Gene Nham_2642 details

Gene Information

• Locus tag: Nham_2642
• ID: 4029503
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Nitrobacter hamburgensis X14
• Kingdom: Bacteria
• Replicon accession: NC_007964
• Strand: -
• Start bp: 2903877
• End bp: 2905901
• Gene Length: 2025 bp
• Protein Length: 674 aa
• Translation table: 11
• GC content: 60%
• IMG OID: 637971096
• Product: hypothetical protein
• Protein accession: YP_577883
• Protein GI: 92118154

Plasmid Coverage information

• Num covering plasmid clones: 11
• Plasmid unclonability p-value: 0.391394
• 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

GTGGCCGAGA CGATCAAGAG CATTCGCATC CACCCCGGTA TCGGCATTGC CCGCTTGGGG 
AACAGTGACG AGTTTTACAT CGGTCCCGAA GCGCCAGGGG TTGTGGTCGA TCCGGGCGGT 
AACGGCGGAC CGGGGCCGAA CGGTGGAACC TACCGCGACA GCGGGGCGCG GTTGAAACGC 
CAGGCGCAGC GGTATCGCGT GTATGCCTAC GATGCCGATG ACAAGGTCGT CGCTGAACTC 
ACGTCGGATT CGGATCTGGT CCAAACCGTG CGCTGGCGAG TTCATGTCAG GAACATGAAA 
GCGGCGAATT ACGCGTTTGA GGGTGCGTAT CTGTTCGACC CCGACAAGTT GCGAAACCCG 
TCCATCCAAC CCGGTAAGAA GCCGATCGAG CGTGATCAGC TCATCATCGA TCCCGGTGTG 
CATACGATCG CCTCCGGGCA GGCCGGACCG GTCGTCATGA AGGGTGATGT TTTCACGGGC 
ATCGAGAAAG GGACGTTGCC GGGCGAGTTG CGTTTCGAAG GTTTCACGCC GAAGGATCCT 
TCGAAGGAAG TTGAGGTCAC TTATAAAGCC GCCAAGGGTA TCGAGCTTGG GCAGCTTCGC 
CTGGATTCCA AGGACCGTCT GCTGTTCGTT CCGGCGCCCG GGAAAGGCGA ATGCGTCACG 
ACACCCAAGG TGGTGTTGTC GAACCCGAGT GAAACAATGA CCCCTCCGAA CGGTCCGGAG 
GATGGTAAAA ATCCGCTGAC GAACCAGTTT GCCTATTTCA ACATTCCGGG GTGGTGGGAC 
GACACCTGCG GTGGTGAAAT CGACGTCACG GTCACGCTCA AGGACGGCAC CGTCTTGAGC 
ACACGCGACA ACGTGACATC GGCGACGGAC GACGGTACGC GCAATCCGCG TGCGGGGGCA 
TGGATCGTCA CCGCGCCACC GAAGTTTTCA CCCTACATGT ACCATGTGGT GTCCATTCTG 
GATCGCGTCT ACGAGGCTTT CCCCGAGGCT TACCCGTACG CCAAGCAGAA GACGAATTTC 
TACCGCGACG TTTATCCGAT CTTCGCCAAG GCGGTTAACT ACAGTTGGGT GAACGCGGCG 
GCGGGCGGCG TCACGCCTGA AACCAAGGAT CGCGCCCATG GCCCGAAGCA GCCGGGCAAC 
CTGCTCAACA ACGAGTACAT GGCCGCTTTC ACCGATCCGA GCGAGACCAG CAAGGCGACA 
CGGCAGATGA TCTATGGTCT GATGCGACAT GCGCCCGGAA AGCGCGGACG GCTGGTCGAT 
TCGCTGATGC CGCCGCCACC GGAGCGCCCG ACCAGCTGGA AGAACGACGA ATTCAAGCGC 
GACGAAGAAG ACTTCAAGAT GCCCAAGCTG TGGGGCACCG GGGGCAAGCC GGCGCAGAAT 
AAGCAATTGG GTGTCAGTTT CCCGGATCAA TTTTTGAGCC TGACCGACTG GCAACTCAAT 
CACTTGAAGG AATGGGCAGA CGGGAATTTC GAAGTCGGCG TGCCACTTAA GCCCGCCGCC 
CTTGAGTCGT TGCCGCTGGC TGAGCAGCCG CATGCCCTGG ACAGTTCGGC GCTCGAACCC 
ACGATCGGCG GCGGCTTCCA CCCCGGCATC GAATTCCCGT ACCTGATCAT CTATCGGGAA 
AATTTCGCCG AGGGCTTTCG CGTCAACAAA GGTATCGAGC CCGGCTCGGT CGCTGCCTAT 
ATGTCGAGCC CGTGGCAGGG CGACTTCTGG TCCTGCGACG TATTATGGTG GCCGACACAG 
CGGCCGGATG TCGTTTTCGA ATACGACAAG AAGAACCGGA CCCGAACCCA CAGAGAATGG 
TTCCGCGGCT ACGATGAACA CGGCGAACCG CTATCGTCCA CCGATGGTTA CCACCAGATG 
GCCTATGCCT GGCCAAAACT GGGGATGGTG CTGCCGGTCA AGAATGAGGA CGGCAGCTAC 
CTGAAAGACA ACGGCCAGAT CGTGTTCGCC GAACAGGAGC GCGATCCGGC GTTGAACCGG 
CCGCCCGCCA AGAGCGATAA CAAGAGCAAT AACAAGAGCA AATAA 

 

Protein sequence

MAETIKSIRI HPGIGIARLG NSDEFYIGPE APGVVVDPGG NGGPGPNGGT YRDSGARLKR 
QAQRYRVYAY DADDKVVAEL TSDSDLVQTV RWRVHVRNMK AANYAFEGAY LFDPDKLRNP 
SIQPGKKPIE RDQLIIDPGV HTIASGQAGP VVMKGDVFTG IEKGTLPGEL RFEGFTPKDP 
SKEVEVTYKA AKGIELGQLR LDSKDRLLFV PAPGKGECVT TPKVVLSNPS ETMTPPNGPE 
DGKNPLTNQF AYFNIPGWWD DTCGGEIDVT VTLKDGTVLS TRDNVTSATD DGTRNPRAGA 
WIVTAPPKFS PYMYHVVSIL DRVYEAFPEA YPYAKQKTNF YRDVYPIFAK AVNYSWVNAA 
AGGVTPETKD RAHGPKQPGN LLNNEYMAAF TDPSETSKAT RQMIYGLMRH APGKRGRLVD 
SLMPPPPERP TSWKNDEFKR DEEDFKMPKL WGTGGKPAQN KQLGVSFPDQ FLSLTDWQLN 
HLKEWADGNF EVGVPLKPAA LESLPLAEQP HALDSSALEP TIGGGFHPGI EFPYLIIYRE 
NFAEGFRVNK GIEPGSVAAY MSSPWQGDFW SCDVLWWPTQ RPDVVFEYDK KNRTRTHREW 
FRGYDEHGEP LSSTDGYHQM AYAWPKLGMV LPVKNEDGSY LKDNGQIVFA EQERDPALNR 
PPAKSDNKSN NKSK