| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0218 |
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| Symbol | |
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| ID | 4241814 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | - |
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| Start bp | 332920 |
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| End bp | 335472 |
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| Gene Length | 2553 bp |
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| Protein Length | 850 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638105563 |
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| Product | glycogen/starch/alpha-glucan phosphorylases |
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| Protein accession | YP_720180 |
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| Protein GI | 113474119 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0058] Glucan phosphorylase |
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| TIGRFAM ID | [TIGR02093] glycogen/starch/alpha-glucan phosphorylases |
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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 | 7 |
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| Fosmid unclonability p-value | 0.372597 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAAGAAG TACAGCCAGA AAAACCTTAC ACAGAAAAAG TAAAAATTCA AATAGAAGAC
GATCGCACAG GTACGAGTCT TGACACTATT AAACGAGCGA TCGCAGATAA CTTATATTAT
TTACAGGGAA AAAACATAGA ATTTGCCACA CCTTATGATT ATTACATGGC ATTGGCATAT
ACAGTACGCG ATCGCTTGCT CCACCGTCAC CTACAAACTA CTAAAACCTA CTCCAACCAA
AACGTTAAAA CAGTATATTA TCTCTCAGCC GAATTTCTCA TGGGTCGCCA ACTAGCCAAA
AACCTAGTTA ACGTTGGTTG TTGGGAAGTA GCGCGTCAAG CTCTAGAAGA ATCATGTCTT
CAACTGCATG ACTTGATTGA AAAAGAACCA GAACCAGGTT TAGGTAACGG CGGCTTAGGC
CGCCTCGCTG CCTGTTTCCT AGACTCCCTC GCTACCCTAC AAATTCCTGC AGTAGGCTAT
GGTATCCGTT ATGAATTTGG GATTTTCAAA CAACTGGTTC ATAACGGCTT CCAAGTCGAA
CAACCAGACA AATGGTTAAG TCTGGGTAAC CCTTGGGAAA TACCCCGCTA TGAGGAGAAA
GTAGAAATTA AACTGGGTGG CGACACCGAA ACTTACACAG ACAAAGAAGG CAACTACCGT
GTTAGGTGGA TACCTGAACG CACAGTCATC GGAATGCCCT ATGATACTCT AGTACCAGGC
TATAACACCA ACACAGTTAA TAACCTACGG TTGTGGAGTG CTAAAGCTAG TAATGAATTT
GACCTACAAG TTTTCGATTC TGGGGACTAC AACCGCGCCG TCGAAGATAA GACTGTTTCT
GAAAATATTT CTAAAGTTCT CTATCCCAAT GACAACATTT TCCAAGGCAA AATGTTGCGG
TTAGAGCAGC AATATTTCTT TGTTAGTTGT TCTCTTCAAG ATATCATCCG TACTCACTTA
TCGCGAAATC GCAATTTAGA TAATTTCCAC AAAAAAGTAG CCATTCAACT GAATGATACC
CACCCTTCCA TTGGGGTTGC GGAATTAATG CGACTGCTGA TAGACGAACA TAAGATGGAA
TGGGAAAAAG CTTGGAAGAT TACCCAAAAT ACTTTTGGCT ACACTAACCA TACTCTGTTA
GCAGAAGCCC TAGAGCGTTG GCCAGTTAGT ATGTTCAAGA GTTTGCTGCC ACGACATATC
GAAATTATTT ATGAAATTAA TTTCCATTTG CTAGAAGAGT TGAAGAAACG CTACCCTGGT
GATGATCGAC GTTTAGCACG GATGTCACTA ATAGAAGAAC AGCCTGAAAA GAGTGTACGG
ATGGCTCATT TGGCTTGCAC CGGGGCTCAT GCTATCAATG GTGTAGCAAA ATTACATACT
CAACTTTTGA AAACAGATGT TTTGAAAGAT TTCTATAAAC TTTGGCCGGA GAAATTTACG
AATAAAACTA ATGGCATTAC TCCCCGTCGT TGGTTATTAA TTAGTAACCC CAAGCTGGCA
TTACTAATTA CAAATAAAAT CGGCAAAAAT TGGATTAATA ATTTGGAGGA AATTCAACAA
CTTAAGCAAT TTGTTAATGA TCAAGAATTT CGCTATAATT GGAGTCAGAT TAAGTATGAG
AATAAGCAAG ATTTGGCTAC TTATATTAAA CAAAATATTG GGGTTGTAGT TAATCCTAAC
TCTTTGTTTG ATATTCAAGT AAAAAGACTC CATGAATATA AACGTCAACT GTTGAATGTC
TTTCACATTA TTACTCTTTA TAATCGGATT AAAGAAAATC CAGATACAGA TATTTTGCAC
CGCACTTTTA TTTTTGGAGC CAAGGCAGCC CCTGGTTATT CTATGGCAAA GTTAATTATT
AAATTGATTA ATGCTGTAGC GGAAATAGTT AATAATGACC CAGACGTGCG CCATCGTCTC
AAGATAGTTT TTATTCCGAA TTTTTCTGTA TCTCTTGGCC AGCAAATTTA TCCTGCTGCC
GATCTTTCTG AACAAATTTC TACTGCTGGA AAAGAAGCTT CTGGTACTGG GAATATGAAA
TTTTCCCTCA ATGGTGCTTT AACTATTGGT ACTCTTGACG GAGCCAATAT TGAAATTAGA
GAAGCGGTAG GAGCTGATAA TTTCTTCTTA TTTGGATTAA CTGTTGAAGA AGTTAAAGCA
TTAAAATATC AAGGATATAA TCCTCAGAAA TACTATAATG ATAACAAAGA ATTACGACAA
GTAATTGACC GTATTGCTTC TGGTTATTTT TCACCAGGTA AACCAGATTT ATTCCAGCCA
CTGATAGTAT CTTTACTAGA AAAAGATGAA TATATGTTGT TGGCTGATTA TCAATCTTAT
ATTGATTGTC AAGAAGAAGT AAATAAGGCT TATCGTAACC CAGAATATTG GACTCGAATG
TCAATTATTA ATTCGATTAA TATGGGTAAG TTTTCTGCTG ACCGTACTAT CTCAGAATAT
TGTCAGGAAA TATGGAATGT TGATCCTGTG AAAATTGATA TGGAAGCATA TAATCAGGAA
ACAGCAGGTT TACAACGTCA TTGTCAGATT TAA
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| Protein sequence | MQEVQPEKPY TEKVKIQIED DRTGTSLDTI KRAIADNLYY LQGKNIEFAT PYDYYMALAY
TVRDRLLHRH LQTTKTYSNQ NVKTVYYLSA EFLMGRQLAK NLVNVGCWEV ARQALEESCL
QLHDLIEKEP EPGLGNGGLG RLAACFLDSL ATLQIPAVGY GIRYEFGIFK QLVHNGFQVE
QPDKWLSLGN PWEIPRYEEK VEIKLGGDTE TYTDKEGNYR VRWIPERTVI GMPYDTLVPG
YNTNTVNNLR LWSAKASNEF DLQVFDSGDY NRAVEDKTVS ENISKVLYPN DNIFQGKMLR
LEQQYFFVSC SLQDIIRTHL SRNRNLDNFH KKVAIQLNDT HPSIGVAELM RLLIDEHKME
WEKAWKITQN TFGYTNHTLL AEALERWPVS MFKSLLPRHI EIIYEINFHL LEELKKRYPG
DDRRLARMSL IEEQPEKSVR MAHLACTGAH AINGVAKLHT QLLKTDVLKD FYKLWPEKFT
NKTNGITPRR WLLISNPKLA LLITNKIGKN WINNLEEIQQ LKQFVNDQEF RYNWSQIKYE
NKQDLATYIK QNIGVVVNPN SLFDIQVKRL HEYKRQLLNV FHIITLYNRI KENPDTDILH
RTFIFGAKAA PGYSMAKLII KLINAVAEIV NNDPDVRHRL KIVFIPNFSV SLGQQIYPAA
DLSEQISTAG KEASGTGNMK FSLNGALTIG TLDGANIEIR EAVGADNFFL FGLTVEEVKA
LKYQGYNPQK YYNDNKELRQ VIDRIASGYF SPGKPDLFQP LIVSLLEKDE YMLLADYQSY
IDCQEEVNKA YRNPEYWTRM SIINSINMGK FSADRTISEY CQEIWNVDPV KIDMEAYNQE
TAGLQRHCQI
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