| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_0130 |
|---|
| Symbol | |
|---|
| ID | 8389433 |
|---|
| 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 | 134311 |
|---|
| End bp | 140268 |
|---|
| Gene Length | 5958 bp |
|---|
| Protein Length | 1985 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 43% |
|---|
| IMG OID | 644978177 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_003135936 |
|---|
| Protein GI | 257058048 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 1 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 2 |
|---|
| Fosmid unclonability p-value | 0.0000111075 |
|---|
| Fosmid Hitchhiker | Yes |
|---|
| Fosmid clonability | hitchhiker |
|---|
| |
Sequence |
| Gene sequence | ATGACTTCAC AAAGAAGTTG GTGGCTATTG GTCAGTAAAT TAATCCGTTT TTGGGGAACA
ACAGGACTAT TGAGTAGCCT AATTGTCCTA TCTTTTCCCT TAAAGTCTTT AACCGAACCC
GAACAACTCA ATGAATTATC CCCTAAACCC GAAGGGATAG AAACCCTAGA AGAAGCAGGA
TGGACAGAAG AACCCATTAG TCCCAATGGA ACAAATCCTT CAGAAACCCC TACAAACGAG
ACAGACTCAC CAGGGACTCC ATCTCCAGAA ACTTCCCAAC CAGCCATCCG ATACTTTACG
CCACGGGTCG GGGTAAAATA CACCAGTGGT CCAGAAGTGG GTTATAACAG TTCCTTTTTT
GCCTTTGAAG CCTTTTTTCC TATCTTACAA ATCGATGAAA ACCAGTTAAC CTTCACTGAA
GGGAGGGTTT TGGCATCGAC CCACGATGCG GAAGATATTA GGGCTAATTT TTTAGTAGGA
CACCGCTTGT ATAGCCAAGA TCATGATCGA GTCTACGGAG CTTATATTGG CTACGATCTT
CGTGATACTA AATACAATAA ATTTAACCAG TTTGGAGTGG GACTTGAAAC CCTAGGAAGC
TTTTGGGATG CGCGTTTTAA TGCCTATATT CCCCTAGGAA CTACCCAACA ACAGATTGGA
CAAACTAACA CTGATCTTAA TCCCATTATT AATACGATAA GCGTCGATAA GTTTGGTTTT
CAGCGCAATT TTTTAGTCTT TGAGGGAGTT ACTATCCAAC AACAACGACA AAACCAAATT
ACCCGTACTT ATGAAACCGC CTTATTTGGC CTAGATTGGG ATGTGGGTGC AAAAATCTTG
CAAATTGGGG GTCAAGGCGA CTTGCGGGGG TATGTTGGGG GATATTACTA TGAAATGCAA
GGGACACAAG AAGATGATGT TTGGGGATGG CGGTTACGCT TAGAAGCTAA ACCGACTGAT
ACAGTTAGGG TAGGTCTATC GGTTCAAGAT GATGATACCT TTGGGACTAA TGTAGTCTTC
CGGGTTGGGG CAAACTTCCC TGGAACCGGT CCCCGTGATA CCAAAGTGAA TGAAGTTTGG
GCGAGAATGG GAGACTGGGT AACTCGTCAA GATAATATTG TTATTAATGA ATTTGAAGAA
TCAGAGATTA TTGTTTCTCC CGTTGAATTT TTAACTTTAT CTGAATCTAT TGTTGCCATT
AACCCTACTA CCAATCAACC TTGGATTTTC CGCCACGTTA ACCTAGGACA AGGAGGGGGA
GATGGAACCT TTGAACAACC TTTTGGCACA GTCGCAGGGG CTATTAGTGT AGCTCAAGCT
AATGAAATTG TCTATGTTCA ACCAGGAACT AACCCTGGTA TTCCTAGCTT TACCATTCCT
GATGGAGTCC AAGTTCTTTC TACCGGTCCG ACTCAAATCA TTCCCACAGC TAACCGAGGT
GATGTTATTT TACCGCTATC GGGGGCTGGC GTTCTCCCGA CGGTTAATGG TACTGTCACG
ATGGGTAATG ATACCGTACT CTCTGGGTTT GATATTAAGG GAAATAGTCC AGGGGTTCAG
GCTGATGGAG TCAGTAATTT TGTGATTCGG GATAATATCA TCGCGGGAAG TAATGGAGAT
GCTGCTTTAT TATTAAATAA CGTTAGCAAT GGATTAATTT TTAATAACCA AATTATCAAC
AATGGTGGGC CGGCTTTAGT GGGAAGTAAT CTCACTCAGA TTCGCTTTCC TAATAATACG
ATTATTAGCA ACAATTCTAC AACCGATGGT ATTTCTCTGA CTAGCATTAA TGATCTTGTG
GACTTTACTG GCAGTTCAAT TACTATTACC AATGCAGCTA ACCGAGGGCT ATCTGTTAGC
AACAGTAATG GGACTATTAT TATTCCCCAA GCTACAATTA GTCAAGCCTT CGGGGGAACC
GCTATAGAAG TAACGGGAGG TTCCCCAACC CTTGATTTTA CGGGAACCAT TGATAATACA
GGAGGACGAT TGTTACAAGT GGCGAACACC ACAGGAGGAA CCGTCACCCT CGAAGGAACC
GCTACCAATA CCAACGGAAC CGGAATTTTA TTAGAAAATG CTACCTCAAC GGTGAATGTC
GCTAACGCTA CGATTGACGG GGCTCAACAA GATGGTGTGA CAGCTAATAA CTTCGCAGGA
ATCGCTAATT TTGGCACTCT AGCCATTAAT AATCCCGTTA GTACGGGAAT TAATGTTGTG
AATAGTAGTG GTAGTCTCAA TGTTGCCCAA GGGACGATTA CTCAAACCGG GGGAATTGCT
ATCAATGTTG ACGGGAGTAC CCCAACCGTT GCTTTCAATG GAACGATTAA TAATACAGGA
GGACGACTCT TAGAGGTGGC GAACACCACA GGAGGAACCG TCACCCTCGA AGGAACCGCT
ACCAATACCA ACGGAACAGG TATCTTGTTA CAGAATGCAG CCTCAACCGT AAATGTCGCT
AACGCTACGA TTGACGGGGT TCAACAAGAT GGCGTGACAG CTAATAACTT CGCTGGAACC
GCTAATTTTG GCACTCTAGC CATTAATAAT CCGGTTAGTA CGGGAATTAA TGTTTTAAAT
AGCAGTGGTA GTCTCAATGT TGCCCAAGGG AGTATTACTC AAACCGGGGG AATTGCTATC
AATGTTGACG GGAGTACCCC AACCGTTGCT TTTAATGGAA CGATTAATAA TACAGGAGGA
CGACTGTTAC AAGTGACGAA TACCACAGGA GGAACCGTCA CCCTCGAAGG AACCGCTACC
AATACCAACG GAACCGGAAT TTTATTAGAA AATGCTACCT CAACGGTGAA TGTCGCTAAC
GCTACGATTG ACGGGGCTCA ACAAGATGGT GTGACAGCTA ATAACTTCGC AGGAATCGCT
AATTTTGGCA CTCTAGCCAT TAATAATCCC GTTAGTACGG GAATTAATGT TGTGAATAGT
AGTGGTAGTC TCAATGTTGC CCAAGGGACG ATTACTCAAA CCGGGGGAAT TGCTATCAAT
GTTGACGGGA GTACCCCAAC CGTTGCTTTC AATGGAACGA TTAATAATAC AGGAGGACGA
CTCTTAGAGG TGGCGAACAC CACAGGAGGA ACCGTCACCC TCGAAGGAAC CGCTACCAAT
ACCAACGGAA CAGGTATCTT GTTACAGAAT GCAGCCTCAA CCGTAAATGT CGCTAACGCT
ACGATTGACG GGGTTCAACA AGATGGCGTG ACAGCTAATA ACTTCGCTGG AACCGCTAAT
TTTGGCACTC TAGCCATTAA TAATCCGGTT AGTACGGGAA TTAATGTTTT AAATAGCAGT
GGTAGTCTCA ATGTTGCCCA AGGGAGTATT ACTCAAACCG GGGGAATTGC TATCAATGTT
GACGGGAGTA CCCCAACCGT TGCTTTTAAT GGAACGATTA ATAATACAGG AGGACGACTG
TTACAAGTGA CGAATACCAC AGGAGGAACC GTCACCCTCG AAGGAACCGC TACCAATACC
AACGGAACAG GTATCTTGTT ACAGAATGCA GCCTCAACCG TAAATGTCGC TAACGCTACG
ATTGACGGGG TTCAACAAGA TGGCGTTAGA GTTGATAACT TCGCTGGAAC CGCTAATTTT
GGCACTCTAG CCATTAATAA TCCGGTTAGT ACGGGAATTA ATGTTGTGAA TAGTAGTGGT
AGTCTCAATG TCGCCCAAGG GACGATTACT CAAACTGGGG GAATTGCTAT CAATGTTGAC
GGGAGTACCC CAACCGTTGC TTTTAATGGA ACGATTAATA ATATAGGAGG ACGACTCTTA
GAGGTGAGGA ACACCACAGG AGGAACCGTC ACCCTCGAAG GAACCGCTAC CAATACCAAC
GGAACCGGAA TTTTATTAGA AAATGCTACC TCAACGGTGA ATGTCGCTAA CGCTACGATT
GACGGGGCTC AACAAGATGG TGTGACAGCT AATAACTTCG CAGGAATCGC TAATTTTGGC
ACTCTAGCCA TTAATAATCC CGTTAGTACG GGAATTAATG TTGTGAATAG TAGTAGTAGT
CTCAATGTTG CCCAAGGGAC GATTACTCAA ACCGGGGGAA TTGCTATCAA TGTCGATGGC
AGTACTCCAA GCGTCGCTTT CAATGGAACT ATCACTAATA CCCAAGGACG ACTCTTAGAG
GTGAGGAACA CCACAGGAGG AACCGTCACC CTCGAAGGAA CCGCTACCAA TACCAACGGA
ACCGGAATTT TATTAGAAAA TGCAGCCTCA ACGGTGAATG TCGCTAACGC TAGGATTGAT
AATCCGCAAC AAGATGGCGT GACAGCTAAT AACTTTGGAG GAACGGCTAA TTTCACTGAT
TTAGTCCTTA ATAATGCTCC TAATCGTTCT ATTCAGGTTG TTAACAGTAG TGGAAGTGTC
AATGTTGCCC AAGGGATTAT TAACCAAACC GGAGGAATTG CTATCAATGT CGATGGCAGT
ACTCCAAGCG TCGCTTTCAA TGGAACCATC ACTAATACCC AAGGACGACT CTTAGAGGTG
AGGAACACCA CAGGAGGAAC CGTTACCCTT GAAGGAACTG CAACTAATAC TGATGGAACA
GGTATCTTGT TACAGAATGC AGCCGGAACA GTGAATGTTA CCAACGCTAC GATTGAAGGG
GGTAAACAAG ATGCGGTTAC AGTTGATAAC TTCCAAGGAA CGGCTAATTT CACCGATATA
GCCATTAATA ACCCTGGAAA TACAGGAATT AATGTCATAG GGGCTGCTAA TAGTCAAACC
ACTGTTAATG TTGATGGAGG TGAAATTAGT CAAACCCCCT CTTCAGCTAT CACTGCCACT
AATGCTAATT TAAACATCAG TGATTTGACC ATCGATACCA CAGGGGATGA CGGTATTCAA
ATTAGGAATA ATAACGGACA AGCCCATACC TTTGCCCTGA GTAATACGAC TATTAGTAAT
GTTACCAACG GTGATGGAAT AGATATTCTT GGTTCAACGG GTGGCAGCGT TACAACTATT
ACGGCTTTTG CGAATAATCA GATTACTAAT ACTCAAGCTA ATGGGGTTAA TCTTGATGGT
GTTACTTTTG ATGCTGACCC TAATACCGCA GGGTTTCAAG CCTTGGCAGG AGGAACAACA
ACTGTTACTC AAACAGGAAC TTATGGGATG TTTTTCAATA ATGTATCGGG GGCATTTACA
TCAGATACTA CTTGGAATAT TAGCAATGTA GCTAGTATTG GATTAGAAGT TACAGGGACT
GGAGACTTAA CCCTTGGTAA TCTTACCATT AGTCAAGCTC CTATCGTGGG ACTCGCTATC
GATACCCATA CTGGTTCTTT GACAGTTACA GGAGATATTA CTATTGGGGT CAACGGAGAT
GTTGACACAG GAGTTAGAAT TGCCGATGCG AATGGCGATT ATAATTTTGG TAATGGTCAA
ACGGTGACGA TTAGTAATAC CATTTCAGAT GGTATTTTTA TTACTGGTCA AGCTCCCACA
GTTGTTTTTA CCAATACGAC GATTAACAAT GCTGGCAACA ATGGAATAAC TATTACTGAT
GTTAATAATA GTCACATTAC TTTTAGCAAT AGTAATATTA ACAATCCCGG TCTTAATGGC
ATTCAGTTTT TAAGTGGCAA TCAAAATACC TTAATTCTGG AAAATAATAC GATTAGCTCT
CCCAATACTC CTAATCCAAC TACTACTGGT CCATTTGCGG TCAATATCCA GAATAATTTG
GGGGATTTAT GTTTAAGATT TCAAGGTAAT AGTGTCGATG ATCCCACTAC CATAACACTT
AACGATGCAA ACATTAACTT CCTCAACCTA CTAGGGACTT TTGAAGTCGA AAACATCGAC
CCTATAGCAA CCTTCAGAAC TAATAATAAT AACTGGTCAG GACAATTCTT TGACTTTTTC
TTTGGCTTGC AGCCAACACC ACCTTCGATA CCACCTTTTA ATATTACTAA TATTTCTAGT
AGTTGTCCTG CTCCTTAA
|
|---|
| Protein sequence | MTSQRSWWLL VSKLIRFWGT TGLLSSLIVL SFPLKSLTEP EQLNELSPKP EGIETLEEAG
WTEEPISPNG TNPSETPTNE TDSPGTPSPE TSQPAIRYFT PRVGVKYTSG PEVGYNSSFF
AFEAFFPILQ IDENQLTFTE GRVLASTHDA EDIRANFLVG HRLYSQDHDR VYGAYIGYDL
RDTKYNKFNQ FGVGLETLGS FWDARFNAYI PLGTTQQQIG QTNTDLNPII NTISVDKFGF
QRNFLVFEGV TIQQQRQNQI TRTYETALFG LDWDVGAKIL QIGGQGDLRG YVGGYYYEMQ
GTQEDDVWGW RLRLEAKPTD TVRVGLSVQD DDTFGTNVVF RVGANFPGTG PRDTKVNEVW
ARMGDWVTRQ DNIVINEFEE SEIIVSPVEF LTLSESIVAI NPTTNQPWIF RHVNLGQGGG
DGTFEQPFGT VAGAISVAQA NEIVYVQPGT NPGIPSFTIP DGVQVLSTGP TQIIPTANRG
DVILPLSGAG VLPTVNGTVT MGNDTVLSGF DIKGNSPGVQ ADGVSNFVIR DNIIAGSNGD
AALLLNNVSN GLIFNNQIIN NGGPALVGSN LTQIRFPNNT IISNNSTTDG ISLTSINDLV
DFTGSSITIT NAANRGLSVS NSNGTIIIPQ ATISQAFGGT AIEVTGGSPT LDFTGTIDNT
GGRLLQVANT TGGTVTLEGT ATNTNGTGIL LENATSTVNV ANATIDGAQQ DGVTANNFAG
IANFGTLAIN NPVSTGINVV NSSGSLNVAQ GTITQTGGIA INVDGSTPTV AFNGTINNTG
GRLLEVANTT GGTVTLEGTA TNTNGTGILL QNAASTVNVA NATIDGVQQD GVTANNFAGT
ANFGTLAINN PVSTGINVLN SSGSLNVAQG SITQTGGIAI NVDGSTPTVA FNGTINNTGG
RLLQVTNTTG GTVTLEGTAT NTNGTGILLE NATSTVNVAN ATIDGAQQDG VTANNFAGIA
NFGTLAINNP VSTGINVVNS SGSLNVAQGT ITQTGGIAIN VDGSTPTVAF NGTINNTGGR
LLEVANTTGG TVTLEGTATN TNGTGILLQN AASTVNVANA TIDGVQQDGV TANNFAGTAN
FGTLAINNPV STGINVLNSS GSLNVAQGSI TQTGGIAINV DGSTPTVAFN GTINNTGGRL
LQVTNTTGGT VTLEGTATNT NGTGILLQNA ASTVNVANAT IDGVQQDGVR VDNFAGTANF
GTLAINNPVS TGINVVNSSG SLNVAQGTIT QTGGIAINVD GSTPTVAFNG TINNIGGRLL
EVRNTTGGTV TLEGTATNTN GTGILLENAT STVNVANATI DGAQQDGVTA NNFAGIANFG
TLAINNPVST GINVVNSSSS LNVAQGTITQ TGGIAINVDG STPSVAFNGT ITNTQGRLLE
VRNTTGGTVT LEGTATNTNG TGILLENAAS TVNVANARID NPQQDGVTAN NFGGTANFTD
LVLNNAPNRS IQVVNSSGSV NVAQGIINQT GGIAINVDGS TPSVAFNGTI TNTQGRLLEV
RNTTGGTVTL EGTATNTDGT GILLQNAAGT VNVTNATIEG GKQDAVTVDN FQGTANFTDI
AINNPGNTGI NVIGAANSQT TVNVDGGEIS QTPSSAITAT NANLNISDLT IDTTGDDGIQ
IRNNNGQAHT FALSNTTISN VTNGDGIDIL GSTGGSVTTI TAFANNQITN TQANGVNLDG
VTFDADPNTA GFQALAGGTT TVTQTGTYGM FFNNVSGAFT SDTTWNISNV ASIGLEVTGT
GDLTLGNLTI SQAPIVGLAI DTHTGSLTVT GDITIGVNGD VDTGVRIADA NGDYNFGNGQ
TVTISNTISD GIFITGQAPT VVFTNTTINN AGNNGITITD VNNSHITFSN SNINNPGLNG
IQFLSGNQNT LILENNTISS PNTPNPTTTG PFAVNIQNNL GDLCLRFQGN SVDDPTTITL
NDANINFLNL LGTFEVENID PIATFRTNNN NWSGQFFDFF FGLQPTPPSI PPFNITNISS
SCPAP
|
|---|
| |