Gene CHU_1647 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagCHU_1647 
Symbol 
ID4183365 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameCytophaga hutchinsonii ATCC 33406 
KingdomBacteria 
Replicon accessionNC_008255 
Strand
Start bp1929732 
End bp1931651 
Gene Length1920 bp 
Protein Length639 aa 
Translation table11 
GC content36% 
IMG OID638071641 
Producthypothetical protein 
Protein accessionYP_678258 
Protein GI110638049 
COG category 
COG ID 
TIGRFAM ID[TIGR01451] conserved repeat domain 


Plasmid Coverage information

Num covering plasmid clones16 
Plasmid unclonability p-value0.201062 
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clones
Fosmid unclonability p-value0.0771148 
Fosmid HitchhikerNo 
Fosmid clonabilitynormal 
 

Sequence

Gene sequence
TTGATTCTTC AGCAATATCC GGCATGGATT TTTTTTGTAG AATTAGAATC TCCTGTTTCC 
GATTTAACGG TACTGCAACT TGAAATAGAT TATATTCAAC TGGGCAGTTA TGTTGATTGG
GCTTTCAATA CAATAACAGG AAATATTTTT AATGACAATA ATGGTGACTG TCAATTTAAT
TCCACAGACA ATCCGGTAAA GCATAGTTTG GTAAAAGCCT TGCCTGGCCC ATACTACGCT
TATACAGATG AAAATGGTTT TTATGAATTA AAGGTAGATA CATTAAATAC TTCATATACG
GTATCGTACA CTACAGATTC AGAAGCAACG CTTATTGAAA AAATATGTCC TGCATCTGGT
ATGTACTCCG TATCAACACC TAAAGGAAAA TCAACCTATT GCTGCCATGA TTTCGCTCAG
AAAATAAAAC AATGTGCGGT ATTAAAGATA GATATTAACA GCGATAGAAG AAGACGGTGT
TTTAAAGGTT TTACGTATGT GAATTACCAG AATGTTGGTA ATATTAATTC GTCACAGGCA
CAAATAAAAG TGGTATACCC TGAATTTGTA AAACCAATAA GCAGCACACC AGCCTGGACA
AGCAAAGTTG GTGACACGTT GTATTATACT GTAGGGCTTG TTGCTCCATA TTCACAACAG
ACAATAACAA TTATTGATTC GGTTATTTGT GGAATTGAAA GTATCCGGTC ATTAACTCAA
TGTACACAGG CTATGATCTC CCCTGCCAAT GCATGCTTAT ACGAAGACAT AGACTGGAAT
AATTCAGATG TTATTGTGAG AGGTAAGTGT GATATGGGTA TTGCTAAATT TACCATTCTT
AACGGAGGAT CGGGAGATAT GCCTGATAGT ACAGCATTCA GGGTATATAC AAATGACACC
TTAATTTCTA CACAAAAATT TGCCTTAAGG TCACAGGAAT ATTTTCAGGT TCAATTACCA
GCTTATGGAA AAGTTATTCG CTTAGAAGCT GATCAGTCTG CAAACCACCC GGCATTTAAC
ACCATTCCGA GAGTTTCGTT AGAAGGCTGT GTAACGAATC AGGCATTATT ACAGAGCGCG
TATAAAGGTA TTGCAATGAA TACCCCGTTA AATAATGATT TTGTGTCGTC AACATCGTGT
ATGCAAATTA CGGATAGCTA TGATCCAAAT GATAAGGCCG TATTCCCTGT GGGGCAATCA
GAAAGGAATT ATATAAGTGC AGGAACAAAA CTGAATTATA CTATTCGTTT TGAAAATACA
GGAAGTGATG ACGCCTATAC GGTGGTTGTA GTTGATACAC TAGATTCAGA TTTAGACGCT
TCAACTTTTT TAGCAGGAAG TTCAAGCCAC TCCTACTCGA TTAAAAGAGA AGTGATTGAT
GACAGAGAGA TTGTTACGTT TCAGTTTACT GATATTAATT TATCACCTAA AAAAGTTGAT
AGCATCAAAT CTCAAGGCTT TATTAAATTT TCAATTTCTA CCAGGCCGGA TGTAGCGAAT
GGAATGCTGA TTGAAAATGA GGCAAACATA TTTTTTGATT ACAATTCAGC CATTGTTACC
AATAAGGTTT CACAAACCAT TGGTGAGTAT ATAGAAGAAA AGCCGGAACT GGGAAGTATT
GTTTCAAAAA CTCCTGTAAA TAATATTACT ACCGGACTTA CATCTAAAAC AAATACAAAG
GATCTTATTC TTCTCTACCC AAATCCAGTA AGCGAAAGCA TTACAATCAA ATTCCCGAGA
GAGACAATAG AATCTACTAT AAATGTTTAT ACAATAGATG GTGCAACTGT ATTAACACAG
CGTTTAGGTG CTGTTAAAGA AAGCAGGATC ATATTACAAC AATTGCCGCA AGGTATCTAT
TATTACAGCA TAGCAGATTC AAGTGGTTTG AACCAGCACG GTAAAATAAT AAAACAATAG
 
Protein sequence
MILQQYPAWI FFVELESPVS DLTVLQLEID YIQLGSYVDW AFNTITGNIF NDNNGDCQFN 
STDNPVKHSL VKALPGPYYA YTDENGFYEL KVDTLNTSYT VSYTTDSEAT LIEKICPASG
MYSVSTPKGK STYCCHDFAQ KIKQCAVLKI DINSDRRRRC FKGFTYVNYQ NVGNINSSQA
QIKVVYPEFV KPISSTPAWT SKVGDTLYYT VGLVAPYSQQ TITIIDSVIC GIESIRSLTQ
CTQAMISPAN ACLYEDIDWN NSDVIVRGKC DMGIAKFTIL NGGSGDMPDS TAFRVYTNDT
LISTQKFALR SQEYFQVQLP AYGKVIRLEA DQSANHPAFN TIPRVSLEGC VTNQALLQSA
YKGIAMNTPL NNDFVSSTSC MQITDSYDPN DKAVFPVGQS ERNYISAGTK LNYTIRFENT
GSDDAYTVVV VDTLDSDLDA STFLAGSSSH SYSIKREVID DREIVTFQFT DINLSPKKVD
SIKSQGFIKF SISTRPDVAN GMLIENEANI FFDYNSAIVT NKVSQTIGEY IEEKPELGSI
VSKTPVNNIT TGLTSKTNTK DLILLYPNPV SESITIKFPR ETIESTINVY TIDGATVLTQ
RLGAVKESRI ILQQLPQGIY YYSIADSSGL NQHGKIIKQ