| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_2723 |
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| Symbol | |
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| ID | 8358883 |
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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 | Chitinophaga pinensis DSM 2588 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013132 |
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| Strand | + |
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| Start bp | 3328459 |
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| End bp | 3332502 |
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| Gene Length | 4044 bp |
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| Protein Length | 1347 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 644964903 |
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| Product | histidine kinase |
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| Protein accession | YP_003122404 |
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| Protein GI | 256421751 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | 38 |
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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 | ATGACAACCA GGCAGCATGT ATTGGGACAA TCATACCCTT ACCATTTTAA CGCCCTCACG
GTAGATGAGG GACTTTCTCA TACAGATGCT ACTGACATTG TGCAGGATCG ATGGGGATAC
ATCTGGGTGT CGACTCTTTT TGGCATCAAC AAATTTGATG GATACAACGT CCGGAGATAT
TATAATAGTA ATATACCCCT GAATAATGCT TACCGCAATC GCGTGATCTG TATGGCAGTC
GACAGTACCG GCTTTTTGTG GTTGGGTACA GAAGCCGGTT TTCAGCGTTT TGATACCCGT
ACAAGTCAAT ATATCGATTA CCCGGTTAGC CAGGGATCGT CAGCGAATGA CCTTACGAAA
ATTGTGATCT CCTCATCACA TACCTTTTAC GCCCTCGCTA GCAAAGATCA GCTGCGCTGT
TATTTGCTGA AAGGCACAAC CCTACAGGAG AAGAAGCTGC ATCTGCCTGA AGGCGTCGGC
ATCAGTGACA TAGCTATGGA CGTCGGGGGA CAGCTCTATC TGGCTACTAC AAGTGGCTTA
TGGGTGCTGG GCGAAAATGG TATTGCGCAT ATGATAAAAG TGGCAGGTTG CGCCGAAAAT
CACTTCAGCA AACTCTTTAT TGACCAAAAC CGACACCTGT TACTCGCTAC GGGTGAAAGA
CTTTACCTGG TTCAGACAGT GGGCGACTAC CCGAGCGTGG TCAAAACTGC TGCCATTCGT
GGTGAGGTGA GCGATATGGT GCAGGAGGCG GGAGGCAATT ACTGGATTAA TAGCAGTCAG
CGTCTGACAA GATTGGATAA AAACCTGGTT TTTGTTCAGG AGATCAATAA TGAAAGTCCC
ATTAAATACG TCGATCTAAG CGGACTTCAA AGCCTTTTCA TTGACAAATC TCAATGTATA
TGGACCGTCA GTTTTGGCAA TGGGGTACAA TATGCTGACC TTAATGAAAA GAAATTTTAT
ACCCTTCAGC ACCTGCCGGA AACTCCCTAC TCTCTTTCGG GTAGCTATGT GCGGGCCATT
CTGGACGAGA ACGGGAAGGA TCTCTGGGTA GGCACAAGCG ATCATGGGCT GAACCACTAT
GATCTTCAGA AGCAGCAGGT GGTACAGGTA TATAACAATT ATAATAGTAC GGTGCGTCTG
CCTGAGAATA CAATCACGGC ACTGGCAACT GACAATGAGC ATAATTTGTG GATAGGGGGG
CAGAGCGGTA TTACTGTCAT GCGCCCCAAT CGCCAGGAAC TTTGGCGACC ACCGGGGGCA
GAGAATTTTC CTGCACATGT TATAGATGTA TTGGCCAAAG ATTGCTTTGG TAATATCTGG
TTTGGTGACC ATACACATAA ATTTGGCGTA ATCTTTAAAG ACGCCGTAGG GAAATACCAT
GTAAAAGAAT ACGGGGAAAG CTTTTTTATA CATGCAGATT CCGTGAAGCC CCAGTTGATG
ATTTCCAGTA CACATGGCCT GAAGCGACTT ATAATAGATA AGGAAGGTAA TATTGTAAAA
AGCTGGAGCT ACGAAGCTAC TGGTAAACCT AATTCACTTA GTTCCAACTA TACTTATCCG
ATTGCAAAAC AGAACGACAG TATATATTGG ATAGGAACTA TCGGCGGCGG ACTGAACCGC
ATAATCCTCC GTGCTGATGA TACTTACGCC ATTACCCAGT TTACTAAAGG TGTTTTTAAA
GATGTAGAAG GACTGGAAGT AGATGATAAA GGTTTTATAT GGCTGGCAGG CAATGGTCTG
CAACGTTTAG ATCCGCGTAC TGGTGCGGTA ATTCGCTATG ATAAAAAAGA CGGACTACAG
GGAAACAGCT TCAAGGTTAA TTCTTCCTGC CGCGGAGCCA ATGGAATGTT ATTCTTCGGT
GGTATAAACG GGTTGAATTA TTTCCAGCCA TTGGAGATCA CAGCCAACCC TATAGCTGCC
GTCCCACAAA TTAGCCGCCT TTCTGTGAAC AACGAAGCTG CGGACTCTGC CCGTTATATC
ACAAACGTCG CCGCAGTACG CCTTAATTAT CTGCAGAATA ATTTCGTAAT TTTCTTTAGT
GCCATGCACT ATGCGAACCC TTTGAAATGT CGCTTCCGGT ATATGTTGAA AGGCTACGAT
CACGTCTGGC AATATACAGA TGGTAACCAT GCCAGCGCCG CTTATAGTAA CCTTGACTTT
ACTGAGTACA AATTCATAGT AGAAGCCTCT AATAATGATG GCGTCTGGAA TAGTCAGCAG
GCCAGCGTAA CTATTATTAT GATACCACCA TGGTGGAAGA GCTTCCCGGC GAAGCTATTT
TACATTTTAC TTATTATGGC GGTCCTGGTA GGTATTTATA TTTATCAGGC CCGGTGGTAC
CGGCTTAAGA ATGAGCTTCT ACTGCGTGCC GTAGCAGAAC GACAAAGAGA AGACATTCAT
CAGCAGCGTG AGCAAATGTA CCAGCAACAA TTACAGTTAT TTACAAATAT CTCCCATGAA
TTCCGTACAC CCTTAACGCT TATCCGTGGT CCACTTGAAT ACCTGATCTC ACATGATGGC
CAGTCAACAC ATTTACATGC TTACCAGCTC ATGCTACGCA ATGTGAAACG GTTGATCAAT
CTTGTAAGTG AACTGATGAA TTTTAAAAAG GTAGCAGATG GCGCTATCCG CCTACAGGTA
CAGCCTATGT CAATAGATGA ATTTTGCCAG AGCCTATATA CAGAGTTTGG AGCTCTAGCA
GAGAGTAAAA ATATAGCCTT TAATATCACA GGCGATATAG GCCAACGGGA TATTATAAGC
TATTTTGACG CACAGGTACT TGAGAAGATT TTGCTGAATC TGTTAAATAA CGCTTTTAAA
TATACAAGCA ACGGTGGTAA GGTGACCATG CAGTATTTTC TGGATGAGGA TAAGTTTAAA
CCATCTTTTG ATACGGGCTT CCGATTGCCA AATGAGTTTA AGGCCAGCAA ATATATTTAT
TTCCTGGTCT CCGATAGTGG TATTGGAATT TCAGAAGCAT CTATTCAAAG CATATTTGAT
CGTTATTACA GGGTGAGCAA CCATCACCTG GGATCTGGTG TTGGCCTGGC TTTAGTAAAG
AGTCTTACTC AATTACACAA AGGAGAGATA GCCGTATTTA GTGAGCGGAA TAAGGGCACG
GAATTTCTGG TGGCCTTACC CTGGGGTAAA GAAAACTACA GCGCTGGTGA GATCATAGAG
CCCGGAAGTA TGTCGGGGTC GCAGTTGGAG CAGCTGGATA GTCCAACGCC ATTATTGTCA
AAGCCTGTGC CTACGGCGCC AATGAGTACC CGAAAAGCCA GGCATATCCT GTTAGTGGAA
GATAACCAGG AGCTACGTAC CTTTTTGCGC GAATCGCTCG AACCATATTA CCATATACAT
GAAGCCGCGG ATGGAAATAG TGCAATGACT ATAGCCACAG AACTTAATCC TGACCTGATA
ATAAGTGATG TAATGATGCC GGGCGGGAAT GGTATCGACT TGTGTAAACA CATTAAACAA
ACCTTCGAGA CCAGCCATAT TCCTTTCGTA ATTTTATCTG CCAGGGATGG GTTGGAAACC
AAAATAGAAG GTCTGAAGTC AGGGGCTGAT TACTATTTTG CAAAGCCACT GAATATGTCC
CTCCTTCTGT TGACTATTAA TAATATTTTT GAGCAGAATT CGAAACTGAA ACAGCGCTAT
ACGAAAGATC ATCTCATAGA GGCCACGGAA TTAGTGCATT CAGAAAAAGA CAAGGATTTC
ATGAATACAT TGCTCCAGAT TATTGAGGAA AATATACAAA ACCCTGAGCT GGAAGTGGAA
TTCCTGTGTA TGCGTATGAA CATAAGTCGT ACAAAGCTTT ACCAGAAAAT CAAAGGCATT
TCAGGACAGT CCGTTGGCGA ATTTATTAAG ACAATTCGTT TAAAACAGGC TATTTATATT
ATGACACACG AGGATATAAC GCTGTCAGAA GTCGCCGACA GAATAGGGCT ACAGAGCAGT
TCGTACTTTT CACGGATGTT TAAGAAAGAA TATGGAAGCA CTCCTTCCGA ATTTGTAAAA
GGTCTGAGAA ACGCATCAAA ATAG
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| Protein sequence | MTTRQHVLGQ SYPYHFNALT VDEGLSHTDA TDIVQDRWGY IWVSTLFGIN KFDGYNVRRY
YNSNIPLNNA YRNRVICMAV DSTGFLWLGT EAGFQRFDTR TSQYIDYPVS QGSSANDLTK
IVISSSHTFY ALASKDQLRC YLLKGTTLQE KKLHLPEGVG ISDIAMDVGG QLYLATTSGL
WVLGENGIAH MIKVAGCAEN HFSKLFIDQN RHLLLATGER LYLVQTVGDY PSVVKTAAIR
GEVSDMVQEA GGNYWINSSQ RLTRLDKNLV FVQEINNESP IKYVDLSGLQ SLFIDKSQCI
WTVSFGNGVQ YADLNEKKFY TLQHLPETPY SLSGSYVRAI LDENGKDLWV GTSDHGLNHY
DLQKQQVVQV YNNYNSTVRL PENTITALAT DNEHNLWIGG QSGITVMRPN RQELWRPPGA
ENFPAHVIDV LAKDCFGNIW FGDHTHKFGV IFKDAVGKYH VKEYGESFFI HADSVKPQLM
ISSTHGLKRL IIDKEGNIVK SWSYEATGKP NSLSSNYTYP IAKQNDSIYW IGTIGGGLNR
IILRADDTYA ITQFTKGVFK DVEGLEVDDK GFIWLAGNGL QRLDPRTGAV IRYDKKDGLQ
GNSFKVNSSC RGANGMLFFG GINGLNYFQP LEITANPIAA VPQISRLSVN NEAADSARYI
TNVAAVRLNY LQNNFVIFFS AMHYANPLKC RFRYMLKGYD HVWQYTDGNH ASAAYSNLDF
TEYKFIVEAS NNDGVWNSQQ ASVTIIMIPP WWKSFPAKLF YILLIMAVLV GIYIYQARWY
RLKNELLLRA VAERQREDIH QQREQMYQQQ LQLFTNISHE FRTPLTLIRG PLEYLISHDG
QSTHLHAYQL MLRNVKRLIN LVSELMNFKK VADGAIRLQV QPMSIDEFCQ SLYTEFGALA
ESKNIAFNIT GDIGQRDIIS YFDAQVLEKI LLNLLNNAFK YTSNGGKVTM QYFLDEDKFK
PSFDTGFRLP NEFKASKYIY FLVSDSGIGI SEASIQSIFD RYYRVSNHHL GSGVGLALVK
SLTQLHKGEI AVFSERNKGT EFLVALPWGK ENYSAGEIIE PGSMSGSQLE QLDSPTPLLS
KPVPTAPMST RKARHILLVE DNQELRTFLR ESLEPYYHIH EAADGNSAMT IATELNPDLI
ISDVMMPGGN GIDLCKHIKQ TFETSHIPFV ILSARDGLET KIEGLKSGAD YYFAKPLNMS
LLLLTINNIF EQNSKLKQRY TKDHLIEATE LVHSEKDKDF MNTLLQIIEE NIQNPELEVE
FLCMRMNISR TKLYQKIKGI SGQSVGEFIK TIRLKQAIYI MTHEDITLSE VADRIGLQSS
SYFSRMFKKE YGSTPSEFVK GLRNASK
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