| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VSAL_II0037 |
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| Symbol | malT |
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| ID | 6961529 |
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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 | Aliivibrio salmonicida LFI1238 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011313 |
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| Strand | - |
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| Start bp | 47611 |
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| End bp | 50316 |
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| Gene Length | 2706 bp |
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| Protein Length | 901 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643381367 |
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| Product | transcriptional regulator MalT |
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| Protein accession | YP_002264412 |
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| Protein GI | 209808874 |
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| COG category | [K] Transcription |
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| COG ID | [COG2909] ATP-dependent transcriptional regulator |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGTTAATAC CATCAAAATT ACATTTTCCA AGACGTCTAC ATAATGCCAT CTTACGATCT
CGTGTTCTTG ACTCTCTAGT CGATGCTGCC CACTACAAAC TTGTTTTGTT TCGCTCCCCT
GCTGGTTACG GTAAAACAAC GATGGCTGCA CAATGGCTAT CAGAAAAAGA CGACACAGGT
TGGTATAGCC TTGATGACGG AGACAACGAT GAATTCAAAT TCGCAAAATA TTTTGTTCAA
GCGATTGCTA ATGCAACAAG CCTTGAGCTT TCTCACTCTA AAGCGTTAAC CGAAAAACGT
CAGTTTGCCT CTTTGTCTAG TTTATTTTCT CAAGTTTTTA GCGAACTGCT CCCTTTTCAA
AAAGACGCTT ACATTGTATT GGACGATTAT CACCTCATTA CTAATGAAGC CATTCATTTA
GGATTGAAAT TTTTCTTAAA GCATTTACCT GATAACCTCA CACTCGTGAT AACAAGTCGC
TCTCAACCTC CCTTGAATAC GGCGAATCTA CGAGTAAGAG ACCTCCTTAT TGAGATCGAT
AATCAAAGCT TAGCATTCGA CCAATCAGAG ACGTCCCTCT TTTTTAGCCA ACGTTTAAAT
GATGACATTG ACCAAGATGC GATTACCCAC GTACGTGAGC ATGTCGAAGG TTGGCCTTCT
GCTCTTCAAT TAATTGCATT GCACAGTATT CAGAACAAAC AATCGTTAAT GAATTCAGCA
GAAGCAATGA CCAACTTAAA TCAAGCGCAT TTGTGGGACT ACCTTGCTGA AGAAGTGTTT
GATCACTTAG ACAGCGAAAC ACAACATTTT TTAATGCGCA GTGCCGTCTT TGAACATTTT
GATGCCGCAT TGGTCAGTGA TTTAACTCAA CGAAGTGACT CTCAACTTAT CATCGAAAAT
CTGAACCGTT TTGGTTTATT CATTAATAGC GATGGAGAGC ACGGCGAATG GTACAAATAT
CATAATTTAT TTGCAGAGTT TCTTTCTCAC CAACGTCAGA ACCACCTTGC TCATGAAGAG
AGCGAGTTAC AATTTAAAGC CGCTCATGCT TGGTTAGCCC ACAAGAATAT TTATCAAGCC
TTACGGCATG CAAAGAAAGC AAAAAATGAC ACTCTAATTG CTAAAATACT GACAGAACAT
GGTTGGCATT TATTTAATAA TGGAGAGCTC GTGCTATTAG AGTCAACGAT TGATCAATTA
GACAAAGACA CCCTGTTCGC CTCTCCTCGT TTAGCCATTA TTCGTGCATG GTTGGCTCAA
AGCCAACACA ACTATTTACA CGTTGACGAT TTACTGTCTG AAGCTCAACA AGAGATGTCA
GCACGTAATA TTATATTAGA TCGCCATGTT CAAGGTGAGT TAGATGCATT GAGAGCGCAA
GTCGCTATCA ACAAAAACGA ACCAGAGAAT GCATTGCTTC TCGCAGAGAA AGCTCTCGAA
CAGTTAGAAA TGAATAAATA CCGTAGTCGT ATTGTCGCTA CCTCCGTAAT TGGTGAATAT
CATCATGTTT CGGGAAATTT GGCGCAAGCA CTCGCGTTAA TGCAACAAAC TGAAAAAATG
GCGATGACCT ATGGCATTTA TCATCAAGCA CTCTGGGCTA TTTTGCAACA AAGTGAAATT
CTAATGGCAC AAGGCTTCAT GCAAGCCGCC TTTGATCTGC AAGATAACGG ATTCAAGCTG
ATTGAAGAAC AAGATTTATA TCAATTACCA CTTCATGAAT TCTTATTGCG TTCTCGTGCT
CAAATCTATT GGTTCTGGTT CCGTTTTGAT GAAGCAGAAC AATGCACTTG GAAAGGCTTA
GACGTACTTT CACCCTTTGA TGAAACTAAA CATCTACGCG GCTATTCAAT GCTTGCTCGT
TTAGCCGTTG CCCGTGGAGA GTTTGATAAA GCAGAGCGTT ACCTAGAAAA ATGCCAACAA
TTACTTGGAC AAGCCGATTA TCATATCGAT TGGAAAGCCA ATGCGTCTTC TGCACAACTT
TTCTATTGGC AAGCGAAAGG CAATACTGAA TCAATCAATT ATTGGCTAGC TCATGCTGAT
CGCCCAGAAA CTCGTTGTAA TCACTTTACA CAACTTCAAT GGCGCAACAT AGCAAGGGCA
TACTTTCACC TTGGTGATAT AGATACGGCA ATTAATACCT TAAAAGACTC TCAGATCATT
GCTCAAAAAC ATAAATTGAT CACGGATATC AATCGTAATG CAATTATGGA AGCCGTTCTT
CTTTTTGAAG ATAAACAAAT CGATGCCGCG ATTGAAGCAA TGCATCTTGC GATCAAGCAA
TCGAACCAAA CAGGGATAAT CGGTAGCTTC TTAATGGCAG GACAAGCAGT ACTCAAACCT
CTTGCTAAAT TACAACAAAA AGGAAATTTA ACCGAACTAG AGAAGCATCG AATAGACCAA
TTACAGAAAG CATTATCAAA CAATAAACGA TCTCGCTCTG CTCATTTTGA TGAAGCTTTT
ATTGAAAAAG TACTCAATAC ACCAGAAGTG CCAGAATTAA TCCGAGCCAG CCCATTAACT
CACAGAGAAT GGCAGGTGTT AGGGTTAATT TATTCCGGAT TTAGTAATGA ACAAATCGCT
GCTGAATTTG ATGTTGCACC AACAACAATC AAAACTCACA TTCGTAATTT ATATCAAAAA
CTTAACCTTC CAAACCGTAA AGCAGCCATT GCAATGGCTG ATGAGTTAGT AAGCATGATG
AAATAA
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| Protein sequence | MLIPSKLHFP RRLHNAILRS RVLDSLVDAA HYKLVLFRSP AGYGKTTMAA QWLSEKDDTG
WYSLDDGDND EFKFAKYFVQ AIANATSLEL SHSKALTEKR QFASLSSLFS QVFSELLPFQ
KDAYIVLDDY HLITNEAIHL GLKFFLKHLP DNLTLVITSR SQPPLNTANL RVRDLLIEID
NQSLAFDQSE TSLFFSQRLN DDIDQDAITH VREHVEGWPS ALQLIALHSI QNKQSLMNSA
EAMTNLNQAH LWDYLAEEVF DHLDSETQHF LMRSAVFEHF DAALVSDLTQ RSDSQLIIEN
LNRFGLFINS DGEHGEWYKY HNLFAEFLSH QRQNHLAHEE SELQFKAAHA WLAHKNIYQA
LRHAKKAKND TLIAKILTEH GWHLFNNGEL VLLESTIDQL DKDTLFASPR LAIIRAWLAQ
SQHNYLHVDD LLSEAQQEMS ARNIILDRHV QGELDALRAQ VAINKNEPEN ALLLAEKALE
QLEMNKYRSR IVATSVIGEY HHVSGNLAQA LALMQQTEKM AMTYGIYHQA LWAILQQSEI
LMAQGFMQAA FDLQDNGFKL IEEQDLYQLP LHEFLLRSRA QIYWFWFRFD EAEQCTWKGL
DVLSPFDETK HLRGYSMLAR LAVARGEFDK AERYLEKCQQ LLGQADYHID WKANASSAQL
FYWQAKGNTE SINYWLAHAD RPETRCNHFT QLQWRNIARA YFHLGDIDTA INTLKDSQII
AQKHKLITDI NRNAIMEAVL LFEDKQIDAA IEAMHLAIKQ SNQTGIIGSF LMAGQAVLKP
LAKLQQKGNL TELEKHRIDQ LQKALSNNKR SRSAHFDEAF IEKVLNTPEV PELIRASPLT
HREWQVLGLI YSGFSNEQIA AEFDVAPTTI KTHIRNLYQK LNLPNRKAAI AMADELVSMM
K
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