| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2136 |
|---|
| Symbol | |
|---|
| ID | 4244108 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Trichodesmium erythraeum IMS101 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_008312 |
|---|
| Strand | + |
|---|
| Start bp | 3334629 |
|---|
| End bp | 3340364 |
|---|
| Gene Length | 5736 bp |
|---|
| Protein Length | 1911 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 32% |
|---|
| IMG OID | 638107242 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_721843 |
|---|
| Protein GI | 113475782 |
|---|
| COG category | [S] Function unknown |
|---|
| COG ID | [COG1262] Uncharacterized conserved protein |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 4 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 13 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGTTTGAAA AATTCATAGC TTTTATAAAG ACAAAAGAAT GGCAACTTGA TTCGATGCAA
ATAGCAGAGG TTTTATGGTT TGTGCACCAA GTTAGTGAAC AAAAACAGGA AGAAAATAAT
TCTCAAAATT TAGTTTCAAG TAATACGGAG GAGCTAGCTG AAAACTTTGA TCAATCTTAT
GACTTTCAAC TTTCAAAAAC AGCTAGTATT CAACAACCAA AAAAAACGCC TACTAGGTCT
TCGTCTTCTC AATATCCTTT AACTACTTCA TCATCAAATA AATCTCAAAA TACAGAAATT
CAACCAACAT CTTTGACTAC TGAAAAATTG CCTATCAAAT TACCAGACAT AGCAATTTTG
CGTAATACTC TAGAATTAAG TCGCCTTATT AAACCCTTCA AACAAAAGGT AAACTCTCGA
GTTGCTCAGG AATTAGATGT TAATGAAACT GCCAAAATAA GTGCAGAACT TAGTACCCTG
AATTTTCCCC GTTATTTTCC AGTTTTAACT CCTAAAAAAG AACGTTGGTT AGATGTTGTT
TTGCTCATAG AAGATAGTGA TTCAATGATT CTTTGGCAGT CTTTATTGCC AGAAGTTAGA
GATTTTCTAG AACATTTAGG AGCATTTCGA GATATCAAAC TTTATCGCAT AAAATGGGAT
AATAATTCAG AAAATTTACA AATTTATCCT TTTCATTCTC CTTCTCTGAC TCTATCTCCT
CAAGAATTAA ATTCATCCGA TCATAGACGG TTAATTTTGA TGCTTAGTGA TTGTATTTCC
CTAGCTTGGA TTAATCAGAA ATTTATTAAT ATTCTTCAAA AATGGGCAAC AAAAGAAAAG
TTGACTATCC TCAATCCTTT TCCTGAAAGA ATGTGGGAAA ATACAAATCT TTGTTATGCA
ATTAGACTGC GATTAGGAAA TAATAAAAAG CAAAATTCGA CTCAAAAATG GGATGCAATT
CCTATTGAGT ATTGGCAAGA AAAATACCTT AATCAACAAA CAGTTAAATT ACCAATTCTA
AATTTAGAAC CAAAGTCAAT GGCTGCTTGG GTTAATGTTA TGGTAGGAAA AGGAATCAGT
TGGTGTGCTG GTGCTGGGTT AGGTTTAGAA TTGATGGGTC CAGAGCCAGA AGAAGAGGAA
GAACCTCTCA CTCCTAGAGA ACAAATTAAT AATTTTTATG CCACTTTTTC CAAGGAAGCT
TGGCAATTAA TTCAATGGTT ATCTGCTATT CCAATTAATC TTTCTACTAT TCGTTTAATA
CAACGAGCTT TATTACCAAA GTCGACTCAA ATTAATGTCG CAGAAGTATT AATGGGAGGA
TTATTAAGTC CGGTTAAACC TTTTAATTCT TATCGTTTTC CTCATCAAAT TGAGTTTGAA
TTTCAACCGG GAATTAGGGA GATATTTTTA GACCGTTTAG GAGGAAAAGA ATTTTGTATT
GGGGTTATTG GTCGTTTAAC TGAAAAAATT GCTAGTCATT TTGGATATGA AACTATTCGA
GAATTTGAAG CAATTCTATT AAATGAACCT TGGAATTTTC GGGATGATCA AGATATTAGA
TTAATTCACA CTTTTGCGAC TATATCTATC TCAACTCTTA GGCAATATGG AGATAAATAT
ACTGATTATA TTCCCAAGTT AGATAGAAGT CGCGCTCAGT TATATTTGAT GTCTGAAGTT
CCAGGAGAAT CTATAAATTG GAGAGATTTT CTGGAAAAAG TCGCTCAAAA ATATCGTTTA
AGTTCTATTC AAAAAGAAAT TTTAATTAAT CTATTTCCAA GTTCCCAAGA ATTTCTTTCT
ATTTCTGAAC TAGCTCAAAA ACTTCTCAGT TCGGCTTCAG TTATTAAAGG TCGCTTAAAT
CATATTTTTC CTAAATTTGA AAGTAAAAAT CCAGATTTAT TTGCATCTCA AAAATATTCT
CGACTAGAAG CTCTGCATTT ATTTTTATCT TCTGAATATA AAAATTCATA TATTCCTCAA
ATTCTTGAAA ATGATCAAAT TGAGGAAAAT TTACAAGACT TGAATTCTGA AGTTCCAGGA
GAGTCTGTAA AATGGAGAGA TTTTCTGGAA AAAGTCGCTC AAGAGTATGA TTTAACTTCT
ATTCAAAAAG AAATTTTAAT TAATCTATTT CCAAGTTCCC AAGAATTTCT TTCTATTTCT
GAACTAGCTC AAAAACTTCT CAGTTCGGCT TCAGTTATTA AAGGTCGCTT AAATCATATT
TTTCCTAAAT TTGAAAATAA AAATCCAGAT TTATTTGCAT CTCAAAAATA TTCTCGACTA
GAAGCTCTGC ATTTATTTTT ATCTTCTGAA TATGTAAATT CATATATTCC TCAAACTCTT
GAAAATGATC AAATTGAGGA AAATTTACAA GACTTGAATT CTGAAGTTCC AGGAGAGTCT
GTAAAATGGA GAGATTTTCT GGAAAAAGTC GCTCAAGAGT ATGATTTAAC TTCTATTCAA
AAAGAAATTT TAATTAATCT ATTTCCAAGT TCCCAAGAAT TTCTTTCTAT TTCTGAACTA
GCTCAAAAAC TTCTCAGTTC GGCTTCAGTT ATTAAAGGTC GCTTAAATCA TATTTTTCCT
AAATTTGAAA GTAAAAATCC AGATTTATTT GCATCTCAAA AATATTCTCG ACTAGAAGCT
CTGCATTTAT TTTTATCTTC TGAATATAAA AATTCATATA TTCCTCAAAT TCTTGAAAAT
GATCAAATTG AGGAAAATTT ACAAGACTTG AATTCTGAAG TTCCAGGAGA GTCTGTAAAA
TGGAGAGATT TTCTGGAAAA AGTCGCTCAA GAGTATGATT TAACTTCTAT TCAAAAAGAA
ATTTTAATTA ATCTATTTCC AAGTTCCCAA GAATTTCTTT CTATTTCTGA ACTAGCTCAA
AAACTTCTCA GTTCGGCTTC AGTTATTAAA GGTCGCTTAA ATCATATTTT TCCTAAATTT
GAAAATAAAA ATCCAGATTT ATTTGCATCT CAAAAATATT CTCGACTAGA AGCTCTGCAT
TTATTTTTAT CTTCTGAATA TGTAAATTCA TATATTCCTC AAACTCTTGA AAATGATCAA
ATTGAGGAAA ATTTACAAGA CTTGAATTCT GAAGTTCCAG GAGAGTCTGT AAAATGGAGA
GATTTTCTGG AAAAAGTCGC TCAAGAGTAT GATTTAACTT CTATTCAAAA AGAAATTTTA
ATTAATCTAT TTCCAAGTTC CCAAGAATTT CTTTCTATTT CTGAACTAGC TCAAAAACTT
CTCAGTTCGG CTTCAGTTAT TAAAGGTCGC TTAAATCATA TTTTTCCTAA ATTTGAAAGT
AAAAATCCAG ATTTATTTGC ATCTCAAAAA TATTCTCGAC TAGAAGCTCT GCATTTATTT
TTATCTTCTG AATATAAAAA TTCATATATT CCTCAAATTC TTGAAAATGA TCAAATTGAG
GAAAATTTAC AAGACTTGAA TTCTGAAGTT CCAGGAGAGT CTGTAAAATG GAGAGATTTT
CTGGAAAAAG TCGCTCAAAA ATATCGTTTA AGTTCTAGTC AAAAAGAAAT TTTAATTAAT
CTATTTCCAA GTTCCCAAGA ATTTCTTTCT ATTTCTGAAC TAGCTCAAAA ACTGTCTCTT
TCAACTTCAG CCATTAGGGG TCGCTTAACT AATATCTTTC GTAAATTTGA AAGTAAAAAT
CCAGATTTAT TTGCATCTCA AAAATATTCT CGACTAGAAG CTCTGCATTT ATTTTTATCT
TCTGAATATA AAAATTCATA TATTCCTCAA ATTCTTGAAA ATGATCAAAT TGAGGAAAAT
TTACAAGACT TGAATTCTGA GGTTCCAGGA GAGTCTGTAA AATGGAGAGA TTTTCTGGAA
AAAGTCGCTC AAGAGTATGA TTTAACTTCT ATTCAAAAAG AAATTTTAAT TAATCTATTT
CCAAGTTCCC AAGAATTTCT TTCTATTTCT CAAGCTGCTC AAAAACTGTC TCTTTCAACT
TCAGCCATTA GGGGTCGCTT AACTAATATC TTTCGTAAAT TTGAAAGTAA AAATCCAGAT
TTATTTGCAT CTCAAAAATA TTCTCGACTA GAAGCTCTGC ATTTATTTTT ATCTTCTGAA
TATAAAAATT CATATATTCC TCAAATTCTT GAAAATGATC AAATTGAGGA AAATTTACAA
GACTTGAATT CTGAAGTTCC AGGAGAGTCT GTAAAATGGA GAGATTTTCT GGAAAAAGTC
GCTCAAGAGT ATGATTTAAA TTCTATTCAA AAAGAAATTT TAATTAATCT ATTTCCAAGT
TCCCAAGAAT TTCTTTCTAT TTCTGAACTA GCTCAAAAAC TTCTCAGTTC GGCTTCAGTT
ATTAAAGGTC GCTTAAATCA TATTTTTCCT AAATTTGAAA GTAAAAATCC AGATTTATTT
GCATCTCAAA AATATTCTCG ACTAGAAGCT CTGCATTTAT TTTTATCTTC TGAATATGTA
AATTCATATA TTCCTCAAAT TCTTGAAAAT GATCAAATTG AGGAAAATTT ACAAGACTTG
AATTCTGAGG TTCCAGGAGA GTCTGTAAAA TGGAGAGATT TTCTGGAAAA AGTCGCTCAA
GAGTATGATT TAACTTCTAT TCAAAAAGAA ATTTTAATTA ATCTATTTCC AAGTTCCCAA
GAATTTCTTT CTATTTCTCA AGCTGCTCAA AAACTGTCTC TTTCAACTTC AGCCATTAGG
GGTCGCTTAA CTAATATCTT TCGTAAATTT GAGAATAAAA ACCCAGGGTT ATTTGAATCT
AGAAAAGGCT CTAAATTAGA AGCTCTACAG TCATTTTTAT TTTCTCAATA TGTAAATTTA
GATATTCCTC AAACTATTAA AAATAATCAG TTTCAAATTG GGGAAAAATT ACAACATTGG
AGTTTTAAAA CCCCTACTGT TAACCGACGT GGAAATATTA TCAACACCAG AACTTATACT
GCTTCTTATT TCATCGAAAT TCTTGGGCCT GATATTAATT TAGAAATGGT AGCTATCCCT
GGTGGTACTT TTACCATGGG TTCTCCTGAA AGTGAAAAGT ATAGCGAAGA TAATGAACGG
CCCCAACATC AGGTAACTGT TCCTTCCTTT TTTATGGGCA AATATCCAGT AACTCAAGGA
CAGTGGAAAG CGATCGCCTC TCGAACAGAC ATAAAAGTAG AAGGAGACCT AGACCCAGAG
CCATCATATT TTAAAGAACC ATACGAAAAT ATAGATAGAT GGCACAGACC AGTGGAGCGG
GTTAGTTGGA ACCAAGCAGT AGAATTTTGT CAAAGACTAT CAAAACTAAC AGGAAGAAAG
TACAGGTTGC CGAGTGAAGC AGAATGGGAA TATGCTTGTC GTGCAGGAAC GAGTACACCA
TTCTACTTTG GAGAAACCAT AACACCTGAG TTAGCTAACT ATGATGGGAA GTATACTTAC
AGCGATGGGC CAAAAGGAGA ATATAGAGGG CAAACAACTC CTGTAGGTAA ATTTCCACCA
AATGCTTTTG GTTTATATGA TATGCATGGA AACGTTCATG AATGGTGTGC TGACGACAGG
CATGATAACT ATGTAGGAGC TCCTACAGAT GGAAGTGCTT GGATTAATAG TAATACACAT
AGTGATACTA AAAGTAGAAA AATCCTTCGT AGCGGCTCCT GGTACGGCTA TCCTTGGTGG
TGTCGCTCTG GGGACCGCAA CAGCTATTTC TCCGTCGAGG CGAACAACAT CATTTTTGGT
TTTCGTCTTG TGAGTGTCCC CCCCCAGGAC TTTTGA
|
|---|
| Protein sequence | MFEKFIAFIK TKEWQLDSMQ IAEVLWFVHQ VSEQKQEENN SQNLVSSNTE ELAENFDQSY
DFQLSKTASI QQPKKTPTRS SSSQYPLTTS SSNKSQNTEI QPTSLTTEKL PIKLPDIAIL
RNTLELSRLI KPFKQKVNSR VAQELDVNET AKISAELSTL NFPRYFPVLT PKKERWLDVV
LLIEDSDSMI LWQSLLPEVR DFLEHLGAFR DIKLYRIKWD NNSENLQIYP FHSPSLTLSP
QELNSSDHRR LILMLSDCIS LAWINQKFIN ILQKWATKEK LTILNPFPER MWENTNLCYA
IRLRLGNNKK QNSTQKWDAI PIEYWQEKYL NQQTVKLPIL NLEPKSMAAW VNVMVGKGIS
WCAGAGLGLE LMGPEPEEEE EPLTPREQIN NFYATFSKEA WQLIQWLSAI PINLSTIRLI
QRALLPKSTQ INVAEVLMGG LLSPVKPFNS YRFPHQIEFE FQPGIREIFL DRLGGKEFCI
GVIGRLTEKI ASHFGYETIR EFEAILLNEP WNFRDDQDIR LIHTFATISI STLRQYGDKY
TDYIPKLDRS RAQLYLMSEV PGESINWRDF LEKVAQKYRL SSIQKEILIN LFPSSQEFLS
ISELAQKLLS SASVIKGRLN HIFPKFESKN PDLFASQKYS RLEALHLFLS SEYKNSYIPQ
ILENDQIEEN LQDLNSEVPG ESVKWRDFLE KVAQEYDLTS IQKEILINLF PSSQEFLSIS
ELAQKLLSSA SVIKGRLNHI FPKFENKNPD LFASQKYSRL EALHLFLSSE YVNSYIPQTL
ENDQIEENLQ DLNSEVPGES VKWRDFLEKV AQEYDLTSIQ KEILINLFPS SQEFLSISEL
AQKLLSSASV IKGRLNHIFP KFESKNPDLF ASQKYSRLEA LHLFLSSEYK NSYIPQILEN
DQIEENLQDL NSEVPGESVK WRDFLEKVAQ EYDLTSIQKE ILINLFPSSQ EFLSISELAQ
KLLSSASVIK GRLNHIFPKF ENKNPDLFAS QKYSRLEALH LFLSSEYVNS YIPQTLENDQ
IEENLQDLNS EVPGESVKWR DFLEKVAQEY DLTSIQKEIL INLFPSSQEF LSISELAQKL
LSSASVIKGR LNHIFPKFES KNPDLFASQK YSRLEALHLF LSSEYKNSYI PQILENDQIE
ENLQDLNSEV PGESVKWRDF LEKVAQKYRL SSSQKEILIN LFPSSQEFLS ISELAQKLSL
STSAIRGRLT NIFRKFESKN PDLFASQKYS RLEALHLFLS SEYKNSYIPQ ILENDQIEEN
LQDLNSEVPG ESVKWRDFLE KVAQEYDLTS IQKEILINLF PSSQEFLSIS QAAQKLSLST
SAIRGRLTNI FRKFESKNPD LFASQKYSRL EALHLFLSSE YKNSYIPQIL ENDQIEENLQ
DLNSEVPGES VKWRDFLEKV AQEYDLNSIQ KEILINLFPS SQEFLSISEL AQKLLSSASV
IKGRLNHIFP KFESKNPDLF ASQKYSRLEA LHLFLSSEYV NSYIPQILEN DQIEENLQDL
NSEVPGESVK WRDFLEKVAQ EYDLTSIQKE ILINLFPSSQ EFLSISQAAQ KLSLSTSAIR
GRLTNIFRKF ENKNPGLFES RKGSKLEALQ SFLFSQYVNL DIPQTIKNNQ FQIGEKLQHW
SFKTPTVNRR GNIINTRTYT ASYFIEILGP DINLEMVAIP GGTFTMGSPE SEKYSEDNER
PQHQVTVPSF FMGKYPVTQG QWKAIASRTD IKVEGDLDPE PSYFKEPYEN IDRWHRPVER
VSWNQAVEFC QRLSKLTGRK YRLPSEAEWE YACRAGTSTP FYFGETITPE LANYDGKYTY
SDGPKGEYRG QTTPVGKFPP NAFGLYDMHG NVHEWCADDR HDNYVGAPTD GSAWINSNTH
SDTKSRKILR SGSWYGYPWW CRSGDRNSYF SVEANNIIFG FRLVSVPPQD F
|
|---|
| |