| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_0824 |
|---|
| Symbol | |
|---|
| ID | 7107947 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cyanothece sp. PCC 7424 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_011729 |
|---|
| Strand | - |
|---|
| Start bp | 913625 |
|---|
| End bp | 917974 |
|---|
| Gene Length | 4350 bp |
|---|
| Protein Length | 1449 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 33% |
|---|
| IMG OID | 643479092 |
|---|
| Product | amino acid adenylation domain protein |
|---|
| Protein accession | YP_002376148 |
|---|
| Protein GI | 218437819 |
|---|
| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
|---|
| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
|---|
| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type
[TIGR01733] amino acid adenylation domain |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | n/a |
|---|
| Plasmid unclonability p-value | n/a |
|---|
| Plasmid hitchhiking | n/a |
|---|
| Plasmid clonability | n/a |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 39 |
|---|
| Fosmid unclonability p-value | 0.0591001 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGTACAAC AACCAGTCAA TCACTTTATT GGCCAAATTC CCGTATTAAC AGAATCAGAA
AAACATAAAT TATTAGAAGA ATGGACAAAG AGCGAAACAG ATTATCCTAG AAATGCCACT
ATCCCTCAAC TGTTTCAACT TCAAGCACTC AAAACTCCTA ACCAAGTTGC TCTCATTTAT
CAACATCAAG AAATTACCTA TCATGAGCTT GATAAAAAGT CAAGTCAATT AGCTAATTAT
TTACAAAAAA AAGGTGTAAG AGAAGAAACT TTAGTTGCCT TATATTTAGA ACGTTCTCCT
GATTTAATTA TTACTATTTT AGCTATTTTG AAAGCTGGTG GAGCTTACCT ACCCTTAGAT
CCTGCTGCGC CTTTAAAACG CTTAGAAACT ATTTTACAAG ATGCCAAATG TCCTATTTTA
ATAACTCAAA AAACCAAGTT AAACTCCCTT CAAGCAATTC CCGATCGCTT GCAGACTATT
TGTATAGATG ATGGACTTGA TTTAAGCTAT TTTCCCGATG AGATCACCTA TAAAACTGAA
GTTACTTCAG AGCATATTGC TTATGTTATG TACACATCAG GATCAACGGG TAAACCGAAG
GGAGTTTGTG TTATACATCG TGGGATTATT CGACTGGTAA AAAATACGAA TTATGTTAAT
TTAAGTACAG ATGAAGTCAT TTTACAACTT GCCTCTATTG CCTTTGATGC AGCAACCTTT
GAAATTTGGG CTAGTTTATT AAATGGGGGA AAACTGGTTT TAATGCCAGT TCAAACACCA
TCCTTACAAG AAATTGGGGC AGCTATTAAA CAATATGGGA TTACCACCTT ATGGTTAACT
TCAGGACTTT TTAATTTAGT AGTAGAAGAA CATATAGAAT ATCTAAAACC CTTAAAACAA
CTTTTAGCAG GAGGTGATAT TTTATCTAGA TTTCACGTCA AAAAAGTGTT AAAAGAAATA
CCTCATTGTC AACTCATTAA TGGATACGGG CCAACGGAAA ATACTACCTT TACCTGTTGC
CATCACATTA CTATCGATGA TCTCGTTAAA CCTTCTATTC CTATCGGTCG TCCCATTGCT
AATACTCAGG TTTATGTCCT CGATAATGAC TTACAATTAG TTCCTATTGG TGTTGCCGGT
GAACTTTATA TTGGAGGTGA TGGGTTAGCC AAAGGGTATC TCAATCAACC CCATTTAACT
ACAGAAAAAT TTATTAAAAA TCCTTTTAGT CACGATCCCA ACTCTCATCT TTATAAAACT
GGCGATCGGG TTCGTTGGTG TGAAGATGGT ACTCTTGAAT TTTTAGGCCG CATAGACTTT
CAAGTCAAAA TCCGAGGGTA TCGAGTTGAA TTAGGAGAAA TTGAAACAAT CTTAAGCCAT
CATCATCAAG TTAAATCAAC AGCAGTTTTA GCGATTGAAG ATAGTATAAA GAATAAACAA
TTAGTTGCTT ATGTCATCCC CGAAGAAAAA ATTACAGATA GACAATTAAG AGATTTTTTA
AAAGATAAAC TCCCCGACTA TATGATTCCT TCTGAATTTA TTTTTCTTGA AGAATTCCCT
CTGAATTTAA ATGGCAAAGT AGATCGTCAA AAACTGATTA ATTATAGATT ACAATTTAAA
CAAAATTATA ACAACAATAT TGCTCCTAAA ACTCCAACAG AAACCCATTT AGTTAATATT
TATGAAGCTG TTTTAGGAAA ACCTGTCAAT ATTAATGATT CATTTATTCA ATTGGGGGGT
AATTCTCTAC AAGCTATTAA AATTATTTCC CGTATCCGAG ATATGTTAAA AGTCAATTTA
CCTGTAGAAG CAATTTTAAA AGATATTCCT CTAACAGAAT TGGCAACCAG TCTAGAAACA
TCACACCAAA AAGAAAATTA CATAAATTGG TCAACCTTAT CTTTAACCTC TATTTCTAAA
CAGAAAGATT ATCCTTTATC TTTATATCAA GAAAGAATGT GGTTAATTAT TCAAAAAGCT
GAAAAAAATC CCGTTTATAA TCTACCCATT ATCTTTCAAC TACAAGGATC AGTAAATACT
TCTATCCTTG AACAAGCAAT TAATCAACTA ATCCAGCGTC ATGAATCTTT ACGAACCTTT
TTCCCCATTA TAGACGGATT TCCAGTTCAG CGTATTTTAT CCTCTTTTTC GGTTGTATTA
TACCTAGAAT TCCTTTCAGA AACCGAAGCA GAAAGCCAAA TAAACCAGCG AATCCAAACA
GAAATTACTC GACCTTTTCA ACTTACGCAA ACCCCTCCTA TTCGTTGCTT ACTGCTACAA
TTAAGTAAGG ATAAGTTTAT TTTTATAATG GTCATTCATC ATCTGATTGC TGATGGGTGG
TCACTCAATC TAATTTTACA AGAATTATCG AGTTTATATA ATAACTTAAT TAATAATCAT
CCGACTGGTT TACCCCCTGT TCCGCTTCAA TATAAAGACT TTAGTATTCA ACATCGAAAA
TGGTTAGAAA ACCCCCAAAC TTATCATCCT TTAGTCAATT ATTGGACTGA ACAATTAAAA
GATGCACCAT CTATCACATC TCTTCCCACA GACTATCCTC GTCCGCCATT ACAAACCTTT
GAGGGAGCAA TTGAAAAATT TAACATCAAT GCAGAATTCA CCCAAAAATT AAAAGATTTA
AGTCAAGAAA CTCAATCGAC TTTGTACATG ATTCTTTTAA GTGCATTTTT AATATTGTTA
AGCCGTTATA ATGAGCAAGA AGATCTAGTT ATTGGTGTTC CCATTGCTAA CCGTAACAGA
ACCGAAATTG AATCCACTAT TGGATGTTTC TCAACGGTTA TTCCTTTTCG GATTCGTTTT
TCCAAAAATA GCTCTTTCTT AGACTTTTTA AAATCCATAA AAGAAGTTTT TTTAGAAGCT
TATATTTATC AAGAATTTCC CATCGAGCAG ATGCTAAAGC AGTTAGTAAA TAGGAGAAAT
TTAAGTTATA GTCCTTGGTT TCAAATTATT TTTAATTTTC TTAACATTCC TCATTATGAT
TTAGATTTAT CGGGGATAAA ACCCACCCAT TTATTAAGAG GAAAACCTTC AACATTATCT
GATTTAATGG TATTATTTTG GGAAACATCC ACAGGAATAA AAGGGTTTTT TGAATATAAT
ACTCATTTAT TTTCTAAATC CAAAATTGCT CAATTAATTA ATGAGTTTAA GCAGTTATTA
AAAGACATCA TTGATGATCC GAACCTAACT ATTGAGCAGA TTACTTTATT GACACAAGAC
GAGCAAAGCT TAAACTTAAA ACAAGACAAT AAAACCCAAA CCATTTTTCC TCATCAATCA
AATGTAGAAA TAGAAAAAAC TTACATTGCT CCTCGTACTG TAACAGAAAA AACTGTAACA
AAAATTTGGA GAGAACTTTT GGGAATAGAC AAGGTAGGAG TTAAAGATAA CTTTTTTGAA
TTGGGAGGTC ATTCCCTTTT AGCTATGCGT ATGTTAGCTA AAATTTCTCA AGAATTTAAC
AGAGATTTTT CTTTAGTTAA TTTTTTACAT CACCCAACTA TTGAAAGTCT TATTGAGCAA
ATACAAGAGC CAAAAAACCT TGGTCAAGAA TCTTCTGTCG TTCCCATTCA AACTCAAGGC
GAAAATCCTC CTTTATTTTT TATTAATTCA ATAAGTCACG CTCAAAATTT TGGTAAATAT
TTAAACAAAA ATCAACCTTT TTATATTCTT AATATTTTTG GGATAACAGA ATTTTTAACC
CCCAAAATAA ATTTATTAAA ACTAGAAGAT GTGGCGACTA AATTTGTTGA AGATCTGCAA
ACTGTTCAAC CTCATGGGCC TTATTTCTTA TTGACTTACT GCGGGGATTC GTATTTAGCG
GTTGAAATGG CGCAACAACT GCAATTAAAA GGAGAAAAAG TAGCTTTATT AGGGTTTATT
GATAGTTTTT GGGATTCTCA AGACTTAGGA GTATCTTTAC ATTTCTCTAA TTTTCGTAAG
TTTGGATTCA ATTATGTAGT AGAAAAATTG CGAAACCGTT TTTGTACCTT TAAAGAACGA
TTAATTGTTC GCTTAAAACA AAAGTATAGT TATTTATACT CTTTTAATTA TCAACCTGCA
CCTCGATACC TAGAAGATGT AAAACTTCTT CAAGCTTTTG AATTCGCGCG AATTCACTAT
GTTCCTAAGC CTTATGCAGG AAAAATAAAC TTGTTTTTAT CTCAAGAGTA TAGCTTACTT
GATTGCTCTA AATTAAAAAC TTTAGCCAAA GAAGGAGTAG ACATTCAAGA AATACCCGGC
TATCATCATA CTTTATTTGA AGACCCTTAT GTTCAAATTC TAGCTCAAAA GGTAGAGAGC
ATCATAACCC CATTAAATCC CTGCTCATGA
|
|---|
| Protein sequence | MVQQPVNHFI GQIPVLTESE KHKLLEEWTK SETDYPRNAT IPQLFQLQAL KTPNQVALIY
QHQEITYHEL DKKSSQLANY LQKKGVREET LVALYLERSP DLIITILAIL KAGGAYLPLD
PAAPLKRLET ILQDAKCPIL ITQKTKLNSL QAIPDRLQTI CIDDGLDLSY FPDEITYKTE
VTSEHIAYVM YTSGSTGKPK GVCVIHRGII RLVKNTNYVN LSTDEVILQL ASIAFDAATF
EIWASLLNGG KLVLMPVQTP SLQEIGAAIK QYGITTLWLT SGLFNLVVEE HIEYLKPLKQ
LLAGGDILSR FHVKKVLKEI PHCQLINGYG PTENTTFTCC HHITIDDLVK PSIPIGRPIA
NTQVYVLDND LQLVPIGVAG ELYIGGDGLA KGYLNQPHLT TEKFIKNPFS HDPNSHLYKT
GDRVRWCEDG TLEFLGRIDF QVKIRGYRVE LGEIETILSH HHQVKSTAVL AIEDSIKNKQ
LVAYVIPEEK ITDRQLRDFL KDKLPDYMIP SEFIFLEEFP LNLNGKVDRQ KLINYRLQFK
QNYNNNIAPK TPTETHLVNI YEAVLGKPVN INDSFIQLGG NSLQAIKIIS RIRDMLKVNL
PVEAILKDIP LTELATSLET SHQKENYINW STLSLTSISK QKDYPLSLYQ ERMWLIIQKA
EKNPVYNLPI IFQLQGSVNT SILEQAINQL IQRHESLRTF FPIIDGFPVQ RILSSFSVVL
YLEFLSETEA ESQINQRIQT EITRPFQLTQ TPPIRCLLLQ LSKDKFIFIM VIHHLIADGW
SLNLILQELS SLYNNLINNH PTGLPPVPLQ YKDFSIQHRK WLENPQTYHP LVNYWTEQLK
DAPSITSLPT DYPRPPLQTF EGAIEKFNIN AEFTQKLKDL SQETQSTLYM ILLSAFLILL
SRYNEQEDLV IGVPIANRNR TEIESTIGCF STVIPFRIRF SKNSSFLDFL KSIKEVFLEA
YIYQEFPIEQ MLKQLVNRRN LSYSPWFQII FNFLNIPHYD LDLSGIKPTH LLRGKPSTLS
DLMVLFWETS TGIKGFFEYN THLFSKSKIA QLINEFKQLL KDIIDDPNLT IEQITLLTQD
EQSLNLKQDN KTQTIFPHQS NVEIEKTYIA PRTVTEKTVT KIWRELLGID KVGVKDNFFE
LGGHSLLAMR MLAKISQEFN RDFSLVNFLH HPTIESLIEQ IQEPKNLGQE SSVVPIQTQG
ENPPLFFINS ISHAQNFGKY LNKNQPFYIL NIFGITEFLT PKINLLKLED VATKFVEDLQ
TVQPHGPYFL LTYCGDSYLA VEMAQQLQLK GEKVALLGFI DSFWDSQDLG VSLHFSNFRK
FGFNYVVEKL RNRFCTFKER LIVRLKQKYS YLYSFNYQPA PRYLEDVKLL QAFEFARIHY
VPKPYAGKIN LFLSQEYSLL DCSKLKTLAK EGVDIQEIPG YHHTLFEDPY VQILAQKVES
IITPLNPCS
|
|---|
| |