KEGG T01448: Clole

Clostridium lentocellum: Clole_1150

Entry

Clole_1150 CDS T01448

Definition

alpha amylase

Orthology

K01176

alpha-amylase [EC:3.2.1.1]

Organism

cle Clostridium lentocellum

Pathway

cle00500	Starch and sucrose metabolism
cle01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:cle00500]

SSDB

Motif

Pfam:

Alpha-amylase

Other DBs

NCBI-GI:

326790256

NCBI-GeneID:

10330857

UniProt:

F2JSP5

Position

complement(1322470..1325679)

AA seq 1069 aa
MIHSKKAVLKFLLSILISLTMIFPNLFAASLSTSLIGNVPITSTDDDPYFTWDNATVYFT
MTDRFYNGNTSNDTSYGRAKVDATGKNIGTFHGGDVAGLTKKLKEGYFKNLGVNAIWMTA
PYEQMHGYVGGGNSGDFAHYAYHGYYALDYTMMDKNMGTVAEMREFVDEAHSQGIRVILD
IVMNHPGYLSMKDMTEYDIMPTNHSKSELLNWSPSNGQTWHSYHDLFLDYTGHNDAWAKW
WSSGWIRAGVAGYTAGDNSELRMNLAGLPDFKTEVTSNQGLAPLLKTKWSQETSGYDNWI
VPAAKSLRTDLGVAPTEYNIKWLAAWVREFGIDGFRVDTAKHVEPFRWGQLKDACNTALK
EWRVANPTKAGANWDDDFWMTGEVYNTGVEYKAEYFETGKFDSLINFFFPKDGNLNTINN
TYQDIASKVNTKDNWNVLSYISSHDEGLTRANMTNLGTALLLSPGGVQIFYGDETNRPGS
ETCSDKDQPSRSDMNWSSVNQSTLNHWQIIGTFRKNHPSIGAGTHTVISSSPYVFSRTYN
KEGISDKVVVALNATGSTTINVSSIFKDGTPVKDAYTGAKATVANGSVTFTAGSAGVILI
EQNGEEPLTPVVTLTPGNVADTTKYYTDTLDVKVALQNVTEATCMINGNEAYTVKNGDII
TIGKGEALETTTKITVSAINTLGTYSQTYSYLKTERKPVTVHFYKPADWSTPSLYYYNDV
LSLTGPKWPGVTMNSEGDNWYSYTLPAEYETAQVIFNTNNGTTQIPDKEKPGFVVEGEMW
YKEGVWTSTNPDGKPSVTLTPGNSSTTTTYTSSTLSIKVILKNVISATCQIDNGEAFSVA
SGESFEIGKDVATGTITSIKVKAENEQGLFNGTFTYKKETVLPPTDITVHFYKPSSWGIP
NLYYYETESKTGPKWPGEAMINEGDGWYSYTIKDWTTAYVLFNSNGQQIPDANEPGIEVS
KEIWYKDGMLYTSKPEEKVITVHFYNPSGWGIPNLYYYETESKTGPKWPGEAMTAEGNNW
YTYTIPSEIAVKVLFNSNNQQIPTANQPGFEANGEMWYKDGTWTSSKPN

NT seq 3210 nt +upstreamnt +downstreamnt
atgattcattccaaaaaagcagttcttaagtttttactttctattcttatctcacttact
atgatttttcctaacttatttgcagccagcttatctacttcattgattggtaacgttccc
attacttctactgatgatgatccctattttacttgggataatgctactgtttattttacc
atgacagaccgtttctataatggtaatacctctaatgatactagctatgggcgtgccaaa
gtagatgctactggtaaaaatatcggtacttttcatggtggagatgttgcaggacttact
aagaaactaaaagaaggctacttcaaaaatctaggtgttaatgctatttggatgactgca
ccttatgagcaaatgcatggctacgtcggtggtggtaacagtggtgactttgcacactat
gcttatcatgggtactatgcacttgactataccatgatggataaaaatatgggaacagtt
gctgaaatgagagaattcgttgatgaagcgcactcacaaggtattcgtgttatcttagac
attgttatgaatcaccctggttatctaagcatgaaagatatgacagagtatgatattatg
ccaaccaatcatagtaaatctgagctacttaattggtcacctagtaatgggcaaacttgg
catagctatcatgacctattccttgattacactggacacaatgacgcctgggcaaaatgg
tggagttctggttggattcgtgctggtgtagctggctatactgctggagataattcagag
cttcgtatgaacctggcaggtttaccagactttaaaacagaagtaactagcaatcaaggt
ttagcacctcttttaaaaacaaaatggtcacaagaaacttctggttatgataactggatt
gttcctgctgctaaaagcttaagaactgatttaggcgttgctcctactgagtataatatt
aaatggttagctgcttgggtgcgtgaatttggtattgatggattcagagttgatacagca
aaacacgtagaaccattccgctggggacaattaaaggatgcttgtaatacagcacttaaa
gagtggcgtgttgctaatccaactaaagctggtgctaattgggatgatgatttctggatg
actggtgaagtatataatactggtgtagaatataaagctgaatacttcgaaaccggtaaa
tttgattcacttattaacttcttcttccctaaagatggcaatctaaatactattaataat
acttatcaagatattgcaagtaaagttaatacaaaggataattggaatgtccttagttat
atttcatctcatgacgaaggcttaactagggctaatatgactaatttaggtacagcttta
cttttatctcctggaggtgttcaaatcttttatggtgatgaaaccaatagacctggcagc
gaaacgtgctctgataaggatcaaccaagtcgttctgacatgaactggtcaagtgtgaat
caatcaacacttaatcactggcaaatcattggtacctttagaaagaaccacccttctata
ggcgctggtactcatactgttattagttcttctccttatgtatttagtcgcacctataat
aaagaaggtatctctgataaagtcgttgtagcattaaatgcaacaggtagtacaacaatt
aatgtatcttctatctttaaagatggtacaccagtaaaagatgcttataccggcgcaaaa
gcaactgtagctaatggctctgttacctttactgctggctcagcaggtgttatcttgatt
gaacaaaatggtgaagaaccacttacaccagttgttacattaactcctggaaacgttgcc
gatacaactaaatattatacggatactttagatgtaaaggtagctttacaaaatgtcact
gaagctacttgcatgattaatggtaatgaagcttatactgttaagaatggggatatcatt
actattggtaagggggaagccctagagacaacaactaaaattactgtttcagctattaat
acactaggtacttactcacaaacttattcttatttaaaaactgaacgtaaaccagtcacg
gttcatttttataagcctgctgattggtctaccccatccctctactattataatgatgta
ctttcattaactggacctaaatggcctggtgttactatgaatagcgaaggagataactgg
tatagttatacacttccagccgaatacgaaacagctcaggttatatttaatacgaataat
ggtactacacaaattccagataaagaaaaacctggttttgtcgtagaaggcgaaatgtgg
tataaagagggtgtctggacctcaactaatccggatggcaagccttctgttacgttaacg
cctggaaacagtagtacaactacaacttatacaagtagtacactttccattaaagtaata
cttaaaaatgtaataagtgctacctgccaaatcgataatggtgaagctttttcagtagct
tctggtgaaagcttcgaaataggtaaagatgtagctactggtacaataacttctattaaa
gtaaaagcagaaaatgagcaaggtttatttaatggaacatttacgtataaaaaagaaacg
gtgctcccaccaacagacattactgttcatttctataaaccttctagctggggtatacca
aatctttactattatgaaacagaaagcaaaactggacctaaatggcctggtgaagctatg
atcaatgaaggagatggttggtacagctatacaatcaaagactggacgactgcttacgtt
ttatttaatagcaacggtcaacaaatccccgatgctaatgagcctggtatagaagtttca
aaagaaatttggtacaaagatggtatgctttatacttcaaaacctgaagaaaaggttata
actgttcatttctataatccttctggttggggcataccaaacctttattactatgaaaca
gaaagcaaaactggtcctaaatggcctggtgaggctatgactgctgaagggaataattgg
tacacctatactataccaagtgaaattgccgtgaaagtactgtttaacagtaataatcaa
caaattcctactgctaatcaacctggtttcgaggcaaatggtgaaatgtggtataaagac
ggcacttggacttctagtaagcctaattaa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (15)   

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