| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3976 |
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| Symbol | |
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| ID | 4244542 |
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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 | 6146709 |
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| End bp | 6149888 |
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| Gene Length | 3180 bp |
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| Protein Length | 1059 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638108892 |
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| Product | translation initiation factor 2 |
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| Protein accession | YP_723474 |
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| Protein GI | 113477413 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0532] Translation initiation factor 2 (IF-2; GTPase) |
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| TIGRFAM ID | [TIGR00231] small GTP-binding protein domain
[TIGR00487] translation initiation factor IF-2 |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 14 |
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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 | ATGAACAATG GAAAAGTAAG AATTTACGAA TTATCAAAGG AATTAAATTT GGAAAACAAA
GATATATTGG CAGTTTGTCA AAGGCTCAAC ATATCAGTGA AGAGTCATAG TAGCACTATT
ACAGAATCAG AAGCAGAACT AATTCGCACT ACAGCAGAAA ACTTACCCCA CTCTCCTAGT
CTATCTGCTG CTCCAGAAAA AAGTAACTCT CAAAATCAAG ATTCAGGTAT TGGTTATAAC
GAACAGAAAA AACAGCAGAT ACTAGAAGTA CGTAAACCTA AACCATTATT AGAAAAATCT
CAACAAAAAA ATCACAGCAA AATAAACAAT AATTTAGTGA CAACTCCTCC AAATACCTCA
GTCTTAAATA ATCAAGTTGA ACGAGTTGGT ATATCAAGAC CAAACTCATC TTTAAAGTCA
GAGACACTAA AAGATAACTC AGAAGTAGGC GATAATTCTC TAGTGCAACA TCCCAATAGA
CCATTAAATA AAGACAATAC TGTTAAGGAA AATTATGTTC CTCAGAAAAC AGATAGTAAT
GAAAAGTCCA AAGTAGAAGT GCCTAAGTTA GTAGCTCCTC CTGCAAGACC AGCACCTCCT
AGCTTGAATC GAAATTTACG AAATACTGGT GTTAACAAGC CGAATCAAAA AAATAAAAAA
CCAAAGCAAG AAGGTAAGAA AAGAAAGGAT AAGGAAGAAA AACCTTTTGA AAAACCTGCT
ATTGTATCTA AAAAAGAAAA TAAAGATACT TCCATTGAAA AGCCTACTAT TGCATCTAAA
AAAGAAAATA AAGATACTTT CCAAAATAGA GAAAGTGTAA AAACATCTGC TTCTGACACT
TCTTCTCAAC TCAAGCCAAA ACATAGAGAG AAGCCGACAG TTAAACTCAA ACAAGAACAA
AAACCTCAAC TTGCACCAAA ACCTAAACTA ACAACACCTT TGAAAGAAGA ATCAACAGAC
GTTAACTTAG GTTTAGATTT AGAAGGGAAA GAGCCTGAAG ATAATGTAGC AGAAACTGTA
AGTTATGATT TAGAAAAACC AAGGCGAAAA ACTATAGCTC CAAGTAAGCC GACTTTAACG
AAAGATAAGA AAGTTTCAAA GTGGGAAGAA GAAGAAGAAG ATACTAGCGA AGTTATTCAG
AAAAATGCTA AATCTAGTGC AAAGAATAAA CGTCTTCGTC TAAAACCATT GCTAGAAGAT
GAAGATGAAG AATTAGCAGA ACTTTTGAAT AAACCTGCAC CAGTAACAAT GAGTTTATCT
TTAGCTCGTC CGGCAAAGCC AAAAAGTTTT ACTGAAAAAA ATAAACCCCA GCCTGGTAGT
AATATTTCTA ATCTTAAAAA GAAATCTAGT CAATCCCATG AGTCCGTCCA GTCTGAAAGT
AATGAACAAA CTCAATCTGC AGAACTAAAA CCCGTAGAAA AGTTAGTGAT AAGTGCCTCT
ATGACAGTTC AGGAATTAGC ATTGGCTTTA GCAATACCAG AAACAGAAAT TATCAGAAGA
CTGTTTATGA AGGGTATAGC AGTTAATATT ACTGAAAGCT TAGATATTCC TACCATAGAA
ATGGTGGTAA AAGAAGAAGG AATTCCAATA GAAGTCCCAG AAGAGCAATC AGCAGCTAAG
AAAACAACTG AAATACTTGA GGAGACAGAC TTGGCAAGTC TTCAACGTCG TCCTCCAGTC
GTAACAATTA TGGGACACGT CGATCATGGA AAAACCAGTC TTTTAGACTC AATTCGTGCA
ACTAAAGTAG CAGCCGGGGA AGCAGGTGGT ATTACTCAGC ATATAGGAGC TTACCATGTT
GACGTGGAAC ATGAAGGCCA AATGCAGCAA GTTGTATTTT TAGATACTCC TGGTCACGAA
GCTTTTACTG CAATGAGGGC TAGGGGTGCA AGAGTTACAG ATGTTGCTGT TTTGGTTGTT
GCTGCGGATG ATGGGGTACA ACCACAAACT ATAGAAGCTA TTAGCCATGC TAAAGCAGCA
GAAGTACCAC TGATAGTAGC AATTAACAAA ATTGATAAGG AAGAAGCTAA CCCAGATCGT
GTTAAACAAG AATTGATGGA ACATGGTCTA GTACCTGAAG AGTGGGGTGG AGATGCAATT
ATGGTCCCAG TTAGTGCTAT CCAGAAACAA AATTTGGATA CCTTACTGGA AATGATTTTA
CTGGTGTCGG AGGTAGAAGA TTTACAAGCT AATCCAGAGC GTTTAGCTAA AGGTACAGTG
ATTGAGGCTA ATTTGGATAA AGCTAGAGGC CCAGTAGCTA CTTTATTAGT ACAAAATGGG
ACTTTAAAAG TAGGAGATAT TATAGTTGCA GGCTCAGTCT ATGGAAAAGT GCGGGCCATG
ATTGATGATC GAGGCTATCG AGTAGACAAG GCTAGTCCAT CCTTTGCTGT AGAAGTTTTG
GGTCTTAGAG ATGTGCCTCA GGCTGGTGAT GAGTTTAAAG TGTTTAAGAA TGAAAAAGAA
GCTTCAGCTA TTACGACAGA AAGAGCAGAT GCGAAAAGAG AATCTCGGAT AATGCGTAGA
ACTAGTTTGG GTGCTGTTTC AGTTCGTGCA CAGGAAGGAG AGCTCAAGGA ACTTAACTTG
ATACTAAAAG GGGATGTTCA AGGTTCAATA GAGGCTATTG TTGCAGCTCT ACGACAACTA
CCTCAAAAAG AAGTTCAACT AAGGTTACTG TTATCTGGAG CTGGAGAAGT GACAGAGACA
GATATTGACT TAGCAGCAGC TAGTGAAGCT GTAATTATTG GCTTTAATAC GACCATGGCA
TCAGGAGCAC GTCAGGCAGC AGATGCGGCT GGAGTTGATG TGCGTGAATA TAATGTTATC
TATAAACTCT TGGATGATAT CCAAGGGGCA ATGGAAGGTT TGTTAGATCC TGAACTTATA
GAAGAACCAT TAGGTCAAGT AGAAGTCCGT GCTGTATTTA CAATTAACCG TGGTGCTGTT
GCTGGTTGCT ATGTGCTATC TGGTAAAGTT GTCCGTAATT GCAAAGTACG AGTACGTCGC
AATGGAGAAA TTGTATATCA AGGTATATTG GACTCCCTTA GACGTATGAA GGATGATGTT
AAAGAAGTGA ATGCAGGTTA TGAATGTGGT GTTAGTTTCG ACAACTTTAA TAATTGGAGT
GAAGGTGATA TAATTGAGGC CTATCAAATG GTAACTAAGC GTCGGAAACT GTCTACCTAA
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| Protein sequence | MNNGKVRIYE LSKELNLENK DILAVCQRLN ISVKSHSSTI TESEAELIRT TAENLPHSPS
LSAAPEKSNS QNQDSGIGYN EQKKQQILEV RKPKPLLEKS QQKNHSKINN NLVTTPPNTS
VLNNQVERVG ISRPNSSLKS ETLKDNSEVG DNSLVQHPNR PLNKDNTVKE NYVPQKTDSN
EKSKVEVPKL VAPPARPAPP SLNRNLRNTG VNKPNQKNKK PKQEGKKRKD KEEKPFEKPA
IVSKKENKDT SIEKPTIASK KENKDTFQNR ESVKTSASDT SSQLKPKHRE KPTVKLKQEQ
KPQLAPKPKL TTPLKEESTD VNLGLDLEGK EPEDNVAETV SYDLEKPRRK TIAPSKPTLT
KDKKVSKWEE EEEDTSEVIQ KNAKSSAKNK RLRLKPLLED EDEELAELLN KPAPVTMSLS
LARPAKPKSF TEKNKPQPGS NISNLKKKSS QSHESVQSES NEQTQSAELK PVEKLVISAS
MTVQELALAL AIPETEIIRR LFMKGIAVNI TESLDIPTIE MVVKEEGIPI EVPEEQSAAK
KTTEILEETD LASLQRRPPV VTIMGHVDHG KTSLLDSIRA TKVAAGEAGG ITQHIGAYHV
DVEHEGQMQQ VVFLDTPGHE AFTAMRARGA RVTDVAVLVV AADDGVQPQT IEAISHAKAA
EVPLIVAINK IDKEEANPDR VKQELMEHGL VPEEWGGDAI MVPVSAIQKQ NLDTLLEMIL
LVSEVEDLQA NPERLAKGTV IEANLDKARG PVATLLVQNG TLKVGDIIVA GSVYGKVRAM
IDDRGYRVDK ASPSFAVEVL GLRDVPQAGD EFKVFKNEKE ASAITTERAD AKRESRIMRR
TSLGAVSVRA QEGELKELNL ILKGDVQGSI EAIVAALRQL PQKEVQLRLL LSGAGEVTET
DIDLAAASEA VIIGFNTTMA SGARQAADAA GVDVREYNVI YKLLDDIQGA MEGLLDPELI
EEPLGQVEVR AVFTINRGAV AGCYVLSGKV VRNCKVRVRR NGEIVYQGIL DSLRRMKDDV
KEVNAGYECG VSFDNFNNWS EGDIIEAYQM VTKRRKLST
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