| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Psyc_0796 |
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| Symbol | gcvP |
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| ID | 3514644 |
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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 arcticus 273-4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007204 |
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| Strand | - |
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| Start bp | 952044 |
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| End bp | 954941 |
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| Gene Length | 2898 bp |
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| Protein Length | 965 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 637669483 |
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| Product | glycine dehydrogenase |
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| Protein accession | YP_264083 |
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| Protein GI | 71065356 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0403] Glycine cleavage system protein P (pyridoxal-binding), N-terminal domain
[COG1003] Glycine cleavage system protein P (pyridoxal-binding), C-terminal domain |
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| TIGRFAM ID | [TIGR00461] glycine dehydrogenase (decarboxylating) |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.477642 |
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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 | 13 |
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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 | ATGACTATCT CTCAAAACCC AACGCTTGAT ACATTTAAAG GCTTATTCAA CGAAGCTGAA
TTTGTTTATC GTCATCTTGG CTCCAATGAT GCCAAACAAG CTGACTTGCT CAGTGCCATT
GGATATAAAG ACATGGCAAC GTTTATCAAC GATACCGTGC CCGAACCAGT ACGCCTGCAT
AAAGAATTAG ATTTGCCAGT GGCAATGAGT GAGCACGCCG CACTTGCTAA ATTGCGTACG
ATGGCTGACG ACATCACGGT TAATAAAAGC TATATCGGTC AAGGGTATTC GCCTGTGCGT
ATGCCTGCAG TCATTCAGCG TAATGTGCTT GAAAATCCAG GTTGGTATAC TGCTTACACG
CCTTATCAAG CGGAAATCGC TCAAGGTCGC CTAGAAGCGC TGCTAAACTT CCAACAAGTT
TGTATTGATC TGACTGGTCT TGAACTTGCT GGTGCTTCAT TGCTAGATGA AGCAACGGCT
GCTGCTGAAG CCATGGCAAT GTCGAAGCGT GTGAGCAAAA GCAAATCTAT GCAGTTTTTC
GTTGATGACC GCGTGTATTC ACAAACGCTA GACGTTATCA ATACCCGTGC TAAATACTTT
GGTTGGGAAG TGGTTGTTGG TGATTTTGAA CTAGCTAAAT CAGGCGACTA TTTTGGTGCA
TTGTTCCAAT ATGTCGGTGT TGAAGGCGAT GTCAAAGACC TAACCGACGT TATCGCTGCC
GTTAAGAAAA ACAAAACTTA TGTAAATGTC GTCAGTGACA TCATGAGCTT GGTGTTATTA
AAATCACCAG CTGATATGGG TGCGGACGTG GCTTTAGGTA GCACGCAGCG CTTTGGTATT
CCAATGGGTT TTGGTGGTCC ACATGCCGCC TACTTTGCGT TCTCTGATAA AGCCAAACGC
TCAGCGCCTG GTCGTATCAT CGGAGTCTCA AAAGACTCAC AAGGCAATAC TGCACTACGT
ATGGCACTGC AAACCCGTGA GCAGCATATC CGCCGCGAAA AAGCCAACTC AAACATCTGT
ACCTCACAAG TACTATTGGC AAACCTAGCC GGTATGTATG CCGTTTATCA TGGTCCAGGT
GGCGTGAAGC GTATCGCTAC TCGTATTCAT GCATTTGCTA CTGCCTTTGC TGATGTCATC
AAAAATGCCA ACGACAGCAA TTTGAACGTG GTACATGACC AATTCTTTGA CAGCGTCGTC
ATTGATTGCG GCTCAGAAAA ACTTGCTACC CAAATCTTTG AAAATGCTGA CAATGTTGGT
TATAACTTAT GGCGTCTTGG TGACAGCAAA TTAAGCGTAG CGTTTAGTGA AACCAGTGAT
CAGGAAGACT TTAAGATCCT CACTCAACTG TTCGTTACTA AAGCACATGA CCTACCAGAA
GATGCTCGCA TCTCTCTTGA TAGCACTCAT TTGCGTACCG ATGATATCTT GACGCATCCA
GTATTTAACT CGCATCATAC TGAGCATGAA ATGCTGCGCT ATTTAAAGTC GCTTGAAGAC
AAAGATTTGG CGATGAACCG CAGTATGATT TCACTTGGTA GCTGTACCAT GAAATTGAAT
GCCACCAGTG AGATGCTACC GATTACTTGG CCTGAATTTG CCAATGTACA TCCTTTTGCA
CCACGCGATC AAGTCACAGG CTACGTTGCC ATGATTGATA GCTTGCAAGA GCAACTAAAA
GCCATCACCG GTTTTGATGA TGTCTCTATG CAGCCAAACT CTGGCGCTTC AGGGGAATAT
GCTGGTTTGC TAGCGATTCG CCGTTATCAT GAATCACTTG GTGAGACTGA CCGCGATGTT
TGCTTGATTC CTATGTCAGC GCATGGCACC AACCCTGCGA CTGCGATGAT GATGGGCATG
AAAGTGGTTG TGGTCAAAAC TGATGACAAT GGCAACGTTG ATATCGATGA CCTAACTGCC
AAATCTGAAG AACATAGCGC CCGTCTAGGT GCATTGATGA TCACTTACCC ATCGACGCAT
GGCGTGTTTG AAGAAGGTAT CCGTAAAATC TGTGACCTCA TCCATAAACA TGGCGGTCAA
GTTTATATGG ATGGTGCCAA TATGAATGCG CAGGTTGGCA TGATGCAGCC GGCTGACGTT
GGTGCTGATG TACTGCACAT GAACTTGCAT AAAACCTTCT GTATTCCGCA TGGCGGCGGT
GGTCCTGGTA TGGGTCCTAT CGGTATGAAG TCACACTTGG CACCATTTAT GGCCAACCAT
ACCTTAAGCC CTGTACACAA TGCGCAAAAA GACTGCTCAG CAGTATCAGC AGCCCCTTAT
GGCTCAGCAA GCATCTTACC AATTTCATGG ATGTACATTG CCATGATGGG CCGTGATGGT
TTATTAAAAG CGACTGAGCT GGCGCTACTG AACGCCAACT ATGTCGCTGC TGAATTAAAA
GACTATTACC CTGTGCTATA TACAGGTAAA AACGGCCGCG TTGCTCACGA ATGTATCATC
GATATTCGTC CTTTAAAAGA AGAGACGGGC ATCAGTGAAA GCGATATCGC GAAACGTTTA
ATGGATTATG GTTTCCACTC ACCAACCATG AGTTTCCCAG TAGCAGGCAC CTTGATGATA
GAGCCGACAG AATCTGAGTC GAAAGAAGAG CTTGATCGCT TTATCAGTGC CCTAAAATCT
ATCAAAGCGG AAGCGATGAA AGCCAAAGCT GGTGAAGACA ACTGGACGTT AGAGAACAAC
CCATTGGTCA ATGCTCCGCA TACAGCTGCC ATGGTAATTG ATGGCGAATG GACATATCCA
TACAGCCGTG AGACAGCAGC ATTCCCACTG CCTTATATCC GTACCAATAA GTTCTGGCCA
AGTGTGGCAC GTGTCGATGA TGCTTATGGT GATAAGAACC TAATGTGTTC TTGCCCAAGT
ATCGAAAACT ATATGTAA
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| Protein sequence | MTISQNPTLD TFKGLFNEAE FVYRHLGSND AKQADLLSAI GYKDMATFIN DTVPEPVRLH
KELDLPVAMS EHAALAKLRT MADDITVNKS YIGQGYSPVR MPAVIQRNVL ENPGWYTAYT
PYQAEIAQGR LEALLNFQQV CIDLTGLELA GASLLDEATA AAEAMAMSKR VSKSKSMQFF
VDDRVYSQTL DVINTRAKYF GWEVVVGDFE LAKSGDYFGA LFQYVGVEGD VKDLTDVIAA
VKKNKTYVNV VSDIMSLVLL KSPADMGADV ALGSTQRFGI PMGFGGPHAA YFAFSDKAKR
SAPGRIIGVS KDSQGNTALR MALQTREQHI RREKANSNIC TSQVLLANLA GMYAVYHGPG
GVKRIATRIH AFATAFADVI KNANDSNLNV VHDQFFDSVV IDCGSEKLAT QIFENADNVG
YNLWRLGDSK LSVAFSETSD QEDFKILTQL FVTKAHDLPE DARISLDSTH LRTDDILTHP
VFNSHHTEHE MLRYLKSLED KDLAMNRSMI SLGSCTMKLN ATSEMLPITW PEFANVHPFA
PRDQVTGYVA MIDSLQEQLK AITGFDDVSM QPNSGASGEY AGLLAIRRYH ESLGETDRDV
CLIPMSAHGT NPATAMMMGM KVVVVKTDDN GNVDIDDLTA KSEEHSARLG ALMITYPSTH
GVFEEGIRKI CDLIHKHGGQ VYMDGANMNA QVGMMQPADV GADVLHMNLH KTFCIPHGGG
GPGMGPIGMK SHLAPFMANH TLSPVHNAQK DCSAVSAAPY GSASILPISW MYIAMMGRDG
LLKATELALL NANYVAAELK DYYPVLYTGK NGRVAHECII DIRPLKEETG ISESDIAKRL
MDYGFHSPTM SFPVAGTLMI EPTESESKEE LDRFISALKS IKAEAMKAKA GEDNWTLENN
PLVNAPHTAA MVIDGEWTYP YSRETAAFPL PYIRTNKFWP SVARVDDAYG DKNLMCSCPS
IENYM
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