| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_0061 |
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| Symbol | cyaA |
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| ID | 4624458 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Psychromonas ingrahamii 37 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008709 |
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| Strand | - |
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| Start bp | 81340 |
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| End bp | 83925 |
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| Gene Length | 2586 bp |
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| Protein Length | 861 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 639795253 |
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| Product | adenylate cyclase |
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| Protein accession | YP_941534 |
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| Protein GI | 229358030 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG3072] Adenylate cyclase |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0769237 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 16 |
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| Fosmid unclonability p-value | 0.405266 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAATCCAG AAATAAAAAG ATTACGTGAT AAAGCTGACG AATTAACTCG CCTGCGAATA
CAATCAGCTG AATTATTGAT GAATGCAGAC ACTCTTACTG TGTTTCGTAC TTTCCCTCTT
TTATTGCATT ATAATCACCC CAGCCTTCCA GGATATACCA AGGGTGATAC TCCCACTGGC
ATACATCAAT TTAATGTCAA TAAAAAACAG AAAAAACAAC TGGCTGAATT ATTTCCCTAT
CAAGAAGAGC CACAAAAAAA AGCGCAAGCA ACTAACTTAA TAACAAAACC CACAGACTTG
AAAATACAAC TTAATAACTT ATTATCATTT CAAGATGAAC CACAAAAAAA ACCTCAGCAA
GCAGATCTAA TTGGTTTATA TGCGATGGGC AGTACAGCCT CAATAGGTCA ATCCTCCGAA
AGTGATCTGG ATATTTGGAT TTGTTATCCC CACCAGATGG ATAAACAACG TGTCCAACTA
TTAAAAAATA AATCTTGGTT AATAACCCAT TGGGCTGAAG GTTATGGGGT TGAACTTAAC
TTTTTTTTAA TTCCCGATAA CAAGTTTCGC ATTGATAATA AATCCGATAT GACCATGGAT
GCCTGTGGTA CTTCTCAGCA TTTATTGTTA CTTGATGAAT TTTATCGCAC TGAACTGCAT
ATCGCTGGAA AACGCATTTT ATGGTGGCAA GTCCCCTTTG AACATGAAAA AAATTACAAT
GAATATGTGA AAAAGCTCTA TGATAACGGT GGATTAAATC CCGATGACTG GCTAGATCTC
GGCGGATTTG ACCGTATCCC AGCTGAAGAA TATTTTGGCG CAACACTTTG GCAACTTTAT
AAGGGCATAG ATACGCCCTA TAAAGCAGTA TTAAAAACCA TTCTTATGGA AGCTTACTCT
TGGGAATACC CTAATACTGA ACTGATTGCA TTATATTATA AAAAACGCTT TCAAGAACAA
CAGACGGATC TTGAATATCT TGATCCCTAT TGCTTAATGT TGGAAAAAGT CACCTCGTAT
TTAAATAAGA TTAACGACTT TAAACGCCTT GAAGTGGTAC GCGCTTGTTT TTATCTAAAA
ACGGAAGAAA ATCTTTCAAA AATTTGTACT CTTAATCCTC CAACCTGGCG GCGCCAAGTG
TTAACTAAAT TTGTTAATCG GTGGGACTGG AATAAGGATC ATATTGCAGA CTTAGATAAT
CGAAAAAAAT GGAAAGTGAG AGCGGTCAGT AACGCCAAAG ATATATTGCT TGATACTTTG
ATGGCAAGTT ACAGCAAATT ACTCCGCTTC GCGCGTGATA ATAATATTGA AGGTTCAATC
AGTGCGGAAG ATTTGGGTAT ACTGTCGCGC AAACTTTATG CTGCACACGA AAGTCTGCCG
GGTAAAGTAG ACTTAATTAA TCCTAAAATA TCACCGGATC TATCGGAGCC CGATCTAAGC
TTTATTCAAG TGCCTAAGAA TAGAAAAAAT GCGGCCGGGT GGTACCTGTA TAACTGCTCT
CTCGACAGCT TTACCCTGAT CAACACCCCA ACATTAATGT ATGCTAAATA TATTGCCAAG
TTAGTTGCCT GGTGCCATAT GAATGGATTG TACGAAGAAG AGACGCAATT ACATCTCTAT
AATCAAGGGT CTGACCTTGT TGATAAAAAA CTAAACCAGT TTATTCAAGA TCTTTACTCT
GTTTTTCCTA TTTATATTCC CAAAGCAAGC AACAATGCAT TAAGCCGACC TTGTGAGATT
AAACACTTAA CCATTTTTCT AAATCTTGAA AGGGATCCTA CTCGCCACTG GGAAAGTACC
TCTGAAAGTG AAGATGATCA ACAGGGGGAT ATATTTTCTT ACGGCGAAGA TAAAGAATGT
TTAATTGGCA GTATTGACCT TATTTATCGA AACTCCTGGA ATGAGGTGCG CACCTTACAC
TTTAATAGTA ATCAATCCGT TATTGATGCC CTTCATACTA TTTTGGGGAA AATGCATCAA
GGGGCATGTC CTCCGGAGCA AATAGACTTA TTTTGTTACA GTTGCCAGTT TCAAGCGCAA
ATAAGTCAGG CATTTAAATC AAAACTAAAT GAATACATAC AGTTACGTTT GGATTCTCTT
AGTCAGCGAT CCGTACAAAC ATTAAAAACA GGCGAAGAAA ATTTTGCCTT TTACTTTGAA
CAAACTGGCG TTTCAGTACA ACATTTAAAA AACCTTGTTG ATATTTACAG CCATATCTCC
AATAAAAAAG TATCCAATAG TGCCCTTAAT TTAAAAAACA CCTATTTTGA TAAAACAGTC
TCCATTATTG GCTCACATAT CAGTGAAGGT ATCGTTCAGT TCTTTTTTGA AAATTACCAT
GATGGTTTTA ATGTTTATAT TGCCAATGCT GATAATGAGA TAGAAACACT GCATAGTTTT
ACGGGCGGTA AAGATGATTT GGTACAAAAC GTAAATCGAT TTTATGCTTC AAATAACAAT
GAAATGAACA AACAGGATGA CAGAATCAAC TTCAACTTAC CGCAGTTTTA TGAAATTGAA
TTATCCGACA ATAAAGAGCT TATTTTATCG TCATTTACCA GTACAACTAA AGAAAATGAG
CCATAG
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| Protein sequence | MNPEIKRLRD KADELTRLRI QSAELLMNAD TLTVFRTFPL LLHYNHPSLP GYTKGDTPTG
IHQFNVNKKQ KKQLAELFPY QEEPQKKAQA TNLITKPTDL KIQLNNLLSF QDEPQKKPQQ
ADLIGLYAMG STASIGQSSE SDLDIWICYP HQMDKQRVQL LKNKSWLITH WAEGYGVELN
FFLIPDNKFR IDNKSDMTMD ACGTSQHLLL LDEFYRTELH IAGKRILWWQ VPFEHEKNYN
EYVKKLYDNG GLNPDDWLDL GGFDRIPAEE YFGATLWQLY KGIDTPYKAV LKTILMEAYS
WEYPNTELIA LYYKKRFQEQ QTDLEYLDPY CLMLEKVTSY LNKINDFKRL EVVRACFYLK
TEENLSKICT LNPPTWRRQV LTKFVNRWDW NKDHIADLDN RKKWKVRAVS NAKDILLDTL
MASYSKLLRF ARDNNIEGSI SAEDLGILSR KLYAAHESLP GKVDLINPKI SPDLSEPDLS
FIQVPKNRKN AAGWYLYNCS LDSFTLINTP TLMYAKYIAK LVAWCHMNGL YEEETQLHLY
NQGSDLVDKK LNQFIQDLYS VFPIYIPKAS NNALSRPCEI KHLTIFLNLE RDPTRHWEST
SESEDDQQGD IFSYGEDKEC LIGSIDLIYR NSWNEVRTLH FNSNQSVIDA LHTILGKMHQ
GACPPEQIDL FCYSCQFQAQ ISQAFKSKLN EYIQLRLDSL SQRSVQTLKT GEENFAFYFE
QTGVSVQHLK NLVDIYSHIS NKKVSNSALN LKNTYFDKTV SIIGSHISEG IVQFFFENYH
DGFNVYIANA DNEIETLHSF TGGKDDLVQN VNRFYASNNN EMNKQDDRIN FNLPQFYEIE
LSDNKELILS SFTSTTKENE P
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