| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3246 |
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| Symbol | |
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| ID | 4243667 |
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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 | 4977493 |
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| End bp | 4980810 |
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| Gene Length | 3318 bp |
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| Protein Length | 1105 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 638108242 |
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| Product | methyl-accepting chemotaxis sensory transducer |
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| Protein accession | YP_722833 |
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| Protein GI | 113476772 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0840] Methyl-accepting chemotaxis protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.610597 |
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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 | 0.482443 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACATCAT CAAGTACAGA CTTTTTACAA AATTATCAAA GGGTAGAAGA TGCTTACAGT
GAAGGTAAAT ATGAACAAGC AGCAGCTTTA GTTTATGACT TAATTCAAGA TTATCCAGAA
GATCCTACTT CTCGTCTGCT TTGTGGTCAT ATATATTGCT ATGGGCTCCA TCAGTATGAT
GTGGCAAAAG AACAATACCA GTTAGTCTTA GATTTAAGTG ACGATATTGA CCTGATTAAG
TATGCTCAAC AAGGTATTAG TGATAGTGAG CAATTTATCA GAGAGGATCC AGGGCTCTAC
AGTAATGTTG AAGAAATGCT GGAAGATATT AACATTAATA ATGATCAAAA TGAAGATTCA
AAAGAAGGAG AAGTTTCTAG TTATTTGGAA GCGTTCGCAA ATCAAAATGC TTTAGAGCTA
GATTTAAAAA ACTTAGAAAA TGTTACAGAT TCAGAACTTA TTCTAGATAA AAATAGTGTA
GAGCTAAACC CTAAAAACTT AGAAAATGCT ATAGATTTAG AACTACTTCT AGATGAAAAT
GGTCTAGAAC TAGATCCTAA AGACTTAGAA GATGTTATAA ACTCAGAGCT AATTTTAGAT
GAGAATGGTC TAGAGCTAGA TCCTAAAGAC TTAGAAGATG TTATAAACTC AGAACTAATT
TTAGATGAAA AGACTTTAGA ATTAAAAGCA GAAAACCCGC AAGAAAAGTT TGATTTTGAT
CAAGAAAATA TAGATGATTT AGAATTTACA TATCAAGATA ATAATCCTTT TGTCACGAAT
GGTAGTTTGA ATAAGGATAC AAAGGATGAA GATTCAAAAT ATGTAGAAAA TTTACAGGAG
CTGGTCCAAT TTGAAGATAA TTTGTCTAGA GATGATGGAG ATAATGAAGA ATTAATAGAT
CAATTAGCAA TAGAAAATAG TAAAGTTTAC CCAAATCAAA CATCTGAAAA ATTACAAGAT
GATACAGTTG TGAATGGGAA ACATAGTGAA GCTATAGAAG AGATATCTGA TTTGAGTTTA
ACTGTAGACC TAGATGAAAT CTGGAAAAAG CAACAAAAAG AATTCTTTCA AGAACAAGAA
ATATCGGAAA ATCAAACAGT AGAAGATAAA GAGATAAAAA GTAATATAAA TTTTGGCCAA
GATTATCCAA TAGAAGAGTT GGACTTAGAG GCATTAAATG AAGATTTTGA GAATGTAATG
GATAAAATCC TAGACGGCTC TGAGGAAATA GTTGTTGGGG AACTGGATAA CATGGAAAAC
AGTAGACCTG ACATAGCAAA ATATCCAGAA ATGGAAAATC AACATATTAA ACATGATTTT
TCAGAGATAG ATGAAGCCAC TTTGTTGATG GGAAATAACA ACAACTCTAA TTCGGAAAAA
ACAGACAATG AAGTAGGTAA ATTAGGAAAT GAATATAATC AATGGGAGAA AAGAGAAGAC
CAAGGTCAGG GAAGAGTTGA AGAACCAGAT GATTTTGAGA ACAATGAATT TGATGAAGCA
GCATTCAGCC AAGCTTTCCA TCTAGATGAA GATGAAAATA CGAAAGATAA AAAAGCAGAT
GGTTTTTTAG AAGATGATGA ATTTAGTAAT TTTGAGGACT ATGATTCCTT GAGTGATGGA
AGAAAAATGT TCAGTGAGAT AAAGATTCCT GAGATGGGGG TAGTTGCACC AAACTTAGAA
ACAACAGACA GAGGAATACC TATAGAATTG ACAACAGGAG CATTGTTTGA TAGTAAAACT
GATATTAGTA CAATTGATAT TGATAATGAA GAAGCTATAC CAATAGAAGA CCTAGATAAT
TTAGATCATC AACTGCCAAA ATTTAGCAAA AAAATTAAAG GAGAAGCAGT AGATACAAAT
GTAATGATTG AACAGGGTTG GTTAGCCTTT TTGGAAAATG CTTCCCTATT TCATAAACAA
TTATACATAG CTGCAGGAAC AGGATTAGCA TCATTAATAG CAGTAGCTTT TGTTAGTAAT
ATAGTTTCCT ACAAAGCTCT ACAAGAGAGA AACACAGAAC TAATTTCTAA TTTGCGTAGC
ACCGGTTGGA TAATGACATT GGGAGCAGGA GCAAGTAGCT TTATAACTGC TTTAGGTCTG
AGCAATATAA CAACAAGGCA AATAAAAAGA GCAAATAAAG ATTTAGATAC TCAATTCGAT
ATTATTTCTG ATGGAAACTT AAAAGCTAGA GCAACAATTT ATTCAGAGGA TGAGTTTGGT
AAACTTGCTG CCAAGTTTAA CTACATGGCT AAAGTTATCC AAGCAACTTA CACTGATGCT
CAAAGAAAGG CAGAAGAAAA TGAGCAGGCA AAAGAAGACT TACAAAGACA AGTAATTCGT
TTACTAGATG ATGTGGAAGG AGCTGCTCGT GGAGATTTAA CTGTTAGTGC AGAAGTAACA
GCAGATGTTT TGGGTGCAGT GGCAGATTCC TTTAACTTGA CAATTCAAAA TTTGCGAGAA
ATTGTTAATC AGGTTAAGGA AGCTGCTCAA AAAGTAAATC GGGGATCGCT TGATAGTGCT
GCTTTTGCTC AAGGTTTATC TACGGATGCT TTGCGACAAG CAGAAGAGTT GGCAGCAACT
CTACAATCTG TGCAAGTGAT GACTGATGCT ATTCAACGGG TAGCTGAAAA TGCTCGGGAA
ACTGAAGATG TAGCTCGTTC TGCTGCAGCT TTGGCATTGA AAGGAGGGGA AACAGTAGAC
CGTACTGTTG CTGGTATTCT CCAAATCAGG GAAGGTGTGG CAGATGCAAC TCGAAGAGTA
AAGCGTTTAT CAGAATTTAC TCAGGAAATT TCTAAAATTG TAAGTTCAAT TTCCAGTATT
GCCTCTCGCA CAAACTTGTT AGCATTAAAT GCTAGTATTG AAGCAGCTAG GGCAGGAGAA
GCGGGTAAAG GATTTGCGGT GGTGGCAGAT GAAGTTCGAC AGTTAGCTGA TAAATCAGCT
AAGGAGTCTA AGAATATAGA ACATACAGTG ATGCAAATTC AAACTGAGAC AGGAGGAGTA
ATGACTGGAA TGGAAGAAGC AACTCAGCAT GTGATCAAAG GAACAGCTTT AGCAGAAGAG
GCAAAGCAAT CTCTGGAAGA TATTGTTCAA GTTACAACAA GAATTGATGT CTTAGTTCGT
TCTATTGCTG CAGATACAGT AGAACAAAAT GAAGTGGCAC AATCAGTATC AAAAGTAATG
CAAGCAGTAG AAATGACAGC TCAAGAAACT TCTCAAGAAT CTCAGCGAGT TTATAGTTCT
CTCCAAAATT TAGTAGGTGT TGCTCGCGAT TTATTAAATT CAGTAGAGCG TTTCCGCGTA
GATACAACAG CTAAATAA
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| Protein sequence | MTSSSTDFLQ NYQRVEDAYS EGKYEQAAAL VYDLIQDYPE DPTSRLLCGH IYCYGLHQYD
VAKEQYQLVL DLSDDIDLIK YAQQGISDSE QFIREDPGLY SNVEEMLEDI NINNDQNEDS
KEGEVSSYLE AFANQNALEL DLKNLENVTD SELILDKNSV ELNPKNLENA IDLELLLDEN
GLELDPKDLE DVINSELILD ENGLELDPKD LEDVINSELI LDEKTLELKA ENPQEKFDFD
QENIDDLEFT YQDNNPFVTN GSLNKDTKDE DSKYVENLQE LVQFEDNLSR DDGDNEELID
QLAIENSKVY PNQTSEKLQD DTVVNGKHSE AIEEISDLSL TVDLDEIWKK QQKEFFQEQE
ISENQTVEDK EIKSNINFGQ DYPIEELDLE ALNEDFENVM DKILDGSEEI VVGELDNMEN
SRPDIAKYPE MENQHIKHDF SEIDEATLLM GNNNNSNSEK TDNEVGKLGN EYNQWEKRED
QGQGRVEEPD DFENNEFDEA AFSQAFHLDE DENTKDKKAD GFLEDDEFSN FEDYDSLSDG
RKMFSEIKIP EMGVVAPNLE TTDRGIPIEL TTGALFDSKT DISTIDIDNE EAIPIEDLDN
LDHQLPKFSK KIKGEAVDTN VMIEQGWLAF LENASLFHKQ LYIAAGTGLA SLIAVAFVSN
IVSYKALQER NTELISNLRS TGWIMTLGAG ASSFITALGL SNITTRQIKR ANKDLDTQFD
IISDGNLKAR ATIYSEDEFG KLAAKFNYMA KVIQATYTDA QRKAEENEQA KEDLQRQVIR
LLDDVEGAAR GDLTVSAEVT ADVLGAVADS FNLTIQNLRE IVNQVKEAAQ KVNRGSLDSA
AFAQGLSTDA LRQAEELAAT LQSVQVMTDA IQRVAENARE TEDVARSAAA LALKGGETVD
RTVAGILQIR EGVADATRRV KRLSEFTQEI SKIVSSISSI ASRTNLLALN ASIEAARAGE
AGKGFAVVAD EVRQLADKSA KESKNIEHTV MQIQTETGGV MTGMEEATQH VIKGTALAEE
AKQSLEDIVQ VTTRIDVLVR SIAADTVEQN EVAQSVSKVM QAVEMTAQET SQESQRVYSS
LQNLVGVARD LLNSVERFRV DTTAK
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