Gene Fjoh_3160 details

Gene Information

• Locus tag: Fjoh_3160
• ID: 5093322
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Flavobacterium johnsoniae UW101
• Kingdom: Bacteria
• Replicon accession: NC_009441
• Strand: +
• Start bp: 3756785
• End bp: 3760210
• Gene Length: 3426 bp
• Protein Length: 1141 aa
• Translation table: 11
• GC content: 35%
• IMG OID: 644742588
• Product: hypothetical protein
• Protein accession: YP_001195496
• Protein GI: 146300905

Plasmid Coverage information

• Num covering plasmid clones: 14
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGTCAGCAA AACTTTCAAC AATAACAACA CAATACCGAA GATTCACAAA GAATCAGGTA 
CTTACAGAAG GAAACCTTAA TGAGGTTGTA GATTTTTTTG ACGACCAGGA CCGCCTGTCC 
CGCATTTACC TGAGCGGCGT TGGTATAGTT TGCGGACTTT ATCCCGCTTA TAATGAGTCT 
CAAAAAACAA TTACAATAAC ACAGGGAACT GGTATAACTA CTGATGGTGA TCTTTTTAAA 
TTATATCAGG CGGATGTATT AGGAAACAAA AAAATCGATT TTGATTCCAA AACCTATACG 
CACTGCAAAA TCTATGATAA TACAAAAGCG GCTTATAAAC CCTTTTTTTA TGATGGATCA 
AACAAACAAC TGCCTCTTTT TGAACTCTTG ACAGAAGAAC AGCAAAAAAA AGAAAAAGAC 
CCTTATTTTG CTTTAGCAGA ATTTAGCTCA AATACAAAAT TTGAGATTAA AGAAGCCGTA 
GTTCTTTTGT ATCTGGAGTC GTATGAAAAA GAATCTGACC TTTGCGTGAG TCTTTCTTGC 
GACAACCAGG GATTGGAAAT CGTGGGCAAT TATAAAGTTT TAATTGTCAG TAAAGCCGTT 
GCCGCACAAA TAATGGGTCA TGACAGCATG ATTGGCAAAA CCAATTATGT TAATTTATAC 
CATACGTTAC CAGAGCTGAA ATCGAACAGA ATTGTACTAA AAAAAGAAGA TTTTGCTCAT 
CTTGAGGCAA TAAAACAAAA TTTTACCAAA GGGATTTTCA AAAACAATAT TGTAAAGAAC 
TTGCAGGATG GTTATAATAA GCTGCTGACA GGTTTAAATA TGCCTCTGGT TCTGGATGCT 
GTTCAAAAAA AGATAACTGA GCTGTTTAAC TTTGAAGGAG ACCCTGTACT TCCTCCCGAT 
TTTCAATATC GATATAATCT GTTAAACGAT CTGGTTGATA CTTATAACGA AACCAAAGCA 
CTTTTACTCA ACATAAACGA TAGTTATTGT TCACCTGATA TTAATGCTTT TCCAAAGCAC 
TTAATGCTGG GCGAATTAAT AAAAACTGAG CCTTGTTTTG AATTTCGTCA TGATTTTTAC 
AAATCGCCTC TGCTTACAGG AGAAAATCTT ACTGCCTGCA ATGACTGCCT TGCAGATGAT 
AAAAATTCAG AAGAAAAAGA CGTAAAAGAT GAAATACAAA TATGTTATGG TGAAAACACA 
GCCAGACAAA GAATGTACAG TCTTATTTTG CGAACTGCTG AGTTATTAGA AAACTACAAT 
CCGTTATATG ATTTTATAAA AATTACACCT TCTCTGCAAA TGGGCAAATT GGGCAAAAAA 
GCCATTCCGT TTTACAACAA TGTAAACGAT TCGCTTATTA AGGCCTGGGA TTTTGATAAA 
ACCATTTTAG GGTTACAAAG AAACAATGTT AGTTACCACG ATGATTTATT AAATACTAAA 
AAACCGCTCG AAATACATCT TGACAGTGAC TTTTATAGAA TTGAAGGTCA TCAGGGACGC 
AACTACAAAG AAGCACTAAA AGCGATTCAG CAGATTAGAT TAGATAACGG TCTCGGATTC 
AACATAATGA TTCTGGCTGT AAATGCTAAT GAACTGGATA AAACCATTCA AAATTTCACC 
CAGTATTACC TCAACAAAAA CCACGGTTAC GAGCATAAAG CAGGCGTAGT TCCCGGCGGC 
ACTTTCATTA TGATTTATCT GGAAGAAAAA GTACCGTATT ATTACTATTA TAACACCCGA 
AGACCTTCTT TAACGGGAGA CTTTGAAAAA TTTGCCGAAG GCATCCCAAT TTTAAATCCA 
ATTGTTGCCG ATTTTTCACT GCCGTATCTA TGCTGCGATG AAAACAATAT TGGACTTACT 
TTACCTGTAG ATAAAATTTG TTTTGACAGC AAAACACCTC CTCTGCCGTT TAAAGTATCT 
CCAGCTGGAG GATTTGTAAA AGCCAATGTT AGACCAGATC AAAACGGAGG AATAGCTGTA 
AATGAATTGG GAGTACTTGT TTTTGATCCA AATTTAGTCA GCAAAGAGTT AATTGGTCAA 
ACGATAACCT TTACCGTTAA TAATTTTGAT ACTGACTGTA AGATAACCAT TTTCGAAAAA 
CCAAAATTCG ATTTTATCGC AGTTCCTTTA AAACCTTCAG GAATCAGCGA AACCGAAGTT 
ACTTTTACCG TAACAGGAGA CAATCTTGCG GGTAATAAAT TTACCTGGAA TTTTGGAGAC 
AAAACCGATC TTGTTACAGA CGACAAGACC GAAATAAAAC ACATTTACAA ATACAATGGT 
GAATCGCAAA AGAAATTCAC ATTTGATGTT ACGCTGAATG CTGATAATGG CAACTGCGGT 
TTTCAGGTTA CTCATCCTGT GAGTTTTGAA ATTGAAGATC CAAAAGTACT CATAGATGGT 
AAATTAACAA ACAGAATATC TTTTTGCAGA AACGAAAAAC CGGTTGTACT TACTCTTGAA 
CCAAATGTAA AAGGAGCTGT TATTTCCGGC GATGGTGTTG TAATAACAAA AGGAGGAATA 
GTTCGGTTTA ATCCAGCCGA TGTTCCTCCG GGTGCAGCAA GCGTAACCAT TCTTATAGAC 
GGCAAGCCAT CTAATCTTAT AATTACACTT TTAGACCTTC CTACTGCAAG TTTTACTTTC 
AATATAGATG CTGCAGGAAT TCTAACCTTA ATCAACAACT CGGTAAATGC TGCAGCTTAT 
ACATGGGATG TCAATAAGGA AATAATAAAA ACAGATAAAA AAGATCCAAT CACAAGACCA 
ATTGCTTTAT TTAATGAATC TTCCATTTCT GTTTTACTAA CTGCCGAAGG CAAATGCGGC 
TCCGTAAACG ATGGTCCAAG GCTAATTGAG ATAAAAAAAC CAGTTGAAGT AAATGCATGT 
CTTGAAAGTG CCGGCCAATT TGTTAAAAGT TCAATTGAAA CCGTTTCTAA TTTAAAAGAA 
ATTTCTGTTT TAAATAAGTT CAACAGACAG ACTAACAGCT TCATTACTGA AACCGAAAAC 
AGATATGTAC AAGTTCAAAA TGACCTTGAA AGTTACATCA GCGGAACGTT AAATGACAAA 
TTACCTGAAT TATTTACACA GGAATATTTC AACTTTATAT CAACAGTTAC GGCCTCTGCT 
GTAAGAGCGC AGAATGCAGA GCAGATTACT GCGGTACAAA AACTTATATC GCTGAATACT 
TCCTTGTTTT ATACTATTTT GAGATGTCAG GATGCCAAAA CGCTTAAAGC ATTTGAAGAA 
CAAATTACGC GAACATCATC ACTTTTCAGC AGTTTATTTC AAGGTTTCAT AGAAATAAAA 
TTCAACACAG ATACTGACGG ATCATTGAAA AAATTCTTGT CCGGCATGGC AAAAGTATTT 
GCAAAAATTG ATTTTATCCT GTCAAACTTA AACATACAAA TAGAAAACCT TACCGCTGGT 
GCTTAA 

 

Protein sequence

MSAKLSTITT QYRRFTKNQV LTEGNLNEVV DFFDDQDRLS RIYLSGVGIV CGLYPAYNES 
QKTITITQGT GITTDGDLFK LYQADVLGNK KIDFDSKTYT HCKIYDNTKA AYKPFFYDGS 
NKQLPLFELL TEEQQKKEKD PYFALAEFSS NTKFEIKEAV VLLYLESYEK ESDLCVSLSC 
DNQGLEIVGN YKVLIVSKAV AAQIMGHDSM IGKTNYVNLY HTLPELKSNR IVLKKEDFAH 
LEAIKQNFTK GIFKNNIVKN LQDGYNKLLT GLNMPLVLDA VQKKITELFN FEGDPVLPPD 
FQYRYNLLND LVDTYNETKA LLLNINDSYC SPDINAFPKH LMLGELIKTE PCFEFRHDFY 
KSPLLTGENL TACNDCLADD KNSEEKDVKD EIQICYGENT ARQRMYSLIL RTAELLENYN 
PLYDFIKITP SLQMGKLGKK AIPFYNNVND SLIKAWDFDK TILGLQRNNV SYHDDLLNTK 
KPLEIHLDSD FYRIEGHQGR NYKEALKAIQ QIRLDNGLGF NIMILAVNAN ELDKTIQNFT 
QYYLNKNHGY EHKAGVVPGG TFIMIYLEEK VPYYYYYNTR RPSLTGDFEK FAEGIPILNP 
IVADFSLPYL CCDENNIGLT LPVDKICFDS KTPPLPFKVS PAGGFVKANV RPDQNGGIAV 
NELGVLVFDP NLVSKELIGQ TITFTVNNFD TDCKITIFEK PKFDFIAVPL KPSGISETEV 
TFTVTGDNLA GNKFTWNFGD KTDLVTDDKT EIKHIYKYNG ESQKKFTFDV TLNADNGNCG 
FQVTHPVSFE IEDPKVLIDG KLTNRISFCR NEKPVVLTLE PNVKGAVISG DGVVITKGGI 
VRFNPADVPP GAASVTILID GKPSNLIITL LDLPTASFTF NIDAAGILTL INNSVNAAAY 
TWDVNKEIIK TDKKDPITRP IALFNESSIS VLLTAEGKCG SVNDGPRLIE IKKPVEVNAC 
LESAGQFVKS SIETVSNLKE ISVLNKFNRQ TNSFITETEN RYVQVQNDLE SYISGTLNDK 
LPELFTQEYF NFISTVTASA VRAQNAEQIT AVQKLISLNT SLFYTILRCQ DAKTLKAFEE 
QITRTSSLFS SLFQGFIEIK FNTDTDGSLK KFLSGMAKVF AKIDFILSNL NIQIENLTAG 
A