| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2167 |
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| Symbol | |
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| ID | 4242619 |
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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 | 3382538 |
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| End bp | 3385582 |
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| Gene Length | 3045 bp |
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| Protein Length | 1014 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 638107273 |
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| Product | tetratricopeptide TPR_2 |
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| Protein accession | YP_721873 |
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| Protein GI | 113475812 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG3914] Predicted O-linked N-acetylglucosamine transferase, SPINDLY family |
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| TIGRFAM ID | |
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| 
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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 | 8 |
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| Fosmid unclonability p-value | 0.796808 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGACTACC AAAAATTCAT CCAACAACTT CCCACTAATT ACCAAAACTG GGGCAATAAC
TCCCTTCAAC CATCTGACCA ATGGCCAAAA ACCCTCACCC CTAAACCCAA CGTCAACACC
CTCAACCTCA TGAAACTACT CAACAGCGCT GTAGAACACA CAGAACCAGA TGAGATTTAC
TGCGAGATAG GCACTACTCA AGGTCTCACT TTAATCGGAG CATTATTTGA GCATACCGAA
AAAATGGCCT ATGCAGTTAA CAACTTTTCT AACTTTGATT CTACTGGAGA ACTACAACAA
GAACTATTAG AAAATTTGCA GCAATTTAAT CTTGAATCAC AGGTCTTTTT TTGTGACCAA
GATCTAGAAG AATTTTTATT AGAATTACGA GAAATAGAAA CAGAAAATAA TATTGGTGTC
TATTTCTATA ATGGCTCTCC TGAATATCGC TCCGTACTGT TAGGATTAAT GTTAATTAAG
CCTTTTTTAT CTAAAAAAGC ATTAGTGGTT ATTAATAATT CTAATAAAAG TCTAGTACAG
CAAGCTTATT GGGATTTAAT GGCTAGTTTT CCTCAATATA AAATATTATC AGAATTACCA
GAATTTGCAC AAATAAATCA CTTATTTGGT AATGGGATTC AACTCCTAAG TTTTGACAGT
GAAAGAAATC ATAATTATCC ACCTTCTAGG ATTATTAATA ATCGTCAACA AAATGTCATT
ACAGCCATTT CTAATCTACA ACAATGGGAG ACAGAATCAT CCAGGCAGTT GTTCTATGAA
GAAGCAATAT ATTTACACCA ACAACAGCAA TGGCAATTAG CAGAAAAAAA ATATCAAGAG
TTATTATTAT GGCAACCTAA TAATTCCCTG GTTTGGTTAC AATTAGGAGT GCTTTATTAT
CAAATAGAAA ATTATCAACA GTCTATTTCA GCTATATCTA AATCTTTAGA AATAGAACCA
TCAAGTTATG GATATTACTA CCAGGGTTTA GGGTTAGAAA AAATCAATCA AATTGAACAA
GCGATCGCCT CCCACCAACA AGCAATTAAA CTAGATATTA ATTTCATAGA TCCTTATAAT
AATTTAGGCA ATCTCCTCAA GACAAAAAGT GAATTTGAAC AAGCAGAAAC TATTTATCGC
CAGAGCATTT CTATTAACCC CAACCATTGG GGAAGTTATA TTAATCTAGG TAATTTAATG
CTCGAACAAA ATCGAGTTGA GTTGGCGATC GCTAATTATG AAAAGGCCCT AGAAATCAAT
CCCGAAAATT CAGATATAGC TAACAATCTC AACATCGCTC TTCGAGCAAA AAATAACCCT
GCCCCAATAT TATTAAATTG GGCACGAAGA CTGCAACAAT TAGGAAAATA TGAAACAGCA
ATTTTAGAAT ATCGTAAATA TCTAGAACTT CAACCAACAG ATACTCAAGT CTATTCTTTT
CTCTCAGAAT GTTATCAACA ATTAGACCAA AAACAAGCAA CTATAAACAT TCTCCAAGAG
GGTACCCAAA CCTGCCCCAA TTCAGGACAG CTCCATTTTA ACTTAATTAT GACCCTATTA
CAAAATGGGA GAACTGAACA AGCAATATCT CAAGCAGAAA TAGCTTTACA AAACCTGCCC
CAAGATTACA CATTTAAACT CCTAAAACAT TTAATAGTTC CCATTATTTA CCACAGTCCA
GAATCAATCA GCTTTTATCG CCAAAGATTT GAAACCGAAA TACAAAACCT CATAAAAACA
ACCAATTTAG AAAATACTGA ATCGCGAAAA AACGCTCTTT TAGGTACTAG CAGATTCACT
AATTTTTACT TAGCTTATCA AGCTCATAAT GTTCAAAAAT CTCAAATTAT CTATGGTAAT
TTTCTCCATA AAATTCTAGG AGCTAATTAT CCAGAATACA TACAACCATT ATCCATTCCA
CCCGTAGAAA ATAAAATCCG CATTGGCTAT ATTTCCAACT ATTTACATTC TTATAGTGGC
AGCTTGTGGT TAATAGGTTG GTTACGTTAT GCTGACCATA AAAATTTTGA AATTTACTGT
TATTATACTG GTAATTCTCC TGACCCAATA ACAGAAAAAT TTCGTCAATA TAGCCATAAA
TTTCATCATA TTCCAGGCAA TTTACCCGCA GTTTGCCAAC AAATATTAAA TGATAAACTA
CATATATTAG TCTATCCCGA AATAGGTATG GACCCACCCA CAATGCAAAT AGCAGCCTTG
CGGTTAGCAC CTATACAATG TACTGCCTGG GGCCATCCAG TAACTACAGG GTTACCAACT
ATTGATTATT TTCTATCCAG TGAATTAATG GAGCCAGAAA ATGCTCAAGA ACATTACTCA
GAAACTTTAA TTAAACTACC TAATATTGGG GTGGCTTATC CTGAACCTAA AGACATTACT
AACCTGACAA AAAAACAGAC TATTCCCCCT TTTCCAAAGA GCGTTAGGGG CGAAAAAAAA
TTCCAATTAC CTGAAGATGG AGTTATTTAT TTATGCTGTC AAGCACCTTT TAAATATTTG
CCTCAATATG ATTATATTTT CCCAGAAATA GCTTTAGGAG TTCCCCAAGC AAAATTTGTT
TTTCTCAGAG GAACTTTATT AAAACCTCGT TTAGAAAAAG CTTTTTATTC TAGAGGGTTA
AATAGTGAAG ATTATTGTGT TCATTTAAAG ATTCCAGAAA GGTCAGATTA TTTGATGTTA
AATCTACTTT CAGATGTTTT TCTAGATACT TTTACTTGGT CTGGTGGGAA TACTTCTTTA
GAGGCGATCG CTTGTAATTT ACCGATAGTA ACTTGTCCTG GAGAATTTAT GCGCAGTCGT
CATGCAGATA GTTTCTTAAA AATGTTGGGA GTTATAGATA CTATTGCTAA AGATGAAGCA
GAATATATTC ATATTGCTGT TAAATTAGGT TTAGAAACTG CTTGGCGAAA TGACATTTCT
CAGAGGATGA GTTTACGCCA TAATTATCTA TTTGATGACC AAACTTGTGT CAATGCCTTA
GAAGATTTTT ATCAACAAAT AGTCCGAAAA TATTCCTCGT GGTGA
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| Protein sequence | MDYQKFIQQL PTNYQNWGNN SLQPSDQWPK TLTPKPNVNT LNLMKLLNSA VEHTEPDEIY
CEIGTTQGLT LIGALFEHTE KMAYAVNNFS NFDSTGELQQ ELLENLQQFN LESQVFFCDQ
DLEEFLLELR EIETENNIGV YFYNGSPEYR SVLLGLMLIK PFLSKKALVV INNSNKSLVQ
QAYWDLMASF PQYKILSELP EFAQINHLFG NGIQLLSFDS ERNHNYPPSR IINNRQQNVI
TAISNLQQWE TESSRQLFYE EAIYLHQQQQ WQLAEKKYQE LLLWQPNNSL VWLQLGVLYY
QIENYQQSIS AISKSLEIEP SSYGYYYQGL GLEKINQIEQ AIASHQQAIK LDINFIDPYN
NLGNLLKTKS EFEQAETIYR QSISINPNHW GSYINLGNLM LEQNRVELAI ANYEKALEIN
PENSDIANNL NIALRAKNNP APILLNWARR LQQLGKYETA ILEYRKYLEL QPTDTQVYSF
LSECYQQLDQ KQATINILQE GTQTCPNSGQ LHFNLIMTLL QNGRTEQAIS QAEIALQNLP
QDYTFKLLKH LIVPIIYHSP ESISFYRQRF ETEIQNLIKT TNLENTESRK NALLGTSRFT
NFYLAYQAHN VQKSQIIYGN FLHKILGANY PEYIQPLSIP PVENKIRIGY ISNYLHSYSG
SLWLIGWLRY ADHKNFEIYC YYTGNSPDPI TEKFRQYSHK FHHIPGNLPA VCQQILNDKL
HILVYPEIGM DPPTMQIAAL RLAPIQCTAW GHPVTTGLPT IDYFLSSELM EPENAQEHYS
ETLIKLPNIG VAYPEPKDIT NLTKKQTIPP FPKSVRGEKK FQLPEDGVIY LCCQAPFKYL
PQYDYIFPEI ALGVPQAKFV FLRGTLLKPR LEKAFYSRGL NSEDYCVHLK IPERSDYLML
NLLSDVFLDT FTWSGGNTSL EAIACNLPIV TCPGEFMRSR HADSFLKMLG VIDTIAKDEA
EYIHIAVKLG LETAWRNDIS QRMSLRHNYL FDDQTCVNAL EDFYQQIVRK YSSW
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