KEGG   Sinocyclocheilus grahami (golden-line barbel): 107600770
Entry
107600770         CDS       T04918                                 
Name
(RefSeq) sucrase-isomaltase, intestinal-like
  KO
K12047  maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Pathway
sgh00052  Galactose metabolism
sgh00500  Starch and sucrose metabolism
sgh01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    107600770
   00500 Starch and sucrose metabolism
    107600770
Enzymes [BR:sgh01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.3  glucan 1,4-alpha-glucosidase
     107600770
    3.2.1.20  alpha-glucosidase
     107600770
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Glyco_hydro_31_3rd Gal_mutarotas_2 Trefoil
Other DBs
NCBI-GeneID: 107600770
NCBI-ProteinID: XP_016148219
Position
Unknown
AA seq 1629 aa
MGKRRFSGLEVSLMVLFALVLVVAVAMVVLLATGEPGTMKEDSGSDPDIIPECPNISEGE
RVDCFPDAGASQQKCLERACCWSPLNETNVPWCFFSKNHGYSVVSESKPDSTHIEAKLTR
MDAPSLFGADIKELTFYAEMQTENRLRFKITDASQARFEVPHEHVQSLSDTPNGPLKYRL
ELIQKPFGLKVWRTTSPEKLLFDTTFGPLVFADQYLQLSAKLPSHNIYGLGEHVHQTFRH
DTNWKTWPIFTRDAFPNGGTHNLYGHYPYFTCLEDTSGQSFGVFLMNSNAMEVTIQPAPA
VTFRTIGGVLDFYILVGETPEAVVDEFTKLIGRPFIPPYWSLGFQLSRWDYGSLEEVKKV
VERNRQADLPYDVQYTDIDYMENKKIFTYDMDKFAELPQFADYMHDKGQKYIVILDPAVS
TGQRINGPYESLDRGHAAKVWVTEPDGVTPLLGEVWPGETVFPDYTNQACIDWWVDEISR
FHKEVKHDALWIDMNEVANFIKGGIKGCADNKLNYPPFTPCILDDLMYSKTLCMDAKHKW
GNHYDVHSLYGYSMVLATDKASKAVFGTSRSMVFTRSSFPGVGKYSGHWLGDNGANWNDI
KWAIPGMLEFNLFGIPYIGADICGFFDNSTEELCTRWMQVGAFYPFSRNHNAQGYADQDP
AAYGIDSLVVTTSRHYLNIRYTLLPYLYTLFYKAHVNGETVVRPVMHEFYSDIETWAVHK
QFMWGAHLLITPVLDPGVELVEAYIPDAIWYNFETGVKITDRKATINMHLPADKIGLHLR
GGGILPVQRPNVTTTYSRLHPMGLIIALDDNKAASGELFWDDGDSRDTVSSGVYIHYQFS
VANDVLSMQVAHNGYTDPNNLKFEKITVMGMNTAPALVRVSDGNTVITLIESQINHNSST
QVLHLENLELELGKNYTVNWEFKISVNINCYPEGDEDQAKCEARGCLWEPLSNPQCYYPE
NHGYITSKKVETASGIIVEIERNTEFPSQRSRSRDISKLQVDITYLSGRSLRWKIFDPYN
ARYEVPIHLDLPATPETDETKREYRVQINNQPFGIQVIRKESNEIIWDSAVPGFTFSDQF
LQISTILPSDYVYGFGETEHLTYKHDLNYQKYGLFAKDQPPGYKLNSYGVHPFYMGLEKS
KSAHGVLLLNSNAMDVTFQPTPALTYHTIGGILDFYMVMGPTPEEVVQQYTEMIGRPVLP
AYWSLGFQLCRYGYANDTEIADLYRDMKAAQIPYDVQYADIDYMERQMDFTLDQVNFKEL
PALVDQMRAEGMRFIFILDPAIAGNETKGSYPAFDTGIEKDIFIKWPPEFSSDIVWGKVW
PDYPNVTVDNSLDWDTQVELFRAFAAFPDFFKSSTTEWWGEQIKDFYNNIMKFDGLWIDM
NEPASFVHGTVGENCLGNEDLENPPYMPPLESKLRGLKHKTLCMNSEQILASGTRVKHYD
VHNLYGWSHTKPTYDALLSTTGKRGVVVTRSTYPSSGRWAGHWLGDNYSTWDQLLKSIIG
MMEFSIFGIPYTGADICGFFNTAENEMCLRWMQLGAFYPFSRNHNTINMPRQDPVAWGPE
FAAMSRDVLNIRYTLLPYLYTLMYEAHVHGNTVVRPLLHEFVTDERTWDIDGQFLWGPAL
LITPALNPV
NT seq 4890 nt   +upstreamnt  +downstreamnt
atgggaaagcggcgcttctcagggctggaggtgtccctgatggtgttgtttgcattggtg
ctggtggtcgctgtcgcaatggttgttttattggccactggggaaccagggacgatgaaa
gaagattccggatcagatccagacatcatcccggaatgtcccaacatttcagagggagag
agagtggactgttttccggatgctggcgcttctcagcaaaaatgtttggaaagagcttgc
tgctggagccccctgaatgagactaatgtcccctggtgcttcttctccaaaaaccacggc
tacagcgtggtcagcgaaagcaagccagacagcacacatattgaggctaagctgacaaga
atggatgctccatctctatttggagctgatattaaagagttgaccttctacgctgaaatg
cagacagaaaaccgtcttcgatttaagatcactgatgccagtcaagccaggtttgaggtt
cctcatgagcacgtgcagtcgctttccgacactcccaacggacccctaaaatatagattg
gagctgatccagaaaccctttggactgaaagtttggagaacaacatctcctgaaaaactc
ctgtttgatacaacctttgggccactggtttttgctgatcagtaccttcagctctcggct
aaactcccctctcacaatatttatggacttggagagcatgtccatcagaccttccgccat
gacaccaactggaagacctggcctatcttcacaagagatgcttttcccaatggaggcaca
cacaacctgtacggccattacccatatttcacatgtcttgaagatacgagcggccaatcc
tttggagttttcctcatgaacagcaatgctatggaggtgacgatccagcctgctccggcc
gtaaccttccggactattggaggggttctggacttctacatcctggttggagaaacaccg
gaggcagtggtggacgagttcacgaagctgattggcagacctttcatccctccatactgg
tctctgggcttccagctctctcgctgggactacggcagcctggaggaggtgaagaaagtc
gtggagagaaatcgacaggctgaccttccgtatgatgtccagtatactgatattgactac
atggagaacaaaaaaatcttcacctatgatatggataaatttgcggagctgcctcagttt
gctgactacatgcatgataaagggcagaaatacattgtcatactggatcctgccgtatcc
acaggtcaaaggataaatggaccctatgaatcacttgacaggggacatgcagctaaggtt
tgggtcactgaaccagatggggtaacgcctctactgggagaggtctggccaggggaaacc
gtgtttcctgactacactaaccaggcttgcattgattggtgggttgatgaaatttcgcgt
ttccacaaggaagtcaagcatgatgctctctggattgacatgaatgaggtggccaatttc
atcaagggaggcatcaagggctgcgctgataacaaactcaactatcctccattcacccca
tgtatccttgatgacctgatgtacagtaagaccttatgcatggatgctaaacacaaatgg
gggaaccactatgatgtccacagtctctatgggtactctatggttctggccactgacaag
gcgtcaaaagcagtgtttgggacaagccgttccatggtctttacccgctcctccttcccc
ggggtgggcaagtactctgggcactggttgggtgacaacggcgccaactggaatgacatt
aagtgggcgatacctggcatgctggagtttaacctctttggaatcccttacatcggtgca
gacatctgtgggttctttgacaactcaacggaggaactttgcacacgttggatgcaagtg
ggcgcattctaccccttcagccgtaaccacaacgcgcaaggttatgcagaccaggaccct
gcagcatacggcattgactctctcgtggtgaccacctccaggcattacctgaacatcaga
tacaccctcttgccatacctctacactctgttctacaaggcccatgttaacggagagacc
gtagtgcgtcccgtaatgcacgagttctattccgacattgaaacctgggcagtgcacaaa
cagttcatgtggggagcacatcttctcatcacacctgtgctggatcctggtgttgaattg
gtggaggcctatattccggatgccatctggtataacttcgagacgggggtaaagattaca
gatcgcaaagcaacaattaacatgcacctgccagctgataaaattggtttacatctgaga
ggcggaggcattcttcctgtacaaagaccaaacgtcacaactacatacagccggcttcat
cccatgggactgatcatcgcactcgatgacaacaaggctgcgtcaggcgagctattttgg
gatgacggagactctcgagataccgtttcatccggtgtttacattcattaccagttttct
gtggctaatgatgttttgtcaatgcaagttgcccacaatggatacacggatccaaacaac
ttgaagtttgagaagatcacagtgatgggaatgaacaccgctccggctctcgtgcgcgtg
tcggatggcaacactgttatcactctgattgagtcccagattaatcacaattcttccacg
caggtgctacatctagaaaatctggagctggaactggggaagaactacacagtcaactgg
gagttcaaaatctctgtaaatatcaattgctaccctgaaggggatgaagatcaggccaaa
tgtgaagcccgtggctgcctctgggagccattaagtaatcctcagtgttattaccctgag
aaccacggctacatcaccagcaaaaaggttgagacggcaagtggcatcattgtagagata
gaacgcaataccgaattcccaagtcagcgttctcgatctcgagacatcagcaagctacag
gtggatatcacatacctgagtggaagaagcctacgttggaagatcttcgacccatacaat
gcacgctatgaggtccccattcatctcgacctgcctgccacgccagaaacagacgaaacc
aaaagagagtatagggttcaaatcaataaccaaccatttggaatccaagtgatcagaaag
gaatcaaatgaaattatatgggactctgccgtgccggggttcacattctctgatcagttc
cttcagatctccacaatccttccctcagactatgtctatggttttggtgaaacagaacac
ctcacctacaaacatgacctcaactaccaaaaatacggcctgtttgcgaaagaccagcct
ccagggtataagctgaacagttatggagtccatcctttctacatgggtctggagaaatca
aaaagtgctcatggcgtcctcctgctaaacagcaatgcaatggatgtgaccttccagcct
actccagctctgacctaccacaccatcggaggtatcttggacttctacatggtgatggga
cccactccagaagaagtggttcagcagtacactgagatgatcggccgcccggttcttcca
gcctactggtcgcttggattccagctttgccgctacggctatgccaacgatacagagatc
gcagatctttacagagacatgaaagcagctcaaataccttatgatgtgcaatatgcagac
attgattacatggagaggcagatggactttacgctggaccaagtgaactttaaagaactg
cctgctctggtggaccagatgagggctgaggggatgcgtttcatcttcatcctggacccg
gcgatagcaggcaatgagacaaaaggctcctaccctgcgtttgataccgggatcgaaaaa
gacattttcatcaaatggccccctgagtttagcagtgacattgtgtggggaaaggtatgg
ccagactatcccaatgtcactgtggacaattctttggactgggatactcaagtagagcta
ttcagagctttcgctgcattccctgatttcttcaagagcagtacaacagagtggtgggga
gagcagattaaagacttttataacaacatcatgaagtttgacggactttggatcgacatg
aatgagccagccagtttcgtgcatggaaccgtcggagagaattgtctagggaatgaagat
ttggaaaatcctccatacatgcccccactggagtccaagctcagaggtctgaaacataag
actttatgcatgaacagcgagcagatccttgccagtggcacacgcgtcaagcattatgat
gtccacaacttgtacggctggtctcacacgaaacccacttacgatgctttgcttagtacc
actggaaagagaggtgtcgtagttacccgttcaacatacccatctagtgggcgctgggca
ggacattggctgggagacaactactccacctgggaccaacttctgaagtccattataggc
atgatggagttcagcatatttggcatcccttacactggtgctgatatctgtggcttcttt
aacactgctgaaaatgagatgtgcctgcgttggatgcagcttggagctttctatccgttc
tccagaaaccacaacaccatcaacatgccaaggcaggatcctgtggcctggggaccggag
tttgctgctatgtctcgtgatgtgctgaacattcgctacaccctcctgccgtatttgtac
actttgatgtatgaagcccacgttcacggaaacactgtggtcagaccgctgttgcacgag
tttgtcactgatgagagaacatgggacatcgacggacagttcctctggggtcccgctctt
ctaatcacacctgctttgaacccggtatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
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-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (35)   

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