Gene CHU_2517 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagCHU_2517 
Symbol 
ID4187042 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameCytophaga hutchinsonii ATCC 33406 
KingdomBacteria 
Replicon accessionNC_008255 
Strand
Start bp2893423 
End bp2895270 
Gene Length1848 bp 
Protein Length615 aa 
Translation table11 
GC content38% 
IMG OID638072510 
Producthypothetical protein 
Protein accessionYP_679113 
Protein GI110638904 
COG category 
COG ID 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones16 
Plasmid unclonability p-value0.174672 
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clones14 
Fosmid unclonability p-value
Fosmid HitchhikerNo 
Fosmid clonabilitynormal 
 

Sequence

Gene sequence
TTGAGGGAAA GTATGGATAA ATTGTTGTTG AGGTTACTAT TCTTCCTGGT AACGGCATTG 
TTTTTTCAGT TCAATGGCTA CGCTACACAC ATCGTTGGAG GGGATATTTT TATCCGATGG
ACAGGAACAG ATAATCGTTA CCAGATCATA TTAAATAAAT ATGTAAATGA AAGAGGTTAT
TATCAGGAAA TTTATGGTCC GGACGCTATT GAAACAGTTA CGCTTGAATT TTCAAATGGT
AATAATACTA CAGTTATCCG CACAGAATAT CTAGCGTTGA TATCGAATAC ACTTCTGGTC
AATAACAATA ATTATTGTGT CAATTCAACT ATTGTTAAAA CAAGTTTACA GGTGTATCAG
AGTGTTGTAA CCCTGAATGA ATTTAATTCC TATGATGCAT GTAAAGTAAG GTGGGTGCAG
TGCTGCAGAA GTTCGGATAT TACAAATATT GCCAAATTGT ATAGTAGCAG TAGCAATAGT
TATAGTCAAG AACAGGAGAT ATTTTTATTT ACAACAAAAT ACGAAGGGAA AATAAAAAAC
ACAACGCCAT TTTTCAAACG CTTAAATAAC GAATATTTTT GTCTGGATGC ACTCAATACA
TTTGATATGA GCGCAGCAGA TGCAGAAGGA GATAGTCTGG TATATAGTTT AGTTTCACCA
CAGGAATCAA ACGGCCGCAA CGTACAATGG CTTAGCGGAT ACAGCGGCAA CAGCCCCGTT
CCGGGAACGG TTCCTATGCG TATTGACAAA CATACCGGGC AAATGATATT TAATCCTTCG
CAGTCTGGTA CATTTCTTTT TGGCATCAGA GTATTCGAAT ACAGAAATAA CATATTGCTG
AGTGAAGTAC GTAAAGATTT TCAGTTTAAT GTGCAGTCAT GCGCTCCAAA TAATAAACCT
GTTATTGATT TTGGAAACAC CCCACTTCAT ACAGGCGCTG TTATTGAAGT ACCGGTCAAA
GGTGAAAGCT GTATCCCCAT TTACATAACA GATGTTGATG CATCACAATT CGGCAGGAGT
GAATTTATCA ATGTAAGAAC GACAAGTGAT TTTCCGTCAG GAAAATGGAA TTTTATCAAT
CAATTAACAT TGAATCCGGT TGATGATACC ATTGTTTCGA ACCTGTGCAT CAATCCCTGT
TTGATGGAGC AACTCAAAGC AACAACAGAT TTTAACTTTC ATATTATTAT TAATGATATA
CGCTGCCCGG CACAATATGA TACGCTCGAT TTTATAGTAA AAGTGCTTGT GCCGCAAAAT
GCAGTACCTG AAGTTTTCAT TTCTCCATCG CTTAATCCGC AGGTGGTGCG CGTTGATTCA
CTGCTTACGT TTGATGTGTT TGGTGCAGAT GCAGATCCTG CAGATGTATT ATCCCTTACC
ATACAGAATG CACAACGCAG CATGAATTTT CAAAATGTTT TTGACAGTAC TTCTACGATC
CGTTCAACGT TTAGCTGGAT ACCCAACTGC AATGACCTGT ACCCGGGTAT ATATGATATT
TATTTTTTAA TAAACGATAA CAGCTGTATT TATGGACACG CAGATACGGT GCAGCAACGC
ATTGTTGTAT TCGAAAATGA AGTTTCCTTT GCTGGAATGG AGATTACAAA TTTGGTAACA
CCAAACGGAG ACGGGTTAAA TGATTTTTAC CAGGTGCGTG ACATTCCCGT TGGCAACTGT
TCAAAATATT TCAAAGGCAT AGAAATATAC AACCGCTGGG GATCACGTGT ATACTATAGT
CAGGATAGGT TTTTTCAATG GTTTCCCAAG GAAAGTGATG GTATCTACTA TTATTCCATT
GATCTGAATG ATGAAGTAAA AAAAGGATGG ATCCAAGTTA CCCGGTAG
 
Protein sequence
MRESMDKLLL RLLFFLVTAL FFQFNGYATH IVGGDIFIRW TGTDNRYQII LNKYVNERGY 
YQEIYGPDAI ETVTLEFSNG NNTTVIRTEY LALISNTLLV NNNNYCVNST IVKTSLQVYQ
SVVTLNEFNS YDACKVRWVQ CCRSSDITNI AKLYSSSSNS YSQEQEIFLF TTKYEGKIKN
TTPFFKRLNN EYFCLDALNT FDMSAADAEG DSLVYSLVSP QESNGRNVQW LSGYSGNSPV
PGTVPMRIDK HTGQMIFNPS QSGTFLFGIR VFEYRNNILL SEVRKDFQFN VQSCAPNNKP
VIDFGNTPLH TGAVIEVPVK GESCIPIYIT DVDASQFGRS EFINVRTTSD FPSGKWNFIN
QLTLNPVDDT IVSNLCINPC LMEQLKATTD FNFHIIINDI RCPAQYDTLD FIVKVLVPQN
AVPEVFISPS LNPQVVRVDS LLTFDVFGAD ADPADVLSLT IQNAQRSMNF QNVFDSTSTI
RSTFSWIPNC NDLYPGIYDI YFLINDNSCI YGHADTVQQR IVVFENEVSF AGMEITNLVT
PNGDGLNDFY QVRDIPVGNC SKYFKGIEIY NRWGSRVYYS QDRFFQWFPK ESDGIYYYSI
DLNDEVKKGW IQVTR