| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_1323 |
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| Symbol | |
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| ID | 4035453 |
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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 | Psychrobacter cryohalolentis K5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007969 |
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| Strand | + |
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| Start bp | 1617877 |
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| End bp | 1621161 |
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| Gene Length | 3285 bp |
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| Protein Length | 1094 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637973789 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_580588 |
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| Protein GI | 93006151 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 1 |
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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 | 10 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTGAAG TGATCTTGAG TAATAAACCG AATGCTAGTC AAGAATTAGA AAGTGGTATA
CTTCGATCTA ATAACAAATC TGATGACATA TTCAATCCTT CAAAAACGGC TCTTATTGCC
ACTTATACTG AAGAAACGAC GTCCATCATA CGTACCACTT GCCCTTATTG CGGTGTCGGT
TGCGGGGTGC TCGCGAGCAT CGATGAGGTA GGTGCAGTCA GTGTGGCAGG CGACCCTGAC
CATCCGGCAA ATTTTGGTAA GTTATGCTCA AAAGGCAGTG CATTGGCGCA AACCTTAGGC
AGTGAGCGCC GCTTAACTGA GCCTTACTAT CAAAACAAGC AAGCGGTAAT GCAAGAACAT
CGACCCACGC AATTAGGTAC TGATTTTAAC GCTATCGACA TATCTGATGA GCCACTTATA
AAACCTACCG ATTGGAATAA CGTCTTAGAT GATATTGCCA CGCGCTTAAA CGACACGATC
GCCAAGCATG GTCGCGACAG TATTATGTTT TATGTCTCAG GACAGCTACT CACTGAGGAT
TATTACGTCG CCAATAAGTT TATCAAAGGC TTTATCGGTA ATAATAATAT CGATTCCAAC
TCACGCCTAT GTATGTCTTC CGCAGTAGCA GGGCATAAAC GTGCCTTTGG CGCTGATTTG
GTGCCTGGTA ATTACGAGGA TTTAGAGTCC TGCGATTTAT TAGTGCTGGT TGGCTCAAAC
ATGGCATGGT GCCATCCGAT CTTATTTGGG CGTTTTTTGG CCGCCAAAAA AGCCAATCCC
AATAAAAAGC TTATTGTCAT TGACCCACGT CGTACCGATT CCTGTGAGTT CGCCGATTTG
CACTTACCAA TAGCCGCCGG CACCGATACG CATTTATACA ATGGTTTATT ACATTATCTT
AGCGAACACG GCTGTGCTGA TACAGGTTAT ATCGAGCATG GTCATGGTGT TGATGATGCT
TTAGCGGCAG CCAACGTCTG GAGCATTGAA AAAGTTGCTC AAGCTTGCCA AGTCAGTATC
GACAGTATCC TTGAATTTTA TCAGCTAGTC GCCGCTCATG ATGAAACAGT GACTGCCTTT
AGTATGGGTG TCAACCAGTC AAAGAGTGGC ACTGACAAGG TGAATGCCAT TATCAACACC
CATCTGCTTA CGGGACGAGT GGGCAAACCA GGTGCCAGTC CTTTTTCACT CACTGGTCAG
CCAAATGCCA TGGGTGGCCG TGAAGTCGGG GCGCTGGCTA ATTTGCTGGC GGCACATTTA
GACTTGAGTA ATAGCATCCA TCGTCAACTG GTGGCTGACT TTTGGCAGGC ACCGCAGTCT
ATTGCGCCAG AGGTGGGCAT CCAAGCTTGT GATGCTGCCG ATGCTATCTT AGATGGGCGT
ATCAAAGCCA TTTGGATTAT GGCAACCAAT CCAGTCGTGA GCTTACCTGA AGCGGATAAA
TTTCGCCGCG CATTAGCGGC TTGTGACTTG GTCATTGTCT CTGACTGCTC GGTAGACAGC
GATACGGTTA AGTGCGCAGA CATTGTATTG CCAGCTCAAG GTTGGGGTGA AAAATCAGGC
ACAGTCACCA ATTCTGAGCG GCGAATCTCA AGACAGCGGG CGTTGAAGCC TGCATTAGGA
CTCGCTAAGC CTGACTGGTG GATACTGTCT CAAGTGGCTA CTCGCATGGG GCTAGCTGGG
TTTGATTACC AGCATCCTAG CGAGATATTC AATGAGCATG TGGCATTGAC CGCTTATAAA
AACGATCCTA GCCAAGTGCC CTCTATTAGC AATCAACCAC GCTATCTCAA TTTGGCTAAA
GACCTATCAA TGCCAGTACT AAGCCGCGCT GACTACGAGG TGATGACTCC CTTTCAATGG
GGCGGTGCGC GTATTACACC CACTCAAGTA AAACTCATTG CTATTACGCC TTCAGATAGT
GCTAGCCTGC CTAATTTTCA TCACTTCCAT CAACATCAAC GTCGGCAGAA CTCGAATAAG
AGCGATGTTA AGAATAGAGA TAAGCGGCAT AACACTGACT TCAACCCATT GACCGTGAAT
CTACGCCTGA TTACGGGCAG ACTACGAGAT CAGTGGCATA CCATGACACG CACAGGACTG
GCGCCACAGC TCAATCAACA TGAATCTGTG CCGACGCTGA CTATCCATCC TAATGAAGCC
AAACAACTCG GTGTTGAAAA GGGCGACTAT GTGCAGCTAC ATCCTCGCTA TGAGCAGATC
CTGCCGAATA GTGAGGCGAC AACTATTGAT ACGAATAATG TTAGTAAAAA TGCCGATACA
GATAATGAGA ATATAGAGCA AACGGTTTTA GCGCAAATCG CCATCAGCGA TAGTATGCGT
GTTGGTGATG CCTTTATGCC CATGCACTGG AGTAATGCCT TTGCTAGCTT TGCACGGGTA
GGGACACTCA TTCCGACTGT GGTCGATCCA TATTCAGGGC AGCCTGAGCT AAAAAACTCA
GCGATTCGCA TGAGCGCCGT GCCTATGCAG ACACTTGGCA AGATTATGGT GCATCCTGAT
TTGCAGGACA CCATATTAGT GCACTTGCGT GCGATGACTG CTCATTTTAA GAAGGAAGCA
ATAGCGGGTG AGTCGCAAAC AGCGTCTACA AACTTTGAGT TAAATGGTGC GGGTTCGTCT
CTCTCACTAC CAGCGCTGAC ATGGAGTATC AGCAGGCAAG CCAATAGTGT GCTCATTACT
CTTGCCAGCC CAGCCGAGCG CACAGCTAGG CAGTTGCTTG ACCCTAAATT TTGGCAGCAG
TTTATCGATG ACTATCAAAA GTCTGTATCA GACAAGTGGT TGACTGGCAA TGCCGACGAT
ACTCTGACGG TTAATAGCGC TTTCACCTTG AGTAAACCAG AGAAGCAACT ACGCTTTATC
TCGACTCAGT CAGAGGTGAG GAACAAAGCA TTAAATCATA TATTGCCAAG TGATTCAGAC
TCTGCCGTAC CTAGTGATCA GCTGCTATTA GCTATTTATT TTGCACCAAA ATTGATGTAT
TTGCCTAGTA CACATTGGCT TGACAGCTGC TTTGCCAGTA CCGCTGCCAT ACCAGTACAG
CAGCGCTATA AATGGTTGCT GGCAGGTCGT CCAGCTACTG GCTATATCGA TCCAGGTCCG
TTGGTGTGCT CTTGTATGGC AGTCGGAGAA AACATCATCA TCAATGCAAT CGCCAAGCAG
CAGTGCCATA GCGCACAATC AGTGGGCAAA GCGTGCCGTG CTGGTACCAA TTGCGGCTCA
TGCGTGAGTC AAATCAATGC ACTTATTGAG GAGCATGCGT CATAG
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| Protein sequence | MSEVILSNKP NASQELESGI LRSNNKSDDI FNPSKTALIA TYTEETTSII RTTCPYCGVG
CGVLASIDEV GAVSVAGDPD HPANFGKLCS KGSALAQTLG SERRLTEPYY QNKQAVMQEH
RPTQLGTDFN AIDISDEPLI KPTDWNNVLD DIATRLNDTI AKHGRDSIMF YVSGQLLTED
YYVANKFIKG FIGNNNIDSN SRLCMSSAVA GHKRAFGADL VPGNYEDLES CDLLVLVGSN
MAWCHPILFG RFLAAKKANP NKKLIVIDPR RTDSCEFADL HLPIAAGTDT HLYNGLLHYL
SEHGCADTGY IEHGHGVDDA LAAANVWSIE KVAQACQVSI DSILEFYQLV AAHDETVTAF
SMGVNQSKSG TDKVNAIINT HLLTGRVGKP GASPFSLTGQ PNAMGGREVG ALANLLAAHL
DLSNSIHRQL VADFWQAPQS IAPEVGIQAC DAADAILDGR IKAIWIMATN PVVSLPEADK
FRRALAACDL VIVSDCSVDS DTVKCADIVL PAQGWGEKSG TVTNSERRIS RQRALKPALG
LAKPDWWILS QVATRMGLAG FDYQHPSEIF NEHVALTAYK NDPSQVPSIS NQPRYLNLAK
DLSMPVLSRA DYEVMTPFQW GGARITPTQV KLIAITPSDS ASLPNFHHFH QHQRRQNSNK
SDVKNRDKRH NTDFNPLTVN LRLITGRLRD QWHTMTRTGL APQLNQHESV PTLTIHPNEA
KQLGVEKGDY VQLHPRYEQI LPNSEATTID TNNVSKNADT DNENIEQTVL AQIAISDSMR
VGDAFMPMHW SNAFASFARV GTLIPTVVDP YSGQPELKNS AIRMSAVPMQ TLGKIMVHPD
LQDTILVHLR AMTAHFKKEA IAGESQTAST NFELNGAGSS LSLPALTWSI SRQANSVLIT
LASPAERTAR QLLDPKFWQQ FIDDYQKSVS DKWLTGNADD TLTVNSAFTL SKPEKQLRFI
STQSEVRNKA LNHILPSDSD SAVPSDQLLL AIYFAPKLMY LPSTHWLDSC FASTAAIPVQ
QRYKWLLAGR PATGYIDPGP LVCSCMAVGE NIIINAIAKQ QCHSAQSVGK ACRAGTNCGS
CVSQINALIE EHAS
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