG ATAGTAGTGG GGTTGTTCTT
GCTGAAGATA AACGAGAGGA TTTAGACAGT TACTTAGGAT TACATTATCC TGCTTATGAT
ATTCCGACAC AAGCGAGACA ATTTTACAGT AGCAACTGGT TAAGAATTAT TCCTAATGTC
TTTGAGGAAG CTGTGCCCAT TATTCCTCGC AAACATCCCG TTAAAAACGA AGAATTAGAC
TTGACTCGTG CTGTTCTAAG AAGTGTTTTT CCTTGCCATA TACAATACCT TAAGAATATG
GGAGTTAGTG CTTCGATGTC TATTTCTTTA ATGAATGAAA AAAGTCTTTG GGGACTGATA
GCTTGCCATC ATTATTCTAC TCGATATATT AACTATGAGA CAAGAAAAGT TTGTGAATTT
GTAGGACAGT TTTTATCGAT AGAATTATTA TATAAACAAG AGCAAGAATT TCGCAATTAT
CGAACACAAA TTAAAGGAAT ACAAACTAGA ATCCGCGAAG GATTAATCGA TCATACTCAG
TCAATTGATA ATGTTATTGT AAAAAATCAG TCAAGTTTAC TTAATTTAAC TCGTTCTCAA
GGGGTATCGA TCTGTCTAGA TAAGCAAATT ACTTTAATTG GAAAAACTCC TAATCAAAAA
CAAGTTCAAG ATCTAATTAA TCATTTTTTA GACCCCAGAA AGACAGAAAT TTTTTATACT
GATTCTTTAG AAAAAGATTA TCCTAAAGCT GAAGAATTTA AAGAAACAGC CTGTGGAATG
TTAGCCATAT CAATATTTTT AAGCAATAGC ACTTATCATA TTATTTGGTT TAGACCAGAG
CAATGCCAGG AAATACAATG GGCAGGTAAT CCTAGTGATG TTACTATTAT TACAGACGAT
CAAGAGATTC CCCAATTATG TCCTCGCCAT TCTTTTGCGC TATGGAAAGA AGTGGTTAAC
GGTAAATCCT TAGCTTGGGA ATCATTAGAA ATAGAAGCAG CACAAGAATT AAAAAATACC
TTACTTTTAG CTGCCTTAGA ATTTTCTAAA CAATCTCAAG TTATTCTGGA AGAAAAAACC
CGTCAAGCGA ATGCGGCCAA CTTAGCTAAA AGCCAATTTT TAGCCAAAAT GAGTCACGAA
TTACGCACTC CCCTTAATGC GATTTTAGGG TTTACTCAAA TGATGAATCG GGATAGTTCT
CTTTCCTCTC AACAACAGGA ATATTTAGGG ATTATTAACC GTAGTGGAGA ACATTTATTA
TCTCTTATTA ACGATGTCTT AGAAATGTCT CGTATTGAAG CGGGACAATT AACCTTGAAC
CAAACTTGTT TTAACCTTCA TGAATTAATT AAATCGGTTA AAGAACTGTT GACCCTAAAA
GCATTATCCA AAGGATTAGA ATTAACTGTC CATCAAGATG AAGAATTACC TAAATATATC
GAAGGAGATG AAAGCAAACT CAGACAAATT ATTGTCAATT TAGTCGGTAA TGCTATTAAA
TTTACTCACG TTGGTCACAT TGATCTCTAT TTATCTGTCT TATCCCATCA ACCCTACACC
AAAGAAATGA TGCTTCAATT AGAAGTTAAA GATACTGGAA TCGGAATTAA TCAAGATGAA
TTAGAGACAA TTTTTGAGGC ATTTAAGCAA ACGGAAAATA ATTTTCAATC CAAAGAAGGG
ACGGGGTTAG GACTATCAAT TAGCCGTCAA TTTGCGCGGT TAATGGGGGG TGATATTACC
GTTCAAAGTC AATTAGGTCA AGGATCTACC TTTACCTGTA CAATTAAAAT GATAATGCCG
ACAAAAATTG AAGGGGTTCT CAAAAAACAG TCAAAACGGG TGATTGAGTT AGCTTCGTCC
CAACCAGAAT ACCGCATTTT AGTCGTGGAA GATGTGAGAG ATAATCAACT TCTAATGGTA
AAAATGTTAG AATCTGTTGG TTTTCAAGTC CGTTCAGCCA ATAATGGACA AGAAGCCTTA
GAAATTTGGC AAACATGGCA GCCTCAGTTA ATCTGGATGG ACATGAGAAT GCCTGTGATG
GATGGTTATG AAGCAAGTCG TCAAATTCGT CATCAAGAGA CAACTACCCC TAATTTATCC
ACCCCTGTGA CAATTATTGC CTTAACAGCG ACGGCTTTTG ATGAAGAAAG AAAAGCCATT
TTAGCAGTAG GGTGTAATGA TTTCGTTAGT AAACCTTTTC AAGAAGAAGT GATTTTTGAA
ATGATGCAAA AATATCTAGG AGTTCGGTAT ATTTATGAGG ACTCTACACC GACATTAGCG
TTCCATTCAA CCTTAACTCA CTTGGATTCT CAGCAATTAA AAGCTGACAT GACTAAAATG
TCGAAAACAT GGGTTAATGA ACTGTATCAA GCTGCTTTAA GTGCCAGAGA AAAAAGAGTT
AAAGCCTTAA TCCAACAAAT TCCCTTAGAA CAATCATCTT TGGCAAAATT CCTCAATCAA
CTGCTGAATA ATTTAGCGTT TGAACAAATC ATTAATTTAA CCGAAGGAAT CGCTGATGAA
TCCACTTAA
|
|---|
| Protein sequence | MINLSLIDLQ NYEQFEVKYP GSIQPHGMLL VIDLATLNII QVSSNTRSFL GIKPKTLLGK
SIRYLLSSDK IKDLLDFFNE NDHEFVEIIK LKKSKIISKF QAVAHKIQDS IILELEPFLI
EDNNPSIKLY NLLKNAITNI GLTNYLDETL QTIAKEIRKI TQFDRVLVYR FDFDSSGVVL
AEDKREDLDS YLGLHYPAYD IPTQARQFYS SNWLRIIPNV FEEAVPIIPR KHPVKNEELD
LTRAVLRSVF PCHIQYLKNM GVSASMSISL MNEKSLWGLI ACHHYSTRYI NYETRKVCEF
VGQFLSIELL YKQEQEFRNY RTQIKGIQTR IREGLIDHTQ SIDNVIVKNQ SSLLNLTRSQ
GVSICLDKQI TLIGKTPNQK QVQDLINHFL DPRKTEIFYT DSLEKDYPKA EEFKETACGM
LAISIFLSNS TYHIIWFRPE QCQEIQWAGN PSDVTIITDD QEIPQLCPRH SFALWKEVVN
GKSLAWESLE IEAAQELKNT LLLAALEFSK QSQVILEEKT RQANAANLAK SQFLAKMSHE
LRTPLNAILG FTQMMNRDSS LSSQQQEYLG IINRSGEHLL SLINDVLEMS RIEAGQLTLN
QTCFNLHELI KSVKELLTLK ALSKGLELTV HQDEELPKYI EGDESKLRQI IVNLVGNAIK
FTHVGHIDLY LSVLSHQPYT KEMMLQLEVK DTGIGINQDE LETIFEAFKQ TENNFQSKEG
TGLGLSISRQ FARLMGGDIT VQSQLGQGST FTCTIKMIMP TKIEGVLKKQ SKRVIELASS
QPEYRILVVE DVRDNQLLMV KMLESVGFQV RSANNGQEAL EIWQTWQPQL IWMDMRMPVM
DGYEASRQIR HQETTTPNLS TPVTIIALTA TAFDEERKAI LAVGCNDFVS KPFQEEVIFE
MMQKYLGVRY IYEDSTPTLA FHSTLTHLDS QQLKADMTKM SKTWVNELYQ AALSAREKRV
KALIQQIPLE QSSLAKFLNQ LLNNLAFEQI INLTEGIADE ST
|
|---|
| |