KEGG T01056: 100175461

Ciona intestinalis (sea squirt): 100175461

Entry

100175461 CDS T01056

Gene name

mgam

Definition

maltase-glucoamylase (alpha-glucosidase)

Orthology

K12047

maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]

Organism

cin Ciona intestinalis (sea squirt)

Pathway

cin00052	Galactose metabolism
cin00500	Starch and sucrose metabolism
cin01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:cin00052]
Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:cin00500]

SSDB

Motif

Pfam:

Glyco_hydro_31 Trefoil Gal_mutarotas_2 DUF912

Other DBs

NCBI-GI:

198428102

NCBI-GeneID:

100175461

Position

AA seq 1855 aa
MPTSNSGSNNVFEEIALDVDHSNDNDVTTRQTSVNDPQKGSITMVKVTGILMICAIIVLV
IILPVYFEVIVPNQNKGNAVVITTTTPVKPEPTETTPHTGDDEKNRFDCFPEGGATIETC
QQRGCIWLPPTVDTAAPSCFYSGKDGYSIIEVLEVTSTGLSQRIGKSKTAASPYGEEFDE
LLVTYTRVSNNKLRITIAPTSVKRFEIPWTHESASNTPVQDTLYDVQFTSTNGLFGIQVT
RKSTNAILFDTTVGRMMFSDQFLQISTKLASEYVYGFGEHMHESFKHDMSWKTYGMFSRD
QGPNANLYGVHPFHMCMEGDGNAHGILFLNSNAQDVTMQPTPALTYRSVGGIMDFYIFVG
PEPESVVSQYTETIGRPYMPPMWALGFQLCRYGYGSLDKLKKVVDRMLDSEIPYDVQYTD
IDYMDRQLDFTINATTYAGLEDFARDLKSTHKMKYIIIFDPAISGNETAGTYPPFDLGKQ
QNVFIQNPDGEIAFGKVWPDLPGIYINTTWGWDDQTATFRAHAAFPDYFNPVTIQWWSDL
TVDFHKRLEFDGLWIDMNEPASFVHGSPNGCPDNKWDNPLPYHPAILGNDLFEKTTCMSN
LQYNPQTQELDVHYNMHSLYGWSQTKPTLDACRLSTGKRCMVISRSTFPGSGKYTGHWLG
DNTSLWSHLRASIIGMLEFNLFGIPYIGADICGFFQDTTEELCMRWMQLGAFYPFSRNHN
GLGSKDQDPAAFGPEYVFIAASKKVLEIRYSILPYFYTLFYDAHTTGSTVIRSLLAEFPT
DITTYTIETQFLLGGNILISPVLHEGEDSVKAYVPDATWYDYYTGAKLATGLRKTFTYFH
APWDYIPIHIKGGSIIPTQTPARTTELQRSNGLGIIYAIGDSLSQASGHLFWDDWDSIDD
FENGVYLMLRFSGDQESLSSMVEHNEYPDADSSIFDHITVMGVHGEQVSRVIVNGVRHSQ
FTFDGNTKMLQITGLNLQLTTEWTIVWDTNQYADRFNCHPESSIKATQLRCLNRGCLWHA
VSIPGVPPCYYPANYGAYKKDTAPMSTTAGEELYLERWNLPEFFERSVQRLKVEVEEHSE
YQLRIKISDANNPRYEVPMTLGGVNPTKPSEPLYEVIYQDQPFAFKVVRRSTREVIMDTN
VGGFIFEDQFIQISTKAATDYLYGLGEAEHANHKHDFYWTKETLHAKDEGVKQNANLYGY
HPFHLTMEKQGSAHGVLLLNSNAMEVELTPLPSITYRTIGGILDFYLFLGPTPNEVVQQY
SSAVGKPMQPPYWALGFQLCKYGYGNMNELRTVVDGMRNYQIPYDVQYGDIDYMDRQLDF
TIDPINYPNLPTFVNTMREDYKMRYVVILDPAISANETDPYPSYTDGMIADIFIRQNDGE
LAYGLVWPDVPGTLWEDSTLETRAHVLFPDFFNPTTKQWWTDNIARFYNEIKFDGLWIDM
NEPANFVNGSLGVGCPAANKYDHPPYLPGIIGDTLYTKTLCMSSKQYNPSTGTVDQLHYN
VHSMYGWSQAQPTKEACQAATGKRCYVISRSTYPGAGAHTGHWLGDNESKWSHMKASIIG
MFEFTLFGFSYTGADICGFFEDAEEEMCLRWSQLGAFYPFSRNHAMLGTKRQDPASWGAE
FAASVKKVLETRYTLLPYLYTLFYHSHTRGDSVVRPLMHEFPTDSNTWEIDTQFLWGPAL
LITPVLEQGKLTVDGYMADTRWFDYYSGAEVAQRKATVTLPAPMDHINLHVRGGYILPTQ
EPAVTTYYSRQNDFGLLVALDDNMKASGDLYWDDGESQNAVIDKFFTYSTITCEGNVLEN
RIITDGSSNMTLGSIVIMGLKDDVTQVFMRDQPLSKSQYTQDSTTKKVNSGSLNI

NT seq 5568 nt +upstreamnt +downstreamnt
atgccgacttcaaacagcggctcgaataatgtgtttgaggagattgctcttgacgtggac
cactccaacgataatgatgtaaccacacgacaaacttcagtaaatgatccacaaaaagga
tcgatcactatggtgaaagtaactggaatcctaatgatttgcgccatcattgttcttgtg
attattcttcccgtatattttgaagtaattgttccaaaccaaaacaaaggcaatgctgtt
gtcattacaacaacaactcctgtaaaacccgaacccaccgaaacgacgccacacacaggc
gatgacgagaaaaaccgtttcgattgctttcctgagggtggtgcaaccatagaaacttgc
cagcaacgaggatgcatatggctacccccgactgtggacactgctgctccttcttgcttt
tactccggaaaagatggttattccatcatagaagtgcttgaggttacgagtacaggattg
tcgcaaagaatcgggaaatcgaaaacggcagcttcaccttatggggaggaattcgatgaa
ttattggttacttataccagagtttcaaacaataaactgcgtattacgattgcaccaact
tctgtaaagagatttgaaatcccatggacccacgaaagtgcttcaaacactccagtgcaa
gatactttatatgatgtacaatttacttcaacaaatggcttgtttgggatacaagttaca
agaaaaagcacaaatgcaattttatttgacaccactgttggtcgtatgatgttttctgac
caatttcttcaaatttccacaaaacttgcatctgagtatgtgtatggcttcggagagcat
atgcatgaatcgttcaagcatgacatgtcatggaaaacttacggaatgttttcgagagac
cagggtccgaatgcaaacttatatggagtccatcctttccatatgtgtatggagggagac
gggaatgctcatggaatattatttcttaacagcaatgcacaagatgtgaccatgcagcct
acacctgcactaacatacagatctgttggtggtatcatggacttttatatctttgttggt
cctgaacccgagtctgttgtctctcagtacactgaaactatcggcaggccatacatgcca
cctatgtgggcgctaggattccagctgtgtagatatgggtatgggagcttggataaattg
aaaaaggtggtggacagaatgctggattcagagataccttatgatgttcaatacactgac
attgactacatggatagacaactagattttacaatcaatgcaacaacatatgctgggttg
gaagattttgcaagagatttaaaatccacacataaaatgaagtacattattattttcgac
cctgctattagtggtaacgaaactgctggcacttatccaccatttgatctgggaaagcaa
cagaatgtctttattcaaaatccagatggggaaattgcattcgggaaagtgtggcctgat
ttgccagggatttatattaatacaacttggggttgggatgatcaaactgctacattccga
gctcatgcagctttccctgactatttcaacccagttacaattcaatggtggtcagatctt
actgtggatttccataaaagacttgaatttgatgggctttggattgacatgaacgagcct
gcaagttttgttcacggttcaccgaacggttgccccgacaacaagtgggacaacccgttg
ccctaccatccagctatactgggaaacgacttgttcgaaaaaacgacctgcatgtctaac
ttacaatacaacccacaaacccaggaattagatgtacattacaacatgcatagtttgtat
ggctggagtcaaaccaaacctaccctggatgcttgtaggttatcaactggtaaacggtgc
atggtgatcagcagatcaacttttccaggcagtgggaaatacacagggcattggttgggt
gacaatacaagcttatggtctcatcttagagcttctataatagggatgcttgaattcaac
ttgtttggaattccttatattggtgccgatatatgcggcttcttccaagacactacagaa
gaactttgcatgcgatggatgcaacttggtgccttctatccatttagtagaaaccataac
ggactcggatctaaagaccaagaccctgctgcttttgggccagagtatgtgttcattgct
gcttctaagaaagtgcttgagatcagatattcaatacttccttacttttatactttgttt
tacgacgcacacactacaggaagcacagtcatcagatctttactagcggagtttccaaca
gacatcacgacttacacgattgaaacacaatttttacttggaggcaacattttaatatca
ccagttctacatgaaggggaagattcagtgaaagcttatgtacctgatgcaacgtggtat
gattactacacaggtgccaagttagcaactggattgaggaaaaccttcacttacttccat
gcaccatgggattatattcctattcacataaaaggtggaagcatcattcctacacagacc
ccagcacgtaccactgagttacaaagatctaacggacttgggattatttacgctattggt
gactctctatcacaagcaagtggccatttattttgggatgactgggattcaattgacgac
tttgaaaacggggtttacttgatgttaaggtttagtggagaccaggagagtttatcatcc
atggttgaacataatgaatacccagatgctgattcgtcaatatttgatcatataactgtg
atgggtgttcacggtgagcaagtatcacgcgtgatcgtgaatggagtcaggcactcacaa
tttacatttgatggcaacacaaagatgcttcaaatcactgggttgaacttacaacttaca
actgaatggacaatagtatgggataccaaccaatatgccgacaggttcaactgtcatcct
gaatcatcaatcaaagccacccaactacgttgtttaaatcgtggatgtctatggcatgca
gtatcaataccaggagttcccccatgttactaccctgctaactatggagcttataagaaa
gacacagctcctatgagcactacagctggtgaagagttatatcttgaacgttggaatctt
cctgagttttttgagaggtcagttcaaaggttaaaggtcgaagttgaagaacattccgaa
tatcaacttaggattaagataagtgacgctaacaatccaagatacgaggtaccgatgaca
ctagggggggtgaatcccaccaaaccgagcgaacctttgtacgaagttatttaccaagat
caaccattcgcatttaaagtagtgagaaggtcaacacgcgaagttataatggacacaaat
gttggtggatttatatttgaagatcaatttattcaaatatcaacaaaagctgccacagat
tacctttatggactcggtgaagcggaacatgcgaaccataaacatgatttctattggacc
aaggaaaccttacatgcaaaagatgaaggggttaagcaaaatgcaaatctttatggttac
caccctttccatcttaccatggaaaagcaaggcagtgcgcatggggttcttctgcttaac
agcaatgctatggaggtggagttgacacctttgccttcaattacttaccgtacaatcggt
ggaattttggacttttatcttttccttggaccaacacccaatgaagtggtgcaacaatat
agttcagctgttgggaaaccaatgcaacccccttactgggcacttgggttccaactatgt
aagtatggatatgggaacatgaatgaactgagaacagtggtggatgggatgaggaattac
caaataccatacgacgtgcaatatggtgatattgactacatggatagacaacttgacttc
actattgatccaatcaactatcctaatctacctacatttgttaacactatgagagaggat
tataaaatgagatatgtcgttatactggacccagctatcagtgcaaatgagaccgaccca
tacccctcatatacagatggtatgattgccgatatatttattcggcaaaatgatggggag
ctcgcttatggcctcgtgtggccggatgttcctgggactttgtgggaggattctactttg
gaaactcgtgcccatgttttgttccctgacttcttcaaccccaccactaaacaatggtgg
acagataatatcgctcgcttttataacgagatcaaatttgatggtttatggattgatatg
aatgaacctgctaactttgtcaatggtagtttgggagttggttgtccagctgcaaataaa
tatgatcatcctccttatttgcctggtatcattggggacactttgtacacaaagacactg
tgtatgtcatccaaacaatataacccaagtacaggtacagtggaccaacttcattataat
gtacatagtatgtatggatggtcacaagcacaaccaaccaaagaggcatgccaggcagct
actggtaaaagatgttatgtgataagtagatctacataccctggtgctggagcacataca
ggtcattggttgggagataatgaaagtaaatggtctcacatgaaagcttctatcattggc
atgtttgaatttactttgtttggcttctcatataccggagcggatatttgtggctttttc
gaagatgctgaagaagagatgtgtttaaggtggagtcagcttggtgcgttctatccattc
agtagaaatcatgccatgcttggtactaagagacaagacccagcatcttggggagcagag
tttgctgcttcagtgaagaaggttctagaaacaagatacacactactaccttacctttat
accttgttctatcatagccatactaggggtgactcggttgttaggcctcttatgcatgaa
ttccccactgattcaaatacatgggaaatagacactcagttcttatggggacctgccttg
ttaataacacctgtgttggaacaaggcaagttaactgtagatggttatatggctgataca
agatggtttgattattacagtggtgctgaagtagctcaacgtaaagccacagtcacatta
ccagcacctatggaccatattaacttacatgttagaggaggatatatacttcctacacaa
gaaccagctgttaccacttattatagccgacagaatgattttggattattggtagcgctt
gatgataatatgaaagcaagtggtgatttgtattgggatgatggggaatcacaaaatgct
gttatcgataaattcttcacatattctacgattacatgcgaagggaatgtgttagaaaat
cgaattatcactgatggcagttccaacatgacattaggctcaatagttattatgggttta
aaagatgatgtaacacaagtgtttatgagggatcagcctttgtccaagtcacaatacaca
caagatagcacaactaaaaaggtcaattctggttctttaaacatttga

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (10)   
   KEGG ENZYME (2)   
   KEGG REACTION (8)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (33)   

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