| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tcr_0835 |
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| Symbol | |
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| ID | 3760529 |
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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 | Thiomicrospira crunogena XCL-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007520 |
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| Strand | + |
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| Start bp | 909063 |
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| End bp | 913784 |
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| Gene Length | 4722 bp |
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| Protein Length | 1573 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 637785555 |
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| Product | hypothetical protein |
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| Protein accession | YP_391105 |
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| Protein GI | 78485180 |
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| COG category | |
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| COG ID | |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAATTGA TTAAAACTGA TTGGGATATA TTTAAAGCAA AGTTTTCAGA AAATCCACAA
AATTCTTTTG AGTGGATGTG TTATCTCCTT TTTTGCAATG AATTTAGCGT GAAAACTGGA
ATTTTTCGCT ATAAAAACCA ATCGGCAATA GAAACCAACC CAATTTCCTC AAATGGAGTT
AATGTTGGTT GGCAAGCTAA ATTTTATGAC GCCGCATTAT CTAGCCACAA AAATGACATA
TTAGAAACGA TTACAAAAGC GAAACGTGAT TACCCTGATT TAAATAAAAT AATTTTTTAC
ACAAATTCAG AGTGGGGTCA AAACAAAGGA AAGGAACCCC AAGGAAAAAT AGAAGCAGAA
AAAAAGGCAA AGGCAAACAA TTTAGAAATT GAATGGAGAT GCTGTAGCTT TTTCGAATCG
CCGTTTGTTG TCGATGATTG TAGCCGGATC ACTTCGTACT TCTTCACTCA ATCTGATAAT
TTATTTGGAC TTTTGGAGTC GTTTGAGTCT CATGCATGTG CAATTCTGGA CGATATTGAA
ACTGCTATAA CCTTTGGCGA CGAAGATGTT TCAATCAATC GCTTTAATAT TATATCTGAA
ATTGAAAAGT CAGATACTAG CGCGTTAATT ATAAGTGGTG AAGGCGGCAC AGGAAAAACA
GCTCTAATAA AAGAGCTTTA TGGCAATAAG GGGGAAAATG ATGCCTTTTA TGTCCATAAG
GCGACGGAAT TTTCTGTTAG CAACTTGAAT GAGTTCTTAT CGGGTGTTTT TTTAAAGGAT
TTTATTGAAG CACATGAAGG AGCTGACAAT AAAATAGTTG TCATTGATTC TGCGGAACAC
TTAATTGCTC TAGAAAATAC TGATCCTATT AAAGAGTATC TATCCAGCTT AATCAAAGCC
GGATGGAGGG TGTGGTTTAC CACGAGAAAT ACCTACCTAG ATGATTTGAT TTTTCAACTA
TATGAAGTGT ACAAAATTAG CTTTAAGTCG GTACATCTAG AAAATCTGAA CGAAGATACA
TTATTCGAAC TTGCTAAAAA ACATGATTTT GTCATCCCTG ATGATAAAAA GCTCAAAGTG
CTCATCTTGA CACCGTTTTA TCTCAGAGAA TACTTGAAAC ATTATCAGAG AAACAAGGGC
GCGAGCTACG TTGAGTTCAA GGAGTCTCTA TGGCCGAGAG TTATTACAAA AGGGTCCCCT
CAAAGAGAGC AATTTTTTAT TCGCCTTGCT GAAGAAAGAT CCAATACAGG AAAATTTTTT
GTCATTCCTG GAATTAGTTA CTCCAATGAA AAAGTAGAAG AAGCCTTAGT TTCTGAAGGA
GTTATTAGTT ATGAGCCCAA TAGAGGATAT TTTATTACTC ATGATATTTA TGAGGAGTGG
GCGCTGGAAA AATTCGTTGA AAGCAGCTTT TTATCCTCAG AAAATGCGGA AAGATTTTTT
GATAAGATAC AACAATCTCT ACCCATCAGA AGAGCCTTCA GACGGTGGCT ATCAGAGAAG
CTTAGCGCCG CAAATGAAGA AGTTAGTCAC CTCATCGTAG AAACTTTATC ATCTCGTAAT
ATAGTCAAGT TGTGGAAAGA TGAAGTTCTC GTTTCTATGC TTCTATCAGA CTATTCCGAT
TACTTTTTTA ACGTTAATAA AGATTCATTA TTGGAAGACG ATTTCCGGCT TCTCAAACGG
ATATGCTTGC TGATAAGAAT AGGATGCAAG GAGATCGACA ATAGCTTTTT TGATAGGCTT
GGTGTGAGAG CGCCAGATAT TTTATCAATG GAATATGTAA TAACCAAGCC GAAAGGAAAC
GGATGGAAAG CGCTTATCAA GTTCATCAAT GACAATCTCG AAAAGATAGG TGTTAATAAT
CTCAATTTTG TATTACCCGT CCTCTACGAC TGGAACTGCC ACAACAAGTC TGGCGACGCA
ACTAAATATT CAAGCCTAAT TGCATTATCG TTTTACAAAT CGGTAATCGA AAACAACGTC
TATATTAGGG ATGATGGCTT TTCCAAGGAG TTAATCCTCA CCATTCTGTA TGGGGTAGCT
GAAATTAAAA GTGAACTTGA AGCTATCATT GATGAAATTA TTCTAAATAA TTGGAAGCGA
CATAGCGATC CATATCATCT AATGAGTGAC TTCATTTTAA CAAAAATGGA ATGCTTTCAT
GTTGCTATGG AAATTCCGGA AAAAGTGATC GCTCTAGCCA AATGCCTTTG GGTGTATGAA
CCACCAGAAA ACGGCGATTA TTTTTATGGA TCAAGACTAG AGATAGATCA TGAGTTTGGT
GTTGAGAATG GACATCAAGT CTATTTTCCC GCTAGTGCTT ATCAAACACC CATATATGCT
ATGCTGCAAA CCAATTTAGA ATTAACATTA AATTTCATTA CCGACCTAAT AAATTATGCT
TCAAAAAAAT ATGCAGAATC CAGCCTTGAT AAGGGCCAGA TTGAAACAGC AACACTGTTA
CTAGATGATG GGAAGAAAAT TGATCTACCT ATTTCAAATC GTCTTTGGTG CATGTACCGA
GGTACACAGG TAAACCCTGA TTTATTAGAA TCAATATTAA TGTCACTAGA ACGTTTCTTT
CTTGAGAGAG GAAAAAACAC CAAAGCTCAA ACACTAGAAT ATTATCTAAA CTATATCCTA
ACTAGATCTG AATCTTCTGC ACTCGTGGCA GTTGTCGCCA GCATTGTATG TGCGTTTCAT
GAGAAAACAT TTAATGTTGC CAAAACTCTA TTCAGGACGA AAGAGTTCTT CTTATATGAC
ACAACTCGAA TGGGATTGGA TCAAACACAT AAGAGTCAAC TTACTTCGCT AAAAAGCTTC
AGTATCAACC GTATGAATGA ACTTCATGAG AATGAAAGGA TAGAGACCTG CGACCAAAAG
CATCGAAAAT TGTCATTAGA AGATATAGCG CTTCAATATC AGTTTTTTGG AACCGAGGAT
ATAACCGAAG AAGAATCTGA GAAGAGGTTG CAAAACATCT GGGATATTTT AGATATTCAC
TACAAAGAAT TACCGGACAA AGAACGAGAA AGTCATCAAG ATAAAACATG GCGTTTATAT
TTAGCCCGTA TGGACAAAAG AAAAATGTCA CCAGAAGCCA AGCAGATAGA AAATGGTATC
GCAATAGAAT TCAATCCGGA AATTGACTCT GAACTTAAGG AATATAGTGA AGCAGCACAA
GCGGAAGCGA CTAAGCCATT TATACATTCC AGTTTAAATA TTTGGGCTGA TAGCAGACTT
TATAATAGAG ATGATTACAA AAAATACGAG ACCTATGAAA ATGATCCATT GCTTGCATTA
AATGAGGCAA AAGAAATATG GAATCATCTT TTAGATGGAA AAATGACGGA ACAATTACAG
TTTGTTAGAG CTTTACCATC CTACGTATGC GCCGTGCTAT TACGAGACTT TAAAGAAAGA
TTAGGAAATA CAGAGCTAGA ATTTTGTAGG GAAGTTATAT TTGAGTACGC AAGCATTGTT
GATCATGATG ATTACACGCA CCAAATTGGT GACGGACTTG TTCCTGCTTT ATTTGTGCTG
CCAAGATTGT TAGAAGATTT TCCGGACGAA AGGTTTATTA TTAAGCTGCT ATTAATCAAG
GCATTAATGA GGCATGACCC CATAACGATA ATGGGTATGG ATAGGATAAA CTCAGTAGCT
ATTCAAGCTC TTCAGCACTT GTGGAAAGAT CAACCTGAGT TTATGAGGTC GCTGTACATT
GGGTATTTGG TAGTTGCTCA AAAACATAGA GATGTTCGGG ATCGTTTAAG ACAAGAGGCA
TATAAGCAGC ACAAATATGA AATTAACGAC AATGACTTTG AGCGGGAGTT ATTTAAAGAA
TTAGAGGGTG TAGTAAGGAG TATCGGAGAT GAAACCATCA CGGAATCCGC AATAGATAAT
ATTGAAAGCA TAGATAACGA CATATTGATA ACTGCTTTTC AGCTTGCGCC ATTGGATGGC
GAACACAAGA AACCAGTGCC GTTTGCCGAG GAAATTATTA GGATAATTTC ACAGCAACTG
CTTTCACGAG ACAGAGAAGA CCAGCTTGAT TATACTTTCA GATATGAATT TTTAAAGCAC
TATGCCCATT TTATCCTACA TCTAGAGAAT AGCGATAAGG ACAAATACCT TAAATATTTT
ACCGATAATT TCACCTTGAG TGAAGGTGTG GCAGATTTGT TAAAGGAATT TGTTAGCGCT
GAAGACTCAT TGAATATGCC GGACTCATTT TGGTATGTTT GGAACCGATT TAAAGGCAAC
ATCGTTGATT CAATAAGCAA TCAAGGTTGG AGGCATGATA AAGAGCGCAT AATCGAATCC
TTTTTATTTG CAAGAATTAC TTGGAAGGAT GAAGCAAAGA CATGGCATAC ATTTTCACCG
GAGAATAGAG CGTTTTTTAG TGATTTAAGC GGTAAGATAG GTGGTGAATC ATCTTTTATA
TATAGCATCT GTAAACTCCT TTGTGGCATA GGAAGTGAAT TTTTAGATGA TGGTATTTAT
TGGATCAGTC ATGCAATAGA GACCTTTGAT ATCGACTTAT CACAAGATAA ATCAGGAAAT
ACGCTATTTT TCTTGGAAAG GTATATGAGA AGATATCTAT TCAAAAATCA TGACAAAGTT
AGACGAACTC CAAATTTACG GGCGCAGTCA ATGGTGGTTC TGGATTTCCT GGTTGAACAA
TATTCAATTA CTGGTTATCT CCTAAGAGAA GATGTAGCCT AG
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| Protein sequence | MKLIKTDWDI FKAKFSENPQ NSFEWMCYLL FCNEFSVKTG IFRYKNQSAI ETNPISSNGV
NVGWQAKFYD AALSSHKNDI LETITKAKRD YPDLNKIIFY TNSEWGQNKG KEPQGKIEAE
KKAKANNLEI EWRCCSFFES PFVVDDCSRI TSYFFTQSDN LFGLLESFES HACAILDDIE
TAITFGDEDV SINRFNIISE IEKSDTSALI ISGEGGTGKT ALIKELYGNK GENDAFYVHK
ATEFSVSNLN EFLSGVFLKD FIEAHEGADN KIVVIDSAEH LIALENTDPI KEYLSSLIKA
GWRVWFTTRN TYLDDLIFQL YEVYKISFKS VHLENLNEDT LFELAKKHDF VIPDDKKLKV
LILTPFYLRE YLKHYQRNKG ASYVEFKESL WPRVITKGSP QREQFFIRLA EERSNTGKFF
VIPGISYSNE KVEEALVSEG VISYEPNRGY FITHDIYEEW ALEKFVESSF LSSENAERFF
DKIQQSLPIR RAFRRWLSEK LSAANEEVSH LIVETLSSRN IVKLWKDEVL VSMLLSDYSD
YFFNVNKDSL LEDDFRLLKR ICLLIRIGCK EIDNSFFDRL GVRAPDILSM EYVITKPKGN
GWKALIKFIN DNLEKIGVNN LNFVLPVLYD WNCHNKSGDA TKYSSLIALS FYKSVIENNV
YIRDDGFSKE LILTILYGVA EIKSELEAII DEIILNNWKR HSDPYHLMSD FILTKMECFH
VAMEIPEKVI ALAKCLWVYE PPENGDYFYG SRLEIDHEFG VENGHQVYFP ASAYQTPIYA
MLQTNLELTL NFITDLINYA SKKYAESSLD KGQIETATLL LDDGKKIDLP ISNRLWCMYR
GTQVNPDLLE SILMSLERFF LERGKNTKAQ TLEYYLNYIL TRSESSALVA VVASIVCAFH
EKTFNVAKTL FRTKEFFLYD TTRMGLDQTH KSQLTSLKSF SINRMNELHE NERIETCDQK
HRKLSLEDIA LQYQFFGTED ITEEESEKRL QNIWDILDIH YKELPDKERE SHQDKTWRLY
LARMDKRKMS PEAKQIENGI AIEFNPEIDS ELKEYSEAAQ AEATKPFIHS SLNIWADSRL
YNRDDYKKYE TYENDPLLAL NEAKEIWNHL LDGKMTEQLQ FVRALPSYVC AVLLRDFKER
LGNTELEFCR EVIFEYASIV DHDDYTHQIG DGLVPALFVL PRLLEDFPDE RFIIKLLLIK
ALMRHDPITI MGMDRINSVA IQALQHLWKD QPEFMRSLYI GYLVVAQKHR DVRDRLRQEA
YKQHKYEIND NDFERELFKE LEGVVRSIGD ETITESAIDN IESIDNDILI TAFQLAPLDG
EHKKPVPFAE EIIRIISQQL LSRDREDQLD YTFRYEFLKH YAHFILHLEN SDKDKYLKYF
TDNFTLSEGV ADLLKEFVSA EDSLNMPDSF WYVWNRFKGN IVDSISNQGW RHDKERIIES
FLFARITWKD EAKTWHTFSP ENRAFFSDLS GKIGGESSFI YSICKLLCGI GSEFLDDGIY
WISHAIETFD IDLSQDKSGN TLFFLERYMR RYLFKNHDKV RRTPNLRAQS MVVLDFLVEQ
YSITGYLLRE DVA
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