Candidatus Fervidibacter sacchari: Q2T83_10835
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Entry
Q2T83_10835 CDS
T09227
Name
(GenBank) glycosyltransferase
Organism
fsh
Candidatus Fervidibacter sacchari
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glycos_transf_2
Glyco_tranf_2_3
Methyltransf_23
Methyltransf_11
Glyco_tranf_2_4
TPR_2
TPR_1
Methyltransf_25
Glyco_tranf_2_2
Methyltransf_12
Methyltransf_31
TPR_14
TPR_12
Glyco_trans_2_3
TPR_19
MetW
TPR_16
ANAPC3
TPR_17
Glyco_transf_21
TPR_9
TPR_11
DREV
CMAS
MTS
TrkA_N
Cohesin_load
ChAPs
Glyco_tranf_2_5
Motif
Other DBs
NCBI-ProteinID:
WKU14830
LinkDB
All DBs
Position
complement(2341198..2344854)
Genome browser
AA seq
1218 aa
AA seq
DB search
MMGGFGSGVKSELYATKTVQYQREYAHQPVCNLFMLELVPKSAQRILDIGCCMGGAGRIL
KQRQPCEVWGVEISPELARIAAQHYERVIVGDIEDDSVWQQLPKGYFDCVICGEVLEHLI
SPDRVLKRLHEVTVPDCTLVLSVPHVGHASVIRKILRGEFDYEPTGILDDSHLRFFSRKN
LWRLLMESGWLVTHSITGIVPHDLPDDLRNALLLNGWSTPASLSETQIMGIAVAARPMPS
DVAMGNEPTDGLVSIIVLNWNNLRYLRRCVESVFAHTRQPFELIIVDNGSTDGSRRYLNE
LVRQHRNVKVVLNERNIGAPAGRNCGLAVAEGDFIVFLDSDTVMTKGWLDNLLRWMEIDP
TIGMVGPCSNFASGQQIEVNYRNLKEMHEFAEKWCAQHFGTGWETAALISFCVLMRRSVI
DAIGGMDARFGLIMHEDIDHSLRARVAGFRCWLALDAFVHHYGNKTSGRLGVEKMMDAAF
PRFKEKWNLPEEAEKYRPRIMLVPELFDPRRRPPQPKDLYEPLPDPSTLKVLDGRKFKPL
ISLCMIVKDEAENLPRCLESVKGIVDEIVIVDTGSTDETPQIAERYGAKVIRFEWTGSFS
DARNESLRHAKGEWILWLDADEALAEGKERLRALLEENDGIRPSSHAPRPVYDGFILPMV
SFVGVRSHREGHVHPAFRLFRNLPGISFERNLHEQIASSIKKVKPDAKFGVLPVWVEHYG
YLRPMVQRKGKVARNLELAKKDLHANPFDPFAWYNLGREYMRLNQWERAFYCFRRALFHL
GDNFTPYLLRCLCDAVECLTRLDRHQQALAFLKEAQQLPITTPDLWMLEGKVRFAIGDWS
SALKAFQRALQFPQQLPTDFDWTEGSTSYGAWHWMGLCFQKMGQLGEALRCFGIAIQQAL
VRRRYYEPAVNSFVSLALPQCRSPMDLEQLLEPFVPNGFSSHPPLAVLVAKAALSQFPLP
SSAISIAEQLIGIAEERGENGNALKVDPIERQFVQAKLSLLQHRYSEAAKIFAQVPLTEP
EGVAAWNLRILAHALAGEWDEAFNACGSDSLWQWLLRRWQGLTVPTNGEIADLPQELLPA
LMENFRELLALLLQLQEFERYEQALDLLKWLVPDEKERAEFLGSLYGQFGFWDMVLETLL
PLAQDGGMSRESWRLLAKACQHKGFYDEAAAILLRLIESDERKDEALADYMALAGCYIAA
GDSERAEAVLALAQQLAT
NT seq
3657 nt
NT seq
+upstream
nt +downstream
nt
atgatgggcggcttcgggtcgggtgtcaagtcggaactttacgctaccaaaacggttcag
tatcagcgcgagtatgcccaccaacccgtttgcaaccttttcatgcttgaacttgtgcct
aaaagtgcccagcgaattttggatatcggctgctgcatgggcggtgctgggcgaattttg
aagcagcgccaaccttgtgaagtttggggcgtggaaatttcgcccgaacttgcccgcatc
gctgcccagcactacgaacgagtcatcgtcggcgacattgaagacgattcggtttggcag
caactgcccaaaggctactttgactgcgtgatttgcggcgaagttttagagcaccttatt
tcacctgaccgagtgctgaagcggttgcacgaagtcacagttcccgattgcaccttggtg
ctcagcgtccctcatgttgggcacgcttcggtcatccgaaaaatcttgcgtggcgagttt
gattacgaaccgacgggcattttggacgatagccacttgcgatttttcagccgcaaaaac
ttgtggcggcttctgatggaaagcggttggttagtcactcacagcatcaccggcatcgtg
cctcacgatttgcccgatgacttgcgaaatgctttgcttctcaacggatggtcaacgcct
gcgagtttgagcgaaacgcaaatcatgggcattgccgttgctgccagaccgatgccttcc
gatgtggcgatgggaaacgaaccgacggacggtttggtcagcatcatcgtgctcaactgg
aacaacttgcgctaccttcgccgttgcgttgaaagcgttttcgcccacacccgtcagccc
tttgaactcatcatcgtggacaacggttcaaccgatggctcaaggcgttacttgaacgaa
ctggttcgtcagcatcgcaatgtcaaggtggttttgaacgagcgcaacatcggtgcacct
gctggacgcaactgcggtctggcagtggcggaaggtgatttcatcgtcttcttggacagc
gacacagtgatgacgaaaggttggctggacaaccttttgcgctggatggaaattgacccg
acaattggcatggttggaccttgctccaatttcgcttcagggcagcaaattgaagtcaac
taccgcaacttgaaggagatgcacgagttcgctgaaaagtggtgcgcccaacatttcggg
acgggttgggaaaccgcagcgcttatcagtttctgcgttctgatgcgccgttccgtcatt
gatgccattggtggcatggatgcccgtttcgggctcatcatgcacgaagacattgaccac
tcccttcgggcaagggtggcgggtttccgttgttggcttgcgttggatgctttcgtgcac
cattacggcaacaaaacaagcggtcggttgggcgttgagaagatgatggacgctgccttc
cctcgcttcaaggagaagtggaacttgccagaagaagcggaaaagtatcgtccacgcatc
atgctcgtgcccgaactctttgacccacgacgccgaccgccacagcccaaagacctttat
gagccgttacctgatccgtctacgctgaaagttttggacggacgcaagttcaagccattg
atttcgttgtgcatgattgtcaaggacgaagccgagaatttgccgagatgcttggagagc
gtgaagggcattgtggacgaaatcgtcatcgtggacacgggttcaaccgatgagacgcct
cagattgctgaacgctacggagcaaaggtcatccggtttgagtggacgggaagtttcagc
gatgcccgcaacgagagtttgcgccacgcaaaaggcgaatggattttgtggctggacgcc
gacgaagccttagcggaaggcaaggaacggctgcgggcgttgttggaagaaaacgacggt
attcgtccctcgtcccacgcccctcgtcccgtttatgacggctttatcttgccaatggtc
agtttcgtcggggtgcgttcccatcgggaaggtcatgttcacccagccttccgccttttc
cgcaacttgccgggtatttcctttgagcgcaacttgcacgagcaaatcgccagttccatc
aaaaaagtcaagcctgacgctaagttcggtgtcctgcccgtttgggttgagcactacggc
tacttgagaccgatggttcagcgcaaggggaaggttgcccgcaacttggagttggcgaaa
aaggatttgcatgccaacccctttgaccccttcgcttggtataacttgggtcgtgaatac
atgcggctcaaccagtgggagcgagcgttttactgcttccgacgggcacttttccatctc
ggcgataacttcacgccttaccttttgcgttgcctttgcgacgccgttgagtgcctgacc
cgattggacagacaccaacaagcgttggcttttttgaaagaagcgcaacagttgcccatc
acgacccccgatttgtggatgcttgaagggaaagttcggtttgctatcggcgactggagt
agcgcattgaaggcgttccaaagagcgttgcagttcccgcagcagttgccaaccgacttt
gactggacagaaggttcaacttcctacggtgcttggcactggatgggcttatgcttccaa
aagatggggcagttgggtgaagcgttgagatgctttggaattgccattcagcaagcattg
gttcggcggcggtattacgagccagccgtcaattccttcgtgtcattggcgctcccgcaa
tgtcgctccccgatggacttggagcagttgcttgagccgtttgtgccaaacggcttctcg
tcccatccaccgttagccgttctggttgcaaaggctgcacttagccaatttccgctacca
agttccgccatctcaattgcggagcaattgattgggatagcagaagagcgtggggagaat
ggcaatgccctgaaagtcgacccaatagagcggcagtttgttcaagcgaaactatcactg
cttcagcaccgttacagcgaagccgcaaaaattttcgctcaagttcccttgacagagcct
gaaggggtagcggcgtggaatttgcgaatcctcgcccacgcacttgcaggtgagtgggac
gaagccttcaacgcttgtggcagcgattcactttggcaatggcttttgcgccgatggcaa
ggcttgacagttccgacaaatggcgaaatcgccgatttgcctcaggaacttctccccgca
ctgatggagaacttccgtgagttgctggcattgctcttgcaacttcaggaatttgagcgc
tacgaacaagcgttggatttgctcaagtggcttgttcccgatgagaaagagcgagcggaa
tttttgggcagtctttacgggcagtttggcttctgggacatggtgttggaaacgcttttg
cctcttgcccaagacggcggcatgagcagagagagttggcggttgctggcaaaagcgtgc
cagcacaaaggcttttatgacgaagcggcagcaattttgcttcggctaattgagagcgac
gagcgaaaagacgaagcccttgccgactatatggcgttagcaggttgctacattgcagcg
ggagacagtgaacgggctgaagccgtcttggctctcgcccagcaacttgctacctga
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