| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_0619 |
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| Symbol | |
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| ID | 4844620 |
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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 | Shewanella baltica OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | + |
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| Start bp | 704015 |
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| End bp | 706903 |
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| Gene Length | 2889 bp |
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| Protein Length | 962 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640117842 |
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| Product | glycine dehydrogenase |
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| Protein accession | YP_001049017 |
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| Protein GI | 126172868 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGACCAAGC AAACCCTTAC TCAGTTAGAA CAGCACGATT TATTCTTACG TCGTCATATC
GGCCCAGATA GCAACCAACA GCAAGCGATG CTGAATTTTG TTGGTGCTGA GTCACTGGAA
GATCTGACCG CGCAAATCGT GCCTGAGTCG ATCCGTTTAA GCCAAGACCT GAGCATTGGT
GATTCCTGCG GCGAAGCCGA AGGTATTGCC TACATTCGCG GTTTAGCGGA CCAAAACCAA
GTATTTAAGA GCTACATAGG TATGGGTTAC TACGGCACAC AAGTGCCAAA CGTGATCCTG
CGTAACGTAT TTGAAAACCC AGGTTGGTAC ACGGCTTACA CGCCATATCA GCCAGAAATC
GCCCAAGGCC GTTTAGAAGC CATTCTAAAC TTCCAACAAG TGTCGATGGA CTTAACGGGT
TTAGATTTGG CTTCTGCTTC TTTGTTAGAT GAAGCAACCG CTGCTGCCGA AGCGATGGCG
CTGGCAAAGC GGGTTTCTAA AGCGAAAAAA GCCAATATCT TCTTCGTTGC CGATGATGTG
TTCCCGCAAA CCTTAGACGT AGTAAAAACC CGCGCTGAGT GTTTTGGTTT TGAAGTGGTA
GTTGGCCCTG CAAGCGAAGC CGTTAACTAC GAGCTGTTTG GTGCTTTGTT CCAATATACT
AACCGTTTCG GTCAAATCAC TGACTTCACC GAATTATTCG CAACTCTGCG TGCGAAGAAT
GTGATTGTGA CTGTTGCAGC CGACATTATG TCGTTGGTAT TACTGAAATC ACCGGGCTCT
ATGGGCGCTG ATGTGGTATT TGGTAGTGCA CAGCGTTTCG GTGTACCAAT GGGCTTTGGT
GGTCCACATG CGGCCTTCTT CGTTGCCCGT GACGAGCACA AACGTTCTAT GCCTGGCCGT
ATCATTGGTG TGTCAAAAGA CGCCCGTGGT AACCGCGCAC TGCGTATGGC GATGCAAACT
CGCGAACAAC ATATCCGCCG CGAAAAAGCC AACTCAAACA TTTGTACTGC ACAAATTTTA
TTAGCGAACA TGGCGTCTTT CTACGCTGTA TTCCACGGTC CAGATGGCCT GAAAACCATC
GCGTCACGCA TTAACCGTTT TGCCGATATT TTAGCGGCAG GTTTGCAAGC GAAGGGCGTG
AGCTTAGTCA ACAGCACTTG GTTTGATACC ATCAGCATCA AAGGCTTAGA TGTTGCTGCT
GTTAATGCAC GTGCACTGGC TGCTGAAATG AACCTACGTT TTGATGCCGA CGGCACTGTG
GGCGTGAGCT TAGACGAAAC CACATTGCGC ACAGATATTG AAGCCCTGTT CGATGTGATC
TTAGGCGCTG GCCATGGTTT AGATGTTGCC GCGTTAGACG CGCAAATCGT GAGCCAAGGT
AGCCAATCGA TTCCGGCTGC ACTCGTGCGC CAAGATGCGA TTTTAAGCCA CCCAACCTTC
AATCGCTATC AAAGCGAAAC CGAGATGATG CGTTATATCA AACGTCTCGA AAGCAAAGAC
TTAGCACTTA ACTACTCGAT GATTTCACTG GGCTCATGCA CCATGAAGTT AAACGCAGCG
GTTGAAATGC TCCCTGTGAG CTGGCCAGAA TTTGCCAACA TGCACCCATT CAGCCCACTG
GATCAAGCCA AAGGTTACAC CCAGTTGATT GAAGAGTTGT CGACTTGGTT GGTGAATATC
ACAGGCTACG ACGCTGTGTG TATCCAACCT AACTCAGGCG CTCAAGGTGA ATATGCTGGC
TTGTTAGCCA TCAAGAAATA CCATGAGTCA CGCGGCGATG CGCACAGAAA CATCTGTTTG
ATCCCGCAAT CTGCCCACGG TACTAACCCT GCATCGGCAC AATTAGCCGG TATGCAAGTG
GTGGTGACGG CGTGTGATAA GCAAGGTAAC GTCGATTTAG ACGATCTGAA GACCAAAGCC
GCCGAAGTAG CTGGAAACCT GTCTTGCATC ATGATCACTT ACCCATCGAC CCACGGTGTG
TATGAAGAAT CTATCCGCGA AATCTGCGAC ATAGTGCATC AGCACGGCGG TCAAGTGTAC
TTAGACGGCG CCAACATGAA CGCGCAGGTC GGCTTAACGT CTCCTGGCTT TATTGGTGCC
GACGTATCAC ACCTTAACTT ACACAAAACC TTCGCGATTC CACACGGCGG CGGTGGTCCA
GGTATGGGCC CAATCGGCGT GAAATCACAC TTAGCCCCAT TCGTTGCGGG CCACGTTGTG
GTTAAACCGG GTCGTGAAAG TGACCACAAT GGTGCTGTAT CTGCTGCACC TTATGGTAGC
GCTGGCATTC TGCCTATCAG CTGGATGTAC ATTAAGCTGC TTGGTTCAAA TGGCCTGAAA
AAGTCGACCC AAACTGCGCT GTTAAACGCT AACTACGTGA TGAAGAAGCT GTCAGAACAC
TACCCAGTAT TGTTCCGTGG CCGTAACGAT CGCGTGGCGC ACGAATGTAT TATCGATCTA
CGCCCACTGA AAGAAGCCTC AGGCGTGACC GAAATGGATA TCGCTAAGCG TTTGAATGAC
TATGGTTTCC ACGCACCAAC CATGAGCTTC CCTGTTGCGG GAACTCTGAT GATTGAGCCT
ACGGAATCTG AATCTAAGGT GGAACTCGAT CGTTTCATCG ACGCTATGGT GTCAATCCGC
GCTGAAATCG CCAAAGTGGA ATCAGGTGAA TGGCCAGTGG ACAACAACCC GCTGCACAAC
GCACCGCACA CTATGGCCGA TATCATGGAC CCAGAGTTTG ATACGCGTCC ATACAGCCGC
GAAGTGGCCG TGTTCCCAAG TGCAGCAGTG CGCACTAACA AGTTCTGGCC AACCGTGAAT
CGTATTGATG ATGTCTACGG CGACCGCAAC CTAATGTGTA GTTGTGCACC ATTATCAGAC
TACGAGTAA
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| Protein sequence | MTKQTLTQLE QHDLFLRRHI GPDSNQQQAM LNFVGAESLE DLTAQIVPES IRLSQDLSIG
DSCGEAEGIA YIRGLADQNQ VFKSYIGMGY YGTQVPNVIL RNVFENPGWY TAYTPYQPEI
AQGRLEAILN FQQVSMDLTG LDLASASLLD EATAAAEAMA LAKRVSKAKK ANIFFVADDV
FPQTLDVVKT RAECFGFEVV VGPASEAVNY ELFGALFQYT NRFGQITDFT ELFATLRAKN
VIVTVAADIM SLVLLKSPGS MGADVVFGSA QRFGVPMGFG GPHAAFFVAR DEHKRSMPGR
IIGVSKDARG NRALRMAMQT REQHIRREKA NSNICTAQIL LANMASFYAV FHGPDGLKTI
ASRINRFADI LAAGLQAKGV SLVNSTWFDT ISIKGLDVAA VNARALAAEM NLRFDADGTV
GVSLDETTLR TDIEALFDVI LGAGHGLDVA ALDAQIVSQG SQSIPAALVR QDAILSHPTF
NRYQSETEMM RYIKRLESKD LALNYSMISL GSCTMKLNAA VEMLPVSWPE FANMHPFSPL
DQAKGYTQLI EELSTWLVNI TGYDAVCIQP NSGAQGEYAG LLAIKKYHES RGDAHRNICL
IPQSAHGTNP ASAQLAGMQV VVTACDKQGN VDLDDLKTKA AEVAGNLSCI MITYPSTHGV
YEESIREICD IVHQHGGQVY LDGANMNAQV GLTSPGFIGA DVSHLNLHKT FAIPHGGGGP
GMGPIGVKSH LAPFVAGHVV VKPGRESDHN GAVSAAPYGS AGILPISWMY IKLLGSNGLK
KSTQTALLNA NYVMKKLSEH YPVLFRGRND RVAHECIIDL RPLKEASGVT EMDIAKRLND
YGFHAPTMSF PVAGTLMIEP TESESKVELD RFIDAMVSIR AEIAKVESGE WPVDNNPLHN
APHTMADIMD PEFDTRPYSR EVAVFPSAAV RTNKFWPTVN RIDDVYGDRN LMCSCAPLSD
YE
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