Gene CHU_2463 details

Gene Information

• Locus tag: CHU_2463
• ID: 4184412
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Cytophaga hutchinsonii ATCC 33406
• Kingdom: Bacteria
• Replicon accession: NC_008255
• Strand: +
• Start bp: 2828964
• End bp: 2832386
• Gene Length: 3423 bp
• Protein Length: 1140 aa
• Translation table: 11
• GC content: 39%
• IMG OID: 638072456
• Product: UDP-N-acetylglucosamine enolpyruvyl transferase
• Protein accession: YP_679059
• Protein GI: 110638850

Plasmid Coverage information

• Num covering plasmid clones: 15
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 7
• Fosmid unclonability p-value: 0.132626
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGTACTGCG TTGAAAAAAA AGTCTGTCTC TTCGCGTGTT TTTTTAAAAA CAGTATATCT 
AAACTAACCA TATTGTTGAG CATTGTTTTT TTACTCTATG CACAATTTTC CTACGGAACA 
GTAACAATAC AATCCATTGC TGTAACTGCC AGTACATGTG GAAATAATGG CACGGCAACC 
ATACTGGCAA AAAGTACGAA AGTAAATCCG GTATTATTTT ATGAAATCAT TTCAGGTCCG 
TCTTTAGCTC CCTTACAAAA TACACCCGTT TTTTCTTCTT TGTTTCCTGG TACCTATGTG 
ATACGTGTGT ATGATATTGA TTTTGAATTT AAAGAACAGG AAATTAAAAT TGATGGGAAC 
TATGAGTTAC CTGACCTTAC ACCCAAAGCA GCAAATCCAG TGTGTACAGG AGGCTCTAAT 
GGCAGCATCA TTGGCCAGGC CGTTCCGGGT AAAGGCAAAG AACCTTTTAT CTGGGAATTA 
ATTTCTGCTA CATCTACTGT AAAACAATCT ACAGACGTAT TCACAAATTT GTCTGCCGGA 
AATTATAACA TAAAACTAAC CGATGCCTGC GGAAATTATC AAACACGTTC GGTAACCATT 
TCTAAAGGCG GGACCGGACT TGTGCATGCA TCTGATGGTA TCCCAACCAT ATCGAAGATA 
GCGTGTGACA CCATGCTGTT CACCATGCAA CTAAAACTTT TTAAAGAACG CGCCCGAAGC 
CCGCTTACGC TATCGCTCAC CAGAAGAGAT GGAAGTGTTT CCATAAAAAC AATTACAGCC 
ATTCCGGTTG ACACGGTTAA TTATATTCCT GGCCTATATT CCATAAGTGA TACCGTTCCT 
GACATAACGT ACGAAGATTA TCTGCATGCC TGTATCAAAG ATGTATGTGG TTATGAAATC 
TGTGCTACCA GGGATTTGAT TGCACCTTTT ACTTTTGATG TTCAATTCAA TACTTCCTAT 
ATTTCCTGTA CAAATAAATT AACCGCTACT GTTTCACCTG CATCTGTTAC AGCTACACCT 
TATATGAAGA CAGGATTCCA GACACCGGTA TCTGTAACAT TACGAAATGC CGCTACAAAT 
ACATTAAGTG ATTCTACCGG CTGCAGCAGA AGTTTCTGTA CACTTTCATT AAAAGAACAG 
ACACCAGGAG AAAATTACAA CCTGCGTATT GTGGATGGCT GCGGCACTGT TTTTCAAAAA 
ACAATTCTAT GGCCACCTCC TGTTATACTT CCTGAAGCAG TGTCTGTTTC TCTCGACAAA 
GGTTGTTTGG ATTCTACAGC GGTTGCGTAC TTTAATTTAA ACAATTTTGG TTCACCGGTA 
ACCATAAACA TCCTGTCCGG CCCACAAACA GTGAGCAGCA CAAAACCCGG CTATGCGTTT 
TCTTACTCCA TTACCTATCC TAAAACCTAT TATGCAGGTC GTTCAACACG GTATTCAATA 
AAAAATCTTT CGGCAGGTGT GTATTCCTAT AACGTTACAG ACACCTGTGG AAATACGTTT 
AACGGTACCT TTGAAGTACG ACCTGCAAAT GTATCCAATT TATTTTATTC GTATTCCGTA 
ACCAAAGGAT GTGTAGGAAA AAATGTTTTA TACTTTGATC CCGTAAGCAA CAATGCCGCA 
GGTGTGACCA TTAAAAATGC TTCTACAAAT ATTGAATTAT ACAAACGCAT CGGAAGACTG 
GCTTTTGATT CTATCATAAA CATAGAACCG GGAAAATATG TTTTTCAGAT TTATTATGGC 
AATGTTCCGG GTTATTCAAC ACAACCATAT AACAGCACCA TAACAGACGG GCCGCTTGAT 
TGCTGGTTTT TAACAGATAC AATACAGGTG CCCGAATATT CAAATAATTC CTTTGAGTCC 
AATACATCCA TATTCTGCAA CAATAGTAGT TATGTTGAAA TCAATGTAGA TAGTTCACGT 
GGTGTTGCGC CATACCAATA TGAAATAAGC AGCGGGCCCA CAACATTTCC GCTTCAATAC 
AGCAATGTCT TTCAATTGCC CATCTATGGT GAATATGTTA TCCGTATCCG CGATGCATGC 
AGCAACAGCA ATACCCAACA GATCTCTGTT GACTCTGCTA AATTCTCTCC GATATTAAAA 
ATCGGCGGCG CCTGCCGGGG AAACCGTATT GTATTAAAAG CAATTACTTC TGCTTTTTTT 
GAATACGACT GGAAAAAACC AGATGGCACT ATGTATACAG GAGATTCTAT TATAATTAAT 
GCGTTATCGC CCGCAGATAC TGGTATTTAT ACCATTGCAA AAAAGGTATC CATTAATGGC 
TGCACAGATA CTTTCTTAGC AACATATCAC CTTGAATTGC GGGATGTGTA CCGCCAAACA 
ATTTTCTTTT GTGAAGGAGG TTCTGTAAAC ATTGATACGG CAACATTCAC CGCTTCGGGT 
ATATATACAG ATACATTAAC AAATCTTGCT GGCTGCGATA GCATACGTAT CATTACCTTA 
ACGATGCGTC CTAAAAAAAT AGATACGGTT GCGGTACGCA TCTGTAATGG CGAATCTATT 
CTGATCGGTA CAAATACCTA TAACAGTCCG GGCTATTATA AAGACTCAAC ATTAAATGCA 
TTCGGCTGCT ATGAAATCAC TGTAACAAAT CTGGATGTAA ACGGATATCC TGAAATATTT 
CAGAAAAGTA TCTGCGAAAA CGAACAGCTG CAGGTAGGCA TACACAGTTA TTCGCAAACG 
GGCATCTATA CAGATACCCT GCTCTCTTCG TTTGGCTGCG ACAGTGTTGT AATTACTGAT 
CTCACCGTAG TACCGCTCAA ACGTACTACC GTTAAAACAG CCATTTGTAT CGGAGAAAGT 
ATAACCATTG GTACGCATAG GTACTATGAA GCAGGTATTT ATCAGGATAC ACTTTCTACA 
CTTACCTGCG ACAGTATTGT TACCTTAGAT CTTACGATAC TCAAACCTGA AGCCATATTT 
ACTGCAGATA TGCTGAATCA TTGTTTTGAT GAAGAACCTG CTATTCTTAC AGCCAACTGG 
GGTGAAGTAT TTATATGGAC ACCTTCAGGC GAAACCACAC AAAGCATACA GATAACAGAA 
CCCGGTATCT ACAGCGTATC AGCAACGGAT GAGAATCAAT GTACTTCCAC AGAAAAAATA 
CAGGTGAATA ACTTCTGCGA AACAAAAATA TTTGTACCGA CCGGATTTAC ACCTAACGGA 
GATGGTTTGC ATGATGATGT AGAAATATTT GGCAAGAACT TTACCGCGTT TAAAATAACA 
ATCTTTAACC GATGGGGAGA AGTAATTTTT ATTTCAACCG ATAAAAACAT GCGTTGGGAT 
GGTACTTATA AAGGTCAGGA AATGCCTTCG GGCAGTTATC CGTGGATCAT CAACTATCAA 
AGCACTGTTG ATGCTGAGCA TTCGGAGCAT GTAGTTAAAG GCAGTATAAC TCTTGTGCGT 
TAA 

 

Protein sequence

MYCVEKKVCL FACFFKNSIS KLTILLSIVF LLYAQFSYGT VTIQSIAVTA STCGNNGTAT 
ILAKSTKVNP VLFYEIISGP SLAPLQNTPV FSSLFPGTYV IRVYDIDFEF KEQEIKIDGN 
YELPDLTPKA ANPVCTGGSN GSIIGQAVPG KGKEPFIWEL ISATSTVKQS TDVFTNLSAG 
NYNIKLTDAC GNYQTRSVTI SKGGTGLVHA SDGIPTISKI ACDTMLFTMQ LKLFKERARS 
PLTLSLTRRD GSVSIKTITA IPVDTVNYIP GLYSISDTVP DITYEDYLHA CIKDVCGYEI 
CATRDLIAPF TFDVQFNTSY ISCTNKLTAT VSPASVTATP YMKTGFQTPV SVTLRNAATN 
TLSDSTGCSR SFCTLSLKEQ TPGENYNLRI VDGCGTVFQK TILWPPPVIL PEAVSVSLDK 
GCLDSTAVAY FNLNNFGSPV TINILSGPQT VSSTKPGYAF SYSITYPKTY YAGRSTRYSI 
KNLSAGVYSY NVTDTCGNTF NGTFEVRPAN VSNLFYSYSV TKGCVGKNVL YFDPVSNNAA 
GVTIKNASTN IELYKRIGRL AFDSIINIEP GKYVFQIYYG NVPGYSTQPY NSTITDGPLD 
CWFLTDTIQV PEYSNNSFES NTSIFCNNSS YVEINVDSSR GVAPYQYEIS SGPTTFPLQY 
SNVFQLPIYG EYVIRIRDAC SNSNTQQISV DSAKFSPILK IGGACRGNRI VLKAITSAFF 
EYDWKKPDGT MYTGDSIIIN ALSPADTGIY TIAKKVSING CTDTFLATYH LELRDVYRQT 
IFFCEGGSVN IDTATFTASG IYTDTLTNLA GCDSIRIITL TMRPKKIDTV AVRICNGESI 
LIGTNTYNSP GYYKDSTLNA FGCYEITVTN LDVNGYPEIF QKSICENEQL QVGIHSYSQT 
GIYTDTLLSS FGCDSVVITD LTVVPLKRTT VKTAICIGES ITIGTHRYYE AGIYQDTLST 
LTCDSIVTLD LTILKPEAIF TADMLNHCFD EEPAILTANW GEVFIWTPSG ETTQSIQITE 
PGIYSVSATD ENQCTSTEKI QVNNFCETKI FVPTGFTPNG DGLHDDVEIF GKNFTAFKIT 
IFNRWGEVIF ISTDKNMRWD GTYKGQEMPS GSYPWIINYQ STVDAEHSEH VVKGSITLVR