Gene Dred_1423 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagDred_1423 
Symbol 
ID4956596 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameDesulfotomaculum reducens MI-1 
KingdomBacteria 
Replicon accessionNC_009253 
Strand
Start bp1541233 
End bp1543032 
Gene Length1800 bp 
Protein Length599 aa 
Translation table11 
GC content43% 
IMG OID640180598 
Productvon Willebrand factor, type A 
Protein accessionYP_001112778 
Protein GI134299282 
COG category 
COG ID 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones21 
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
GTGGCTATTG AACAAAACAT TGAACTTTGG CGTAACAAAA GTCTCTCTGA TTTTTGGTTA 
ACCGGTAAAG GGTTAGATAA TAACAAAAAG AGCAATGGGC AACCCTATGC CATGTTTAGT
CATAAATTAT TAGGTTCCGA AGACATGGAT GCCCAGGCAA TGGCTATGAC CGCCATGCTG
GGGGCTGTCT CTCGGGTGGT GGATATTGTC CATGGCAAAC AAAAGTTTTC TGTTAATTTC
AGTTCCAAAG AAACAAGAAC TGATTTTGCA GCGAAGCAAA TTGCCCTTAG TGCGGAACCC
CTATTTAACC CACCACCGGG ATATTTGATG CCGGACATTG TTGATGTGCT TACAGGGATG
GCTCTACATG AAGCAGCCCA TGCCCAGTTT AGTAAACCCG AATACTACAC AGAAATGCCT
GGTAACCCCT TTATGGCGGT GATTAGAAAC GTGGTAGAGG ATGTCTATAT TGAGCAGCTT
ACATCCCTTT ATTACCCTGG ATATGCTGGT TACTTTTGGA AATACCGCCG TTACGAATTT
GATCTAAATC CTGGGAAATG GTCGCATAAA CCCAGTAAAG ATTTAATGGA AAATGAATTA
AATCTTCGCA CCTCAGATTT CTTGTTGGTT ATGCGTTCAA CGAGAAATTA TGTTTCCCAG
GTGGCAAGGG TTAATAATGT AGCAGACCTT CTAAAAAAAA TTATTTATGT GGAAAAGCCT
GCAAGGTTAG AGAAGTTAAA TACCCGCACG GTGGCCAGAA GAATCTATAA TGAGTTATTT
GGTAACCTTA TCCAACATGA CATTGCTTAT TCCCTGCCCA GTTCTCTATT GGATTACAAC
AATCGGGGTA AACACCAGGC TGAATCAGGG AATACCAATA ATACCAATAA GACCAACATT
CCCAGTGATC TGCAGAATTT AATACAAAAC ATGCGTCAGG AGCAACTGCA GGTTGCCAAT
ATGAGTGAAC TTATGGAAGC AGGTTTAGAT CCAGATTACC CGCCACCTCC CCCGCCAATG
GTTGTTTTCA GGCGCCCATT AATGGACGAG GGGGCCATAG AGAGGTATGA GCAGGCCAGA
AGTGCTGTTC AGCCCTTTGT TATTCGATTG CGAAATCGGT TAAGTTGGGC CAATACGCGG
CAGGTGATTA ATCAGTTTCA GCTGCCCAGT GGGGAATTGG ATGAAGACTC CCTCTATCAG
GCCAGCTATT CCAATCGAAT CTTTCGACAG ACAGAAATTA TCAACACCAG AACAAGGAAG
CTTGATATTT GCCTATTGGT GGATACCAGT GCTTCCATGG TATATCCTGC CGGAAAAGAA
ATTTCCAGGG TAGAATTGGC TCGAAATTTA GCAGCTCTTT TTGTGGAAGC CTTAGAACCA
GTGGATTCCA TTAAAACCTG GGTTTTTGGT TTTAATCTAA AAGGAGCCGT TAATATGTAT
GAACTCTACT CCCCGGCTTT ACCCAATAAA GCACGGATTG GGGTAACTGG TGCCGAAGGG
ACAACGCCTG AGGGGACAGC TGTAAAATAT GCTGCTTTAA GAATGATGGC AGAAGGTCGC
CCCTTTGTAC AAAAGGTTTT AATTGTCATT GCGGACGGAA ATCCCAATCC TGGACCAGAA
ACCAAATTGG TTAAAGAACA AGTTAAGCGA CTAAAGGCCC TGGGTTGCAA AACCATTAGC
ATTTTGCTGG GAGATCGCCC GCCAGAGTAC GGCTATGAAA ACAGTATTCC TTGGACTGAC
TACAATACGG TTACCACTGG GTTTGGACGG TTACTTAAAA AACTGGTGGA AGATAATTAA
 
Protein sequence
MAIEQNIELW RNKSLSDFWL TGKGLDNNKK SNGQPYAMFS HKLLGSEDMD AQAMAMTAML 
GAVSRVVDIV HGKQKFSVNF SSKETRTDFA AKQIALSAEP LFNPPPGYLM PDIVDVLTGM
ALHEAAHAQF SKPEYYTEMP GNPFMAVIRN VVEDVYIEQL TSLYYPGYAG YFWKYRRYEF
DLNPGKWSHK PSKDLMENEL NLRTSDFLLV MRSTRNYVSQ VARVNNVADL LKKIIYVEKP
ARLEKLNTRT VARRIYNELF GNLIQHDIAY SLPSSLLDYN NRGKHQAESG NTNNTNKTNI
PSDLQNLIQN MRQEQLQVAN MSELMEAGLD PDYPPPPPPM VVFRRPLMDE GAIERYEQAR
SAVQPFVIRL RNRLSWANTR QVINQFQLPS GELDEDSLYQ ASYSNRIFRQ TEIINTRTRK
LDICLLVDTS ASMVYPAGKE ISRVELARNL AALFVEALEP VDSIKTWVFG FNLKGAVNMY
ELYSPALPNK ARIGVTGAEG TTPEGTAVKY AALRMMAEGR PFVQKVLIVI ADGNPNPGPE
TKLVKEQVKR LKALGCKTIS ILLGDRPPEY GYENSIPWTD YNTVTTGFGR LLKKLVEDN