Gene Teth514_0822 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagTeth514_0822 
Symbol 
ID5876448 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameThermoanaerobacter sp. X514 
KingdomBacteria 
Replicon accessionNC_010320 
Strand
Start bp855206 
End bp856870 
Gene Length1665 bp 
Protein Length554 aa 
Translation table11 
GC content32% 
IMG OID641541167 
Productdiguanylate cyclase 
Protein accessionYP_001662461 
Protein GI167039476 
COG category[T] Signal transduction mechanisms 
COG ID[COG2199] FOG: GGDEF domain 
TIGRFAM ID[TIGR00254] diguanylate cyclase (GGDEF) domain 


Plasmid Coverage information

Num covering plasmid clones
Plasmid unclonability p-value0.00155452 
Plasmid hitchhikingYes 
Plasmid clonabilityhitchhiker 
 

Fosmid Coverage information

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

Sequence

Gene sequence
ATGGGGAAGT ACAGGGAACT GGTTTTTAAT ATAACCTTAA TTACAATAGG AAGTATATTA 
TTTGTGTGGG CACTTTACTG CTGTGGTATT GGAATTGATT GGAGAGTCTT TTTGATTTTA
TTAGCTTTCG CAATAATTTT GGATAATCTT GGCATAATGT ATACAGATAT AAAATTATCT
TTAAGCCCTA CAATAGGAAT AACTACTTTT TTGATTTTTG GCACGGTTGG AGCGGCTACT
CTCATGGTAT CCTCTGTTAT GTTTGATACT ATTGTAGTAA GAAAAAAGAT AAAAAATGGG
CTTTTAAATG GAGGAATGTT TTCTATTGCA TATTTAGTGG CAGGATGGTT TTATGAATTC
ATAGGTGGAA AAATTGGCAT AGTTTCTTTT TCGCAAATTA AATATATTTT AAGCTACGTC
ATAATAAGTT TTCTTTTGAA TAATTTTATA CTGTACTATG CTTTAAAAGT ACAGGGGAAG
ATTTTGTTTA AAGAGTATTG GAATGAGAGT GTATTATTAG AGTTAGGTAC TTATATAGTT
ATGATTCCTG TTTCATTACT TCTTGCATAT ATTTATTTTA AACATAGCCT TCTGTTTTTT
GTGTTATCTT TAACTCCACT TATATTCATA GCATATGCTT TTAGGATGAT TAGAGATTTG
ATTAAGGCAA ATAAAAGGCT TAACGCTATA TATGAGATGG TTAAAATGAT AAATTCGAAG
TTAGAGTTGG AGCAAATATT AGATACTATT ATAGAAGTTA TTTCTCAAGT TGTTTCAGTA
TCTGCAGCAG CAATATATTT GACAGATTCT AATGGGGTAG CTGCTTTAGT AAAATCGATA
GGTAATAGAG AGGGAGAGGA AGGCTTTAAA GAAAATTACT TCAAAGATGA GGGAATAATA
GGAAAGTGCA TATCTTCTAA CAAAACAATA GCAATTAAGG ATTTAAAGCA GGATAAAAGA
TTTTTAAAAG AACAATTTTT AAATAACTAT GGCAGTGTAG TAGTAGCTCC TTTAAGGTCT
TCGGGTTCTA CCATTGGATG TCTTGCGGTA TTACATGTAG ATACAAATGT TTTTGATGAG
GATTCTGTTA AAATCATAGA GATAATCGTA GATCAAGCTT CTGTTGCGAT AACCAATGCT
AAACGATATT ATGAAGTCAC CAAAAAATCT ATTACTGATC CTTTAACAAA GACTTATAAT
AGAAGATATT TTAATGATGC ATTAATGGAA AATATTATGA GGGCAGATGA GACTAGTGAG
CCTGTGAGCC TTATAATGTT TGATTTGGAT AATTTTAAAC TGATAAATGA TACTTATGGC
CATTTAGTTG GAGATGAAGT ACTTAAGGAA GTGGCAAAAC GGATAAAAAA CAATGTGAGA
AGTGATGATA TTGTAGCGCG ATTTGGTGGA GAAGAATTTG CAGTGATTTT GCCGAAACTT
ACTGCAGAAC AAGCCTATAT GATTGCAGAG AGGATAAGAA ATGAAGTATT ATCAAGGCCA
ATTAGGACAG ATAAAGGAGA TATATATGTA ACCATAACGG GTGGAGTAGC AGATTATCCG
GAAAAGGCTG ATTCTGCAGA AAAACTTATA AGCCATGCAG ATAGAGCTTT ATATGCAGGT
GGCAAAAGTA AAGGAAGAAA CAAAATTGCC ATATATGAAG TGTGA
 
Protein sequence
MGKYRELVFN ITLITIGSIL FVWALYCCGI GIDWRVFLIL LAFAIILDNL GIMYTDIKLS 
LSPTIGITTF LIFGTVGAAT LMVSSVMFDT IVVRKKIKNG LLNGGMFSIA YLVAGWFYEF
IGGKIGIVSF SQIKYILSYV IISFLLNNFI LYYALKVQGK ILFKEYWNES VLLELGTYIV
MIPVSLLLAY IYFKHSLLFF VLSLTPLIFI AYAFRMIRDL IKANKRLNAI YEMVKMINSK
LELEQILDTI IEVISQVVSV SAAAIYLTDS NGVAALVKSI GNREGEEGFK ENYFKDEGII
GKCISSNKTI AIKDLKQDKR FLKEQFLNNY GSVVVAPLRS SGSTIGCLAV LHVDTNVFDE
DSVKIIEIIV DQASVAITNA KRYYEVTKKS ITDPLTKTYN RRYFNDALME NIMRADETSE
PVSLIMFDLD NFKLINDTYG HLVGDEVLKE VAKRIKNNVR SDDIVARFGG EEFAVILPKL
TAEQAYMIAE RIRNEVLSRP IRTDKGDIYV TITGGVADYP EKADSAEKLI SHADRALYAG
GKSKGRNKIA IYEV