| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2108 |
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| Symbol | |
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| ID | 4243944 |
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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 | 3287714 |
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| End bp | 3291085 |
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| Gene Length | 3372 bp |
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| Protein Length | 1123 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638107216 |
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| Product | GAF sensor signal transduction histidine kinase |
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| Protein accession | YP_721817 |
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| Protein GI | 113475756 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3899] Predicted ATPase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | 9 |
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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 | TTGCATGATC GGGTACAACA AGCAGCTTAT TTGTTAATTC CAGAAGAGCA AAAACAAGCA
ACTCATTTAA AAATAGGGCG ATTATTGTTA GAAAATATCC CAAAAACTGA AAGACAAGAT
AGGATTTTTG ATATTGTTAA TCAGTTAAAT TATGGGATGG ATTTAATGAA TAATTCTATT
GAGCGAAAAC AACTTGCTGG GTTAAATTTA ATTGCTGGAA AGAAAGCTAA GGTTTCTGGT
GCTTATAATA CTACAATTAA TTATTTCAAT ACAGGTCTAG AGTTGTTAAC TGTTAATAGT
TGGAAAACGA ATTATGATTT AACATTATCC CTCTATGTAG AAGCCACAGA AGTGAGTTCT
TTGATAGGTG AGTATGAGCA GATGGACAAA TTAGCTGAGG TTGTATGTCA ACAAGCTAAA
AGTTTATTGG AGAAAGTTCC AGTTTACATG AGTAAAATTA AATCTGAATT TGCTCAAAAC
CAAATGATGA AAGGTATTGA TCTAGCTATA GTAGTTATTA AAAATTTAGG ATTAGAATTA
TCTCCTATAT TGGAAGAAGC AGAGTTATCT GCTGCTATTG CAGAACTCCA GTCATTGATA
TTTCTGAGCG ATCGCTCCAC TGAAGACCTC AAACAACTTC CAGAAATGAA AAATCCTGAA
AAGTTAGCTT TAATAGAACT TTTAGGGTTA ATAGGAGCAG CAGCTTTTGT TGTGGGTTCC
CCACTATGGT CGAGTATAGT TTTTGCTATG GTTACTTTAT CTATGGAGTG GGGTAATACT
CCTGTTTCTG CTTACGGTTA TAGCTCTTAC GGAATTTTCC TCTGGAGTAG AGGAGAAATT
AAAGCAGCTT CTGAGTTTTC TGAGGTAACA TATAGACTAT TCGAGCGCTT CGGTGGAGAT
ACTCTCAAAG GACTGACTGT CGCAAACCTC CATCTGCGCC ATTGGAAAGA ACATTTAGGA
AAAACTTTGC CTTTATTTCT AGAATGTTAT TCCCTAGCTT TGTCTAGAGG AGACTTGGAA
TTTGCTAGTT ATAATATTTC TTTACACTCT TTTTATTCCT ACTTTATTGG GTCAGAATTA
ACAGAGCTTT CTCTAAAGCT GAATAACGCT ATTGATGCTG TTTTTCAAAT GAAGCACAAA
GTTCCTCTAA CCTGGTTGCA AATGACTCAA CAAACTATTC TGAACTTAAG CGATCGCTCT
GAAAATACCT GTTTATTAAT TGGTGAAGCT TTTGATGAGA CAAAAATACA GCCTCAAGAA
GATTTTGGAC TGACATACTT ACATTTTTAT AAACTTTATT TATATTATCT GTTTGGCGAC
TACCAAGAAT CTCTAAAATT TTGTCTAGCA GGACAAACAT ATCTGCATTT TAGTAGTTCT
GACTATAGTC TCATACTTTT CTATTTTTAT GGCTCTTTAA TTCGACTTGC TTTGTACAAT
GAAGGTTCAG AAGAAGAACA ACAACAGTGG TTAGAACAAG TGACCTCTTA CCAGAAACAG
ATGAAAATTT GGGCGCACCA TGCTCCTATG AACTTTTTAC ATAAATTTCA TCTAGTAGAA
GCAGAAAAAC ATCGGGTGCT TCATAACTAT GTTGAAGCAA TTGAACTTTA TGAACAAGCG
ATCGCTGGAG CTACAGAAAA TAAATATATT CAAGAAGTTG CCCTAGCTAA TGAACTTGCA
GCTAAATTTT ACTTAGGGTG GAATAAAGAG ACTATTGGCC AAGCATATTT AATCAAAGCT
TACTACGCTT ATGCTCAGTG GGGAGCTACT GCTAAACTTA AACATCTAGA AAAGTGCTAC
GGTGATCTAC TTAAACCCCT ACAGGAACAA AAACCTAATT TGACTTCTAG CTTAACTACT
GAAACTATCA TATATACAAG TAGTGATACC TCTTTAATTT TTGACTTCAA GAGTGTGATG
AAAGCAACTC AGGCAATTTC AGGAGAAATT AAACTTGAGA ATTTACTCTC GGTTTTGATG
CGAGTTACCC TAGAAAGTGC TGGAGCTAAA AAAGGTTATT TAATCTTACC CCAAGGGGAA
AATTGGGTAA TAGAAGCTGA GGCTATTCGT AATAGAAACC TTGAGGGAGA ATTACAGCTA
ACAGCAAAAC AGTCTATTTC TATTAACTCC ACAAATAAGC TTTCTACTTC TGTTGTTTAT
TATGTGGCGC GTACTCAAGA AATTGTTGTA CTTGATGATG CTACTAATGA AACTAAGTTT
GCTGCTGATA CTTATATTCA AAGGTATAAA CCTAAGAGTA TTTTATGTAT TCCCATTATT
AATCTTTCTC AATTTATTGG CATACTATAT CTAGAAAATA ATCTGACGGT AGGAGCTTTT
ACTAGGGATC GCCTAGAAGT ATTAAAATTT CTCACTACTC AAGCAGCTTT ATCCTTAGAA
AATGCCAGGC TTTATGAAAC CTTATCTATT GCTAAAAATC AACTTGAAGA ATATAATCAG
ACCTTAGAGG AGCAGGTTAA AAAACGTACT GAAGAATTAA ATGAAAAAAA TGTAGATTTA
TCTGAAACTA TCAAAAAACT ACAAAAGGCT CAAGGTCAAT TAATTCAAAC GGAAAAAATG
TCTAGTTTAG GGCAGATGGT AGCGGGAATT GCTCACGAAA TTAATAATCC AAACAATTTT
ATATATGGCA ATGTTAATCA CGCTATTGAA TATAGCAAAA ATTTACTTAA TTTAATCAAT
CTTTATCAGG AAGAATATCC TCATCCGACA ATTAAAATAG AAGAAATGAC TGAAGATATA
GATTTCTATT TTTTAAGAGA AGATTTATAC AAATTACTAG ATTCTATTAA AGTAGGAGCT
GAAAGAATTC AAAAAGTTGT GCTATCTCTA CGGAATTTTT CGAGATTAGA TGAATCAGAT
ATGAAGCCAG TAAATATCCA TGAAGGTATT GATAGTACTC TACTAATTTT ACAAAATAAA
CTTAACTATA AAATTGGAAA ATCAGAAATT AAAGTAGTCA AAAACTATGG GCCTCTTCCA
TTAGTAAACT GTTACGCTTC TTACTTAAAT CAAGTATTTA TGAATATTTT AATTAATGGT
ATTGATGCTC TAGAAGAGGC GAGAAAAAAT AATAGTGAAT TAGAAGAGCC TATTATTATT
ATTAGTACAG AAATTACTCA AGACCAGACT GTAACAATTA AAATTTTTAA CAACGGCCCT
AGCATTAGTC TCGAAAATCA AAGGAAGATA TTTGACCCAT TTTTTACTAC TAAACCAGTG
GGTACTGGTA CAGGTTTAGG TTTATCAATT AGTTATTCAA TTGTTGTTGA AAAACATAAG
GGTAAGCTAA CTTGTAATTC TTCATTAGGG AAAGGAGTAG AATTTGTGAT TGATATTCCA
TGTGACCTAT AA
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| Protein sequence | MHDRVQQAAY LLIPEEQKQA THLKIGRLLL ENIPKTERQD RIFDIVNQLN YGMDLMNNSI
ERKQLAGLNL IAGKKAKVSG AYNTTINYFN TGLELLTVNS WKTNYDLTLS LYVEATEVSS
LIGEYEQMDK LAEVVCQQAK SLLEKVPVYM SKIKSEFAQN QMMKGIDLAI VVIKNLGLEL
SPILEEAELS AAIAELQSLI FLSDRSTEDL KQLPEMKNPE KLALIELLGL IGAAAFVVGS
PLWSSIVFAM VTLSMEWGNT PVSAYGYSSY GIFLWSRGEI KAASEFSEVT YRLFERFGGD
TLKGLTVANL HLRHWKEHLG KTLPLFLECY SLALSRGDLE FASYNISLHS FYSYFIGSEL
TELSLKLNNA IDAVFQMKHK VPLTWLQMTQ QTILNLSDRS ENTCLLIGEA FDETKIQPQE
DFGLTYLHFY KLYLYYLFGD YQESLKFCLA GQTYLHFSSS DYSLILFYFY GSLIRLALYN
EGSEEEQQQW LEQVTSYQKQ MKIWAHHAPM NFLHKFHLVE AEKHRVLHNY VEAIELYEQA
IAGATENKYI QEVALANELA AKFYLGWNKE TIGQAYLIKA YYAYAQWGAT AKLKHLEKCY
GDLLKPLQEQ KPNLTSSLTT ETIIYTSSDT SLIFDFKSVM KATQAISGEI KLENLLSVLM
RVTLESAGAK KGYLILPQGE NWVIEAEAIR NRNLEGELQL TAKQSISINS TNKLSTSVVY
YVARTQEIVV LDDATNETKF AADTYIQRYK PKSILCIPII NLSQFIGILY LENNLTVGAF
TRDRLEVLKF LTTQAALSLE NARLYETLSI AKNQLEEYNQ TLEEQVKKRT EELNEKNVDL
SETIKKLQKA QGQLIQTEKM SSLGQMVAGI AHEINNPNNF IYGNVNHAIE YSKNLLNLIN
LYQEEYPHPT IKIEEMTEDI DFYFLREDLY KLLDSIKVGA ERIQKVVLSL RNFSRLDESD
MKPVNIHEGI DSTLLILQNK LNYKIGKSEI KVVKNYGPLP LVNCYASYLN QVFMNILING
IDALEEARKN NSELEEPIII ISTEITQDQT VTIKIFNNGP SISLENQRKI FDPFFTTKPV
GTGTGLGLSI SYSIVVEKHK GKLTCNSSLG KGVEFVIDIP CDL
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