ACL_RS03330

Uniprot: A9NG03
Description: alpha-amylase
EC number: 3.2.1.1
Annotation score: 2 out of 5
Miscellaneous [CC]:
Protein existence: Inferred from homology
Catalytic activity: CATALYTIC ACTIVITY: Endohydrolysis of (1->4)-alpha-D-glucosidic linkages in polysaccharides containing three or more (1->4)-alpha-linked D-glucose units. {ECO:0000256|RuleBase:RU361134}.
Cofactor:
Enzyme regulation:
Function [CC]:
Pathway:
Active site:
Binding site:
Calcium binding:
DNA binding:
Metal binding:
Nucleotide binding:
Site:
Gene names (primary): amyA1
Gene names (synonym):
Mass: 58,640
Subunit structure [CC]:
Gene ontology (GO): alpha-amylase activity [GO:0004556]; cation binding [GO:0043169]; carbohydrate metabolic process [GO:0005975]
Gene ontology IDs: GO:0004556; GO:0005975; GO:0043169
Chain: CHAIN 26 520 Alpha-amylase. {ECO:0000256|SAM:SignalP}. /FTId=PRO_5002738736.
Signal peptide: SIGNAL 1 25 {ECO:0000256|SAM:SignalP}.
Domain [CC]:
Sequence similarities: SIMILARITY: Belongs to the glycosyl hydrolase 13 family. {ECO:0000256|RuleBase:RU361134}.
Protein families: Glycosyl hydrolase 13 family
Coiled coil:
Domain [FT]: DOMAIN 45 435 Aamy. {ECO:0000259|SMART:SM00642}.
Motif:
Region:
EMBL: CP000896
ProteinModelPortal: A9NG03
MEROPS:
EnsemblBacteria KO: ABX81283
UniPathway:
CDD:
Gene3D:
HAMAP: 3.20.20.80
InterPro:
PANTHER: IPR006046;IPR015902;IPR006047;IPR013781;IPR017853
PIRSF: PTHR10357
PRINTS:
PROSITE: PR00110
Pfam:
ProDom: PF00128
SMART:
SUPFAM: SM00642
TIGRFAMs: SSF51445

699407-700970(-)

>nucleotide sequence
TTATGAAATATAATCGTTTATTTTAGCTGAATCTATCTCTAATACTATTGTACCATATGC
AGGTAACTCTAAGTTGCCATAAAGTAGTTTTACGTAGTCAACATCAACTGTTTTAGTAGT
AGAAGTCATATTATGTATCACTAGTACTGTTTGTCCTTCACCTTCAAATTCATAGTGTCT
TACATAGCCTTGTAGAGAAGAGGTATTTTCATTCCAAGCTTTTAAGAAGTTACCATACAT
TAATCCCGGATTATCTTTTCTTAAGTTCGCTAGTGCTTTATAGTGGTTTAATAAGGAGTT
TGGGTTTTCAAGTTGTGTAGCAACACTAGGCGCACTATTACTTCCATTATAAGGGTTTAA
CCAAGTAGTAGTTTTAGATGCATCACCCCAAATAAATGGTGCTCTTCTATATTGATCATA
AACTGTACCTTGTCCAACATCTATACCTTCGTATCTTGTACCTGTCATACCTAATTCTTC
ACCGTAATAAATGTGAGGTGAACCAGGTAGTGTTAATGTTACACTTGCTGCTAATTTTAA
TTTTTCTAATCCCATTGGACCGCTAAATTGACCGAATGATGCAATACGATCTAAATCGTG
ATTACTAATAAATATTCCAGGTGCATAATTTGCATTATATGGTCTATAGGTATTGAATGC
ACGTTCAATATTAGATACAAAGAGTCTAGAGTCTGTACCATGACCTACTTTACCCCAAAT
TTCATTTGCTACATAGAAATCAAATAATGAATCTAGACCGATATAGTAATTTTGTACTGC
ACTGTATTCATAATCAAATACTTCACCTAAGAATAAAACACCCGGATCATTTTGTCTTGC
ATGTGTTTGTAAGCTTCTTAAGAACTCATGTGTTTTAGATGCCATAACAGCAGGATTTGT
GCCCGGATCACCAATAAACAAGTGTTTAGCTGCATCAAATCTAAATCCAGTAATACCTTT
ATCTTGCCAAAATGTAATAATGTTTTTAACTTCTTCTACAACTTCTTCATTTTGAAGATT
TAAATCTTTCATACCACCCGCAAATGATTCAAAAGCAGTAGAAGGAGTTTGCCAAATATA
CCAATCTCTATAAGGAGATGTGGATGCGTTATCTTGAGCATCTACAAACCAAGGGTGTGT
ATCAGAGGTATGATTTATGACCAAGTCCATCATAACGCGCATTTTGCGTGTTTTTGCCTC
ACTTATAAGGTTTTCTAAGTCATCCATCGTGCCATACTCAGTATTGACGTCATAATAGTC
TGTAATTCGGTATCCATGATGTGAACCAAAATCTAGATCAGTTTCATTAAATGGCATCAT
CCAAATTGCAGTAACACCTAAATCTTCTAAATAATCAAGATTTTGTGTTACACCATTAAA
GTCACCAATACCATCGCCATCACTATCCGCAAAAGAACGTATAAATATCTCATAATAGAT
ATCATTTCTTGGGTTTTCTGCTCTTAAATCAACTTTGTTATCACCTTCACCATTACTTGG
TGTACAAGCAATGAGTAGGCCTACCATCGCTAATAAAGTAAATAGACTCAATATTTTTTT
CAT

>protein sequence
MKKILSLFTLLAMVGLLIACTPSNGEGDNKVDLRAENPRNDIYYEIFIRSFADSDGDGIG
DFNGVTQNLDYLEDLGVTAIWMMPFNETDLDFGSHHGYRITDYYDVNTEYGTMDDLENLI
SEAKTRKMRVMMDLVINHTSDTHPWFVDAQDNASTSPYRDWYIWQTPSTAFESFAGGMKD
LNLQNEEVVEEVKNIITFWQDKGITGFRFDAAKHLFIGDPGTNPAVMASKTHEFLRSLQT
HARQNDPGVLFLGEVFDYEYSAVQNYYIGLDSLFDFYVANEIWGKVGHGTDSRLFVSNIE
RAFNTYRPYNANYAPGIFISNHDLDRIASFGQFSGPMGLEKLKLAASVTLTLPGSPHIYY
GEELGMTGTRYEGIDVGQGTVYDQYRRAPFIWGDASKTTTWLNPYNGSNSAPSVATQLEN
PNSLLNHYKALANLRKDNPGLMYGNFLKAWNENTSSLQGYVRHYEFEGEGQTVLVIHNMT
STTKTVDVDYVKLLYGNLELPAYGTIVLEIDSAKINDYIS