| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tcr_1548 |
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| Symbol | |
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| ID | 3760807 |
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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 | 1690274 |
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| End bp | 1692835 |
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| Gene Length | 2562 bp |
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| Protein Length | 853 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637786284 |
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| Product | ATP-dependent protease La |
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| Protein accession | YP_391814 |
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| Protein GI | 78485889 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0466] ATP-dependent Lon protease, bacterial type |
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| TIGRFAM ID | [TIGR00763] ATP-dependent protease La |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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| Plasmid unclonability p-value | 0.984629 |
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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 | ATGCATGAAG AAGACATCGA ATTTAATGAA TTTGTAGACA ATACTTCTGA ATTTGAAGAG
GCTGAATCAA ATCAACAAAA TGAAGCGATC GATGGCGAGC ACATTGCCAA CGACCAATCT
GACATGGATT CCACCATGAC GCAGCTGGTA ACAGCCAATA GCTCCAAACC GGACTCGTTA
TACCTATTAC CGGTTAAGGA ACGTCCTTTC TTTCCAGGCC AGACTCTGCC GATTATTTTG
GATAAAAACT CTTGGTCTAA AACCATCAAG AAAGTGATTG ATGAAAAAAT TCATTATATC
GGGATCATTT ACGTTGAAGC AGACGATCAC CATAAGGCCA AGCCGAAAGA TTTTGCTAAA
ACAGGCACAT TAATCCGTAT CCATGAACCC AAAATTAAAG AAGATTACAT TCAATTGATT
GCGGAAGGTG TCTGTCGTTT TCAAATTGCA GACTGGCTCA GCAGCTCGGC TCCTTTTCGT
GCCCGAGTAA ATTACCCGAA TGACATTCGT AATGGCAGTC CGAAAGAATT CAAAGCCTAT
GGCCTTGCGA TCATGAACGC CTTTAAAGAA TTGCTACCAC TCAACCCTCT TTACAGTGAA
GAGTTGAAGT ACTTCTTAAA TCGCTACAGC GCGTCGGATT CTCAGCATTT AGCGGATTTC
GCGGCCAGCT TAACCGCCGC CAGTAATGAA AAACTACAGG ACTTACTCGA TACATTGGAT
TTAAGTGAGC GCCTGGAAAA AGTACTGTCT TTATTCAAAC ATGAGATTGA AGTCACCAAG
CTTCAATTTA ATATTCGTGA GCGCGTGGAA GAAAATCTGA GTCAACAACA AAGAGAGTTC
TTCCTGCACC AGCAATTAAA AGAAATTCAA AAAGAGCTGG GCATGGTCAA AGATGACCGC
ACCGCGGATG CGGATTTATT CCAGGAACGC TTAGACAAGC TTGAGCTTTC AGAGGAAGCC
ACCAAAAAAG CAGAAGAAGA GCTTGGTAAA ATCAATATGC TGGACCCACA GTCACCCGAA
TATGGCGTGG CCCGCAATTG GTTAGATTGG TTAACACAGC TTCCTTGGGG CAAATACAGC
GATGATAAGC TCGACCTTGG ACGTGCCCGA AAAATTCTTA ACAAAGGCCA TGATGGTCTG
GATGACGTCA AAGATCGCAT TCTGGAGTTT TTAGCCGTTG GTGCCTTAAA AGGTGAAATT
TCCGGCTCCA TTATCTGCTT GGTCGGTCCA CCAGGGGTGG GGAAAACCTC TATAGGCCGA
TCCATTGCAG ATACGTTGGG GCGTAAATTT TATCGTTTTT CTGTAGGAGG CATGCGAGAC
GAAGCCGAAA TTAAAGGGCA TCGTCGTACG TACATTGGGG CTATGCCCGG CAAATTTGTA
CAAGCCTTGA AGGATTGTGA AACCGCCAAC CCAGTCATTA TGCTGGATGA AATCGATAAG
ATTGGTTCTT CCTATCAAGG AGATCCCGCT TCGGCCTTAT TAGAGGTGCT TGACCCGGAA
CAAAACTCTG AATTCATGGA TCATTATATG GACGTGCGTT TTGACTTATC CAAAACGTTG
TTCGTCTGTA CGGCAAATAC GTTAGACAGC ATTCCTGGTC CATTACTTGA TCGAATGGAA
GTAATTCGCT TATCCGGCTA CATCACCGAA GAAAAAATTC AGATTGCCAA ACACCATTTA
TGGCCGTCTT TATTGGAAGA TGCCGGGTTG AATAAAAAAC AAATTCAAAT CACTCCAGCC
ACCATTCGTC ACGTAATTGA AGGTTATGCT CGTGAGGCCG GTGTTCGAAA CCTGAAGAAG
CAATTAGCCA AATTGATTCG CAAGCTAGCG ATTAAATTCG TCAACGGTGA CATGGAACAA
ACCACATTGC ACGTCAATGA CCTGGAAGAA ATGCTGGGGC AACCTCGTTT TACCCCTGAA
AAAACCAACC AACAAATGGG AACGGTTACC GGACTGGCTT GGACCTCAAT GGGTGGCGCA
ACACTGACGA TTGAAGCCAG CCGGGTTCAC ACGTTGAACA GAGGATTTAA ATTGTCCGGT
CAATTAGGGG ATGTGATGCA GGAATCGGCC AGCATTGCTT ACAGTTACAT TGCCTCTAAT
TTGGATAAGT ACAAAGCGGA TCCAGAATTT TTCGATAAAG CTTTTGTGCA CTTACACGTG
CCTGACGGCG CGACACCAAA AGATGGGCCT AGCGCGGGTG TCACCATGGC CACCGCGTTG
CTGTCGCTCG CGCGTAATGA AGCAATTAAA AAGCCTCTGG CGATGACAGG TGAACTCAGC
TTGACGGGTC AAGTGCTTCC TGTGGGGGGC ATTCGTGAAA AGGTTATTGC CGCTCGACGC
GTTGGCATTA AGGAATTGAT CTTACCGGAT GAAAACCGTA AAGATTATGA TGAACTGCCG
GATTATTTAA AAGAAGGGAT GACGCTGCAC TTTGCCAAAC ATTTTGATGA CGTGGCAAAA
CTGACTTTTC ATATTCGAAG CAAATCCAGT GCATTAAAAA AATATTTAAG TAAGGCTGTT
ATATCGACTG AAGAAAAGAC AGAGCAAGAA ACAACGTCTT AA
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| Protein sequence | MHEEDIEFNE FVDNTSEFEE AESNQQNEAI DGEHIANDQS DMDSTMTQLV TANSSKPDSL
YLLPVKERPF FPGQTLPIIL DKNSWSKTIK KVIDEKIHYI GIIYVEADDH HKAKPKDFAK
TGTLIRIHEP KIKEDYIQLI AEGVCRFQIA DWLSSSAPFR ARVNYPNDIR NGSPKEFKAY
GLAIMNAFKE LLPLNPLYSE ELKYFLNRYS ASDSQHLADF AASLTAASNE KLQDLLDTLD
LSERLEKVLS LFKHEIEVTK LQFNIRERVE ENLSQQQREF FLHQQLKEIQ KELGMVKDDR
TADADLFQER LDKLELSEEA TKKAEEELGK INMLDPQSPE YGVARNWLDW LTQLPWGKYS
DDKLDLGRAR KILNKGHDGL DDVKDRILEF LAVGALKGEI SGSIICLVGP PGVGKTSIGR
SIADTLGRKF YRFSVGGMRD EAEIKGHRRT YIGAMPGKFV QALKDCETAN PVIMLDEIDK
IGSSYQGDPA SALLEVLDPE QNSEFMDHYM DVRFDLSKTL FVCTANTLDS IPGPLLDRME
VIRLSGYITE EKIQIAKHHL WPSLLEDAGL NKKQIQITPA TIRHVIEGYA REAGVRNLKK
QLAKLIRKLA IKFVNGDMEQ TTLHVNDLEE MLGQPRFTPE KTNQQMGTVT GLAWTSMGGA
TLTIEASRVH TLNRGFKLSG QLGDVMQESA SIAYSYIASN LDKYKADPEF FDKAFVHLHV
PDGATPKDGP SAGVTMATAL LSLARNEAIK KPLAMTGELS LTGQVLPVGG IREKVIAARR
VGIKELILPD ENRKDYDELP DYLKEGMTLH FAKHFDDVAK LTFHIRSKSS ALKKYLSKAV
ISTEEKTEQE TTS
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