Desulfitobacterium hafniense Y51: DSY2035
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Entry
DSY2035 CDS
T00333
Name
(GenBank) hypothetical protein
KO
K00705
4-alpha-glucanotransferase [EC:
2.4.1.25
]
Organism
dsy
Desulfitobacterium hafniense Y51
Pathway
dsy00500
Starch and sucrose metabolism
dsy01100
Metabolic pathways
dsy01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
dsy00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
DSY2035
Enzymes [BR:
dsy01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.25 4-alpha-glucanotransferase
DSY2035
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_77
Alpha-amylase
Malt_amylase_C
Motif
Other DBs
NCBI-ProteinID:
BAE83824
UniProt:
Q24VW8
LinkDB
All DBs
Position
complement(2360775..2364335)
Genome browser
AA seq
1186 aa
AA seq
DB search
MSVVLAYHNSHDPFFRSPFGAVPCGGLLRLRLLMQPEDSSGAGSPVQECFLRLWVQDREE
RLPMLRVEEPILWEINREGTVTGEEAITGEGVLTGEGVVYEVEYPLPHEPGIIWYYFIFR
AGGETCFYGNNQEELGGVGELRSSEPPGYQITVYRPMALPGWYTQGIMYQIYVDRFFNGD
EQGKVLNPRPRSLIHGDWYDTPFYIKNEKGEVLRWDFFGGNLAGVIKKLPYLKELGVSIL
YLNPIFDSSSNHKYDTADYLTLDPMYGDEEIFAQLIKEAQSLGMAIILDGVFSHTGDDSI
YFNRYGRYPGLGAYQSPDSPYYSWYQWQGDGEEKEYSCWWGVATLPEVKELEPSYREFII
HSPQGVLRSWMKRGIKGWRLDVADELPDEFIQEFRQGMKAMDPDAVLIGEVWEDPTHKFS
YGKLRQYFWGGELDATMNYPWRKILLQYFLGEIDAGQLHKKIMNLYENYPRENFFGQMNL
IGSHDRARILTLLSEAPPPEQLSAAEQEHYRLPAPARELAVRRLKLLTLLQMSFPGVPCL
YYGDEAGCEGYPDPYNRGTYPWGREDQEILQWFKRVLRYRREYEVLRQGEFSSWSEGKEI
YALQRKGEKEEIIVLVNRSAEESTEMTLKLEQNVGQVIDIFAGEVLHGLSLILPPLSAKA
LFCQKHGPNHYFKQELMTRACGILMHISSLPSPWGIGDLGEEAYAFVDFLAEGGQSLWQV
LPLNPLGLGDSPYQSESALAGNFLLISLDLLIEAGLLTEEEARREWADYGQEVKKAEGSE
GPEGLGSEGFAWVERYKEKLLRKAYERFKEKLPRYPLDLSSPEGGSQPGTKGYLDPQGYD
RFIEENQDWLQDYALYKCLKLKFSGKGWHQWEESYRLRKPEALEAVTEDYAEEINYIFFV
QYTFADQWQRLKDYAQEKGVKIIGDLPIYVAYDSCDTWANRECFALDENNAPTGTAGVPP
DYFNPEGQNWGNPLYDWEALRSADYAWWKLRFRQGLERFDALRLDHFRGFEGYWEVPPQA
GSAKEGRWLKGPGKEFFESLVRELGPLPVIAEDLGCITPEVNTLRAILGFPGMRVTQFSP
LQQEGNYVDYSGTHDNDTLLGWYRSQGYSDKDSLAQVERTIEELYQGNGIWVILPLQDIL
KLDSQARMNTPGTIKGNWQWRVERGTLTQDVCARLRGLAEKYERLS
NT seq
3561 nt
NT seq
+upstream
nt +downstream
nt
atgtctgtggtattggcttatcataattctcacgatcccttcttccgcagcccctttggg
gctgttccatgcggcggtctgctgcgcttaagactgcttatgcagccggaggattcttct
ggtgcgggcagtccggttcaggaatgctttttgcgcttatgggtgcaggaccgggaggag
cggttgcccatgctcagggtggaagagccgatcctgtgggagataaatagggaaggaact
gttacaggggaagaggctattacaggggaaggggtccttacgggagaaggagtcgtttat
gaggtggaatatcctcttccccatgaaccgggaatcatctggtattactttattttcagg
gcagggggagaaacctgtttctatggcaataatcaggaagaactgggaggcgtgggtgag
cttcgatcctccgagcctcccggttatcaaatcaccgtttaccggcccatggccttgcca
ggctggtacacccagggcatcatgtatcagatctatgtggatcgcttctttaacggggat
gaacagggaaaagtcctcaatccccgcccccgctccctgatccatggggactggtatgat
acccccttctatattaaaaatgaaaagggcgaagtcctacgctgggattttttcggcggc
aaccttgccggtgtgatcaaaaagcttccttaccttaaggaattaggggtgagtatcctc
tatttgaaccccatcttcgattcctccagcaaccataagtatgacacggcggattatctt
acccttgaccctatgtatggggatgaggagatctttgcccaattgatcaaggaagcccaa
agcttaggaatggcgattattctggatggggtgttcagtcataccggtgatgacagtatt
tattttaaccgctacgggagataccctggtctgggggcctatcaatccccggattccccc
tattactcctggtatcaatggcagggagatggggaggaaaaggagtattcctgctggtgg
ggagtggccacccttcctgaagtcaaggagctggagccctcttatcgtgaatttatcatt
cactcaccccagggagttctccggtcctggatgaagcggggcattaaaggctggcgtctg
gacgtggccgatgagcttcccgatgaattcattcaggagttccggcaaggaatgaaagct
atggaccctgacgcagtgcttattggtgaagtctgggaggaccccactcataaattcagc
tatggcaagctcaggcagtacttctggggcggggaactggatgccaccatgaattatcct
tggcggaagatcttgctccaatactttctgggggagatcgatgccggtcagctccataaa
aagattatgaatctctatgaaaactacccgcgggaaaacttttttgggcagatgaatttg
atcggcagccatgatcgcgcccggattctcaccttgcttagtgaagctccgccgccggag
cagctctcggccgcggaacaggagcattatcgtttgcctgcccctgcccgggaactggct
gtccggcggttaaagctgctgactttgctccagatgagcttccccggtgttccctgcctg
tattacggcgatgaagcgggctgtgagggatatcccgatccctataaccgggggacctac
ccttggggaagggaagatcaggagatcctccaatggtttaagcgggtgctccgttatcgc
cgggaatatgaggtactgcggcaaggtgaattttcttcctggtccgaggggaaagagatt
tatgccttgcaaaggaagggcgaaaaagaagagattattgtcctggtcaatcgcagtgct
gaggagtccacggaaatgaccttgaagctggagcagaacgtggggcaggttattgatatc
tttgcgggggaagtgctgcacggtctttcgcttatcctaccccccttatccgcaaaggcc
cttttctgtcagaagcatggtccaaaccactattttaaacaggagcttatgacccgtgcc
tgcggcatccttatgcatatctcctctttgccgtctccctggggcattggcgatctgggg
gaagaggcctatgcttttgtggatttcctggctgaaggagggcaaagcctctggcaggtg
ctgcctttgaaccctctagggctgggagattccccttaccaaagtgagtccgccttagcc
ggtaattttttgctgatcagtcttgatttgcttattgaggccgggctgctgaccgaagag
gaggcccgcagggaatgggccgactatggtcaagaggttaaaaaggctgagggaagcgaa
ggacccgaaggcctcgggagcgagggctttgcctgggtggaacgctataaggagaagctg
ctgcgcaaggcttatgaacgtttcaaggagaaattgcccaggtaccctttggatttaagc
agcccggagggaggcagccagcctggaactaaggggtacttggaccctcagggttatgac
cggtttatagaagagaatcaggactggctgcaagactacgctctctataagtgtttaaag
cttaagttctccggcaaggggtggcaccaatgggaagaaagctatcgcttgcggaagcct
gaggccctggaggctgtgactgaagattatgccgaggagataaactatattttctttgtt
caatatactttcgctgatcagtggcaaaggctgaaggactatgctcaggaaaaaggggta
aaaataatcggcgatctgcccatttatgtggcctatgacagctgcgacacctgggctaac
cgggagtgctttgctctggatgaaaataatgctcccacaggaaccgctggggtgcccccc
gactatttcaaccctgaagggcagaactggggaaatcccttatacgattgggaggctctc
cggtccgccgattatgcctggtggaagctgcgtttccggcaagggctggagcgctttgat
gccttaagactggatcatttccgtggctttgagggctattgggaagttccccctcaggcc
gggagcgccaaggaaggccgctggctgaaagggccggggaaagaatttttcgaaagcctg
gtccgtgaattggggcctctgcccgtcatcgctgaggatttagggtgcattacccctgaa
gtcaataccctgagagctattttaggatttccggggatgagggtgacgcagttttcaccc
ttgcagcaagaagggaattatgttgattattccggaacccatgataacgataccctgttg
ggctggtatcgctcccaaggctatagcgataaggattccctggcgcaagtggaaaggact
atcgaggagctttatcaggggaatggtatctgggtcattcttccccttcaggacattctt
aaactggattcccaggcgaggatgaatactcccggcacaattaaagggaattggcagtgg
cgtgtagaaagaggaaccttaactcaggatgtctgtgctcgattaaggggtttggcggaa
aaatatgagcggttatcctga
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