| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_2529 |
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| Symbol | |
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| ID | 4623425 |
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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 | 3090224 |
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| End bp | 3093256 |
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| Gene Length | 3033 bp |
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| Protein Length | 1010 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 639797655 |
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| Product | glycoside hydrolase family protein |
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| Protein accession | YP_943849 |
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| Protein GI | 119946169 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1501] Alpha-glucosidases, family 31 of glycosyl hydrolases |
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| TIGRFAM ID | |
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| 
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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 | 26 |
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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 | ATGAACACAG TCAGTAAAGT ATTTTGTATG TGCCTGCTTA CAATAAGTAT CTTTAGCCTC
AGCCTGAATG CCCACAGTGA GATATTTCAT AAAAAATTTA CGATCGATTC AGCCACTCTG
ATAGTGGAGC TGCTCGATGA TGATTTAGTA CATTTTGAGT ATGCAAGCCC GAGCAACAGC
ACCAATGGCA GCAGCCCTAT TTATCAATCA CCGATGGTCT ATAAATCGGA TTATAGCGGC
CCCACCAGCA TCCAGGACAA GGGTAATTCC CTTGAAACGA GCGATTTAAT TGTACATATA
AACAGTAGCA ACCTGTGCGT TGCCGTGCGC GATAAAACCC AGGCAAATAC TCTGTTAACC
ACGGTCTGCC CGGTGGATTT AAGTCTCGCC TGGAAAGGCA TTAATATCAG TCCCAGCGGC
ACTGAAAATA TTTATGGTCT GGGTCAGCAA TTTAAAAAAC TGGGCAGCGC CGATGGTGAC
TGGTTAGCCC ACAAAGTGCG CGAAGCTCAG CCAAACGGTC AGGCACAGGC GCACGGCAAT
GGTTTTATGC CTTTTGGCCA GGCAGGTATG GTGGGCAATG TACAATTTCC AGTTATCTAC
TCTCTGGGCA GCAAGGCAGA TTATGCATTA TTTCTGGATA ATGTTTACAA GCAGCAGTGG
GATTTTGAGG CCAACTGGTG GGAAGTGCGC ATGTGGGGTG ATCAAATTCG CTTTTATATA
ATGTCAGGGG CGGACCTGCC GGATTTGCGC AAAGACTATA TGGAACTAGT GGGCAGACCG
CCAGTACCAC CGAAAAAAGC CTTCGGTCTG TGGTTATCGG AATTTGGCTA TAAAAACTGG
AATGAAGTAG ACACGTTACT GTCAGCTGCC CGAACTAATA ACTTTCCCAT TGACGGTTTT
GTGCTGGATC TGTTTTGGTT TGGCGGAATC AAAGCCAACA ATCCCGACAG CCCGATGGGA
AAACTGGACT GGGATACCAG CAACAATGAC GGCAATGACT ATTATTTTCC CGATCCGGCC
GGAAAAGTAG CCTTATATCA GCAGGATAAT ATTTCTCTGG TGGCGATTGA AGAGTCTTAT
ATCAATAAAA ATACTGCAAC CTATAACGAT ATGATGCAGA CGGGCAACTA TTTTTCCTAT
GCAAAAAGTG CTGGAAAATG TGATGACTTA CAACAGGGAA AAATAACCCA TATTAATGAC
TGGTTTGGTG ATGCCGCCAT GCTTGACTGG AGCGACACTG CGGGTGCTGG CTGGCTGCAC
CTCAACCGCC GTTTTCCTAA TCTCTCTAAC ATAGGTATTA CTTCGCACTG GACAGATTTG
GGCGAGCCGG AAAAATACAA TCCTTCAAGC TGTTATGACG GTCTAGAAAC AGCGGTTAAT
GGTCTTAAAA ACAGCCACGG TGATATACAC AATCTGTATA ATTTTCTGTG GAATAAATCC
ATTTATGAGG GCTATTATCA GCAGCGCGAT AAGGTAGATG AGCGCTCCTT TATTGTTACC
CGTTCGGGCA CCTCGGGCAT TCAACGCTTT GGCGCAGCCA TGTGGTCCGG TGATATCGGC
TCAAATCTGG ATTTACTGGC AAGCCATTCA AATGCGCAGC TGCATATGTC CTTTTCCGGC
ATTGATTATT ATGGCGCGGA TATTGGCGGT TTTCGCCGCG AAGGTATGCC CTATAATCAG
GATCATTCGG GTAATCGCCA GTACGAAGAT GAACTCTATA CGCAGTGGTT CGCTAATGGT
GCTTGGTTTG ATGTACCGGT ACGTCCTCAT ACGGACAATG CTTTTCAGAG CTCGCAGCGC
TATGAAACCG CGCCTTATTT AGTGGGTTAT ATTAACAGTA ACCGCGAAAA TATCCGCCAG
CGTTATGCCC TTATTCCTTA CTATTATTCT CTGGCTTATC GCGCTTTTCT GGAAGGCGAA
CCTGTGATGC CGCCACCGCT ATTTTATTAT CAGGATGATA TTAACTTGCG TGAAATGGGA
CATGAAAAGA TGATCGGTAA AGACTTACTG GTAGGCGTTG TTGCCAACCA CGGTGAATAT
CAACGCAATA TGTATTTGCC TGCCGGTAAA TGGGTTAACT ACCACAGTAA TGAGTGGCTT
GACAGTCAGG GTCAGTGGTT AAATCAGGTG CCTGTTTATC GGAATAAACT TTTCCGTTTG
CCCGCTTTTG TTAAAGCGGG GGCGATTATT CCGCAGATGT ATGTCGATGC TAATAGCAAA
GATGCCTTCG GTCATTCGAA AAACGGCACT GCTGTGCATA ATGAATTAAT ACTTAAGGTG
GTTGCCGGTG ATAACCCTGC CGGCTTTACG CTCTATGAAG ATGATGGCAG CACCTTAAGC
TATGATGCCA AGAAGCAGCC AGTTTATAAT ACTAGAACCA CCCTGCTCAC GCAGAAAAAA
CAAGGTGATC ACCAGCGAGT CTCGATTCAT GCCAGCAGTG GCACTTATGC TGGCGCGCCC
AAATCTCGTC AAAATACAGT GCAGCTGATT TTGGATAATC AGCAGGCCAC GGACGTGAAA
CTCAATAATA TGTCACTCAC CCAATATAAC AGCAAAAATT CTTTTGATGG GGCAAGCTCC
GGCTGGTATA ACGCAGGTAA CAATGTGGTT TATGCCAAAA CAGCTAGTAT GCTGACCAGC
AAGGTCAAAT ACTTGGATTT TTATCAGCAA AGCACGCCGG CTATTAGTTC AGCCTATTTT
GCCTGTGATA ACGGCTGGAC CAACCCGGGT GATGAACTCT ACTTAGTCGG CAGTATTGTG
GAATTGGGTA ACTGGAATCT TAATCGGGCG ATAAAAATGA ACCCTAGCGT TTATCATGCC
TATATTTCAA ACCCTCCCCC CAACCATAAT GGTCCGGGTC CTTCGGCACC GGTATGGACC
AAGATAGTTG CACCGCTGCC CGTTAATACA GTTTTCACCT GGAAATGTGT GAAAAAGTTA
GCCGATAATA TCTGGGTTTG GCAACCAGGT GATAATAACC AGCATACGAC GGTAGCATCA
GGTTATTCAG GAATGACCAT GGGCAGTTTT TAA
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| Protein sequence | MNTVSKVFCM CLLTISIFSL SLNAHSEIFH KKFTIDSATL IVELLDDDLV HFEYASPSNS
TNGSSPIYQS PMVYKSDYSG PTSIQDKGNS LETSDLIVHI NSSNLCVAVR DKTQANTLLT
TVCPVDLSLA WKGINISPSG TENIYGLGQQ FKKLGSADGD WLAHKVREAQ PNGQAQAHGN
GFMPFGQAGM VGNVQFPVIY SLGSKADYAL FLDNVYKQQW DFEANWWEVR MWGDQIRFYI
MSGADLPDLR KDYMELVGRP PVPPKKAFGL WLSEFGYKNW NEVDTLLSAA RTNNFPIDGF
VLDLFWFGGI KANNPDSPMG KLDWDTSNND GNDYYFPDPA GKVALYQQDN ISLVAIEESY
INKNTATYND MMQTGNYFSY AKSAGKCDDL QQGKITHIND WFGDAAMLDW SDTAGAGWLH
LNRRFPNLSN IGITSHWTDL GEPEKYNPSS CYDGLETAVN GLKNSHGDIH NLYNFLWNKS
IYEGYYQQRD KVDERSFIVT RSGTSGIQRF GAAMWSGDIG SNLDLLASHS NAQLHMSFSG
IDYYGADIGG FRREGMPYNQ DHSGNRQYED ELYTQWFANG AWFDVPVRPH TDNAFQSSQR
YETAPYLVGY INSNRENIRQ RYALIPYYYS LAYRAFLEGE PVMPPPLFYY QDDINLREMG
HEKMIGKDLL VGVVANHGEY QRNMYLPAGK WVNYHSNEWL DSQGQWLNQV PVYRNKLFRL
PAFVKAGAII PQMYVDANSK DAFGHSKNGT AVHNELILKV VAGDNPAGFT LYEDDGSTLS
YDAKKQPVYN TRTTLLTQKK QGDHQRVSIH ASSGTYAGAP KSRQNTVQLI LDNQQATDVK
LNNMSLTQYN SKNSFDGASS GWYNAGNNVV YAKTASMLTS KVKYLDFYQQ STPAISSAYF
ACDNGWTNPG DELYLVGSIV ELGNWNLNRA IKMNPSVYHA YISNPPPNHN GPGPSAPVWT
KIVAPLPVNT VFTWKCVKKL ADNIWVWQPG DNNQHTTVAS GYSGMTMGSF
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