KEGG   Nothobranchius furzeri (turquoise killifish): 107380514
Entry
107380514         CDS       T05163                                 
Name
(RefSeq) sucrase-isomaltase, intestinal-like
  KO
K12047  maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu00052  Galactose metabolism
nfu00500  Starch and sucrose metabolism
nfu01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    107380514
   00500 Starch and sucrose metabolism
    107380514
Enzymes [BR:nfu01000]
 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
     107380514
    3.2.1.20  alpha-glucosidase
     107380514
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Glyco_hydro_31_3rd Trefoil Gal_mutarotas_2 DUF5110
Other DBs
NCBI-GeneID: 107380514
NCBI-ProteinID: XP_015807287
Position
sgr06:35005279..35143703
AA seq 1819 aa
MGKKRWSGLEVILLVLFLLMTIVAITMIALFATGEPGFLKDETTDDFVPQCSNIHMAERV
DCFPDGGASKLKCEQRGCCWSPLDERNVPWCFFSTNHGYTVETVEHPNPYVINAQLRRLF
SPSLFGGDIQQLSFHAEMQTNNRLRFKISDALNKRFEVPHKHIPSVGSNPSSPISNTLEI
RQNPFGLTVRRQENKKVLFDTTMAPLVFADQYLQLSAKLPSHNIYGLGEHVHTRYRHDTN
WRTWPIFTRDSFPNGGTHNLYGHYPFFLCLEDESGKSFGVFLLNSNAMEVTLQPAPAVTY
RTIGGILDFYIFLGDTPEQVVQEYLELTGRPVIPAYWSLGFQLSRWDYGSLDEVKKTVER
NRAIGLPYDIQYTDIDYMEEKKDFTYDKVNFRNLPQFADYLHDKGQRYILILDPAIAISK
RVNGAPYESYDRGMAKNAWVTESDGTTPLEGEVWPGKTVFPDYTSQNCIDWWVDEYERFY
KEIKHDALWIDMNEVSSFVKGSSNGCADNNLNYPPYTPKILDEVMYSKTLCMDAKQYWGN
HYDVHSLYGYSMVLATEKALQRVFGSNRTLMLTRSSFPGVGKYSGHWLGDNAANWNDIKW
AIDGMLEFGLFGIPYIGADICGFFDDSTEELCRRWMQVGAFYPFSRNHNAQGYKAQDPAS
YGSDSALVRSSIHYLRIRYTLLPYLYTLFYKAHTTGETVVRPVLHEFYSDNVTWDVDRQF
LWGKHLLISPVLDSGVERLRAYIPDAVWYDYETMERLAVRKNYDELYLPAEKLGLHIRGG
AILPTQRPEVTTTYSRRNPMGLIIALDDNKQAAGELFWDDGDSRDTVKSGNYIHYRFSVV
HGALTMQVTHAGYKDPNNLKFEDITVLGVSVPPTSVTVTDGSQSNTTTNVTGVTYDAARE
VLLLHNLSLTLGNTYVVQWDTVSEEYQRFDCYPEGNADEAKCKAKGCIWKPSTNEKVPWC
YYPDDYGYLVTHATETDSGITVDITRNTNYRSSGRPESKDITNLRVEVWYHSGDMLQFKI
WDPKSDRYEVPVPLSVPKTPQTDENKRLYKVSVTSQPFGLQVIRKSTGTKIWDSSVPGFT
FSDMFIQVSTRLPSKFIYGFGETEHPTYKHDLNYHTWGMFSKDQPPGYKMNCYGVHPFYM
GLENTADAHGVLLLNSNAMDVTFQPTPSLTYRTIGGILDFYMVLGPTPEIVVQEYTALIG
RPVLPAYWSLGFQLCRYGYANDSEIQSLYTDMRAAGIPYDVQYADIDYMERQLDFVLDSD
FKGLPALVDSMRKEGMRFIFILDPAISGNETNYPAFERGKAADVFIKWPSNLSNDIVWGK
VWPDFPNVTVNDSLDWDTQVELFRSYAAFPDFFRTQTATWWLQEIKDFYTKTTKFDGIWI
DMNEPASFVHGTVGGKCLGDPLLENPPYMPPLESKHLGLNHKTLCMNSEQILSNGKKVRH
YDVHNLYGWSHAKPTHDALLDVTGKRGIVVTRSTFPSSGKYAGHWLGDNFSSWEQLSKSI
IGMMEFSLFGISYTGADICGFFNEAEYEMCLRWMQLGAFYPYSRNHNGKGSPRQDPVAWD
DAFASASRDVLNIRYTLLPYLYTLMFEAHTKGSTVIRPLLHEFVNDKTTWDIYKQFLWGP
ALLITPALDKGVTEVEGYVPNARWYDYHTAKDVGVRGKMMKMQTPLNHINLHVRGGYILP
WQKPENTTYYSRKNPLGLLVALSDTGTAQGSFFWDDGEGIDTVGRNQHLRVSFQVESNTL
TSTVDHNGLAPADQLNLGVMKVWGAGKVRITEVKLTDSSGTHHLLLPQHNIDTEELIVDA
SSKSIPVNCPFTIRWKTSA
NT seq 5460 nt   +upstreamnt  +downstreamnt
atggggaaaaagcggtggtccgggctggaagtgatccttttggtcctgtttctgctgatg
accattgtggccatcaccatgatagctctttttgccacaggagaacctggcttccttaaa
gatgaaactactgatgattttgtacctcagtgttccaacattcacatggcagagagagtg
gactgtttcccagacggtggagcctcaaagctgaaatgtgagcagcgtggttgttgctgg
agcccccttgatgagagaaacgttccctggtgcttcttctcaaccaaccatggctacaca
gtggaaacagtggagcatccaaacccttatgtaataaatgcccaactaaggagattattc
tccccttctttatttggtggggacatacagcagctctcatttcatgcagaaatgcagaca
aacaatcgacttcgatttaagatctctgatgccctgaataagagatttgaggtacctcac
aagcatatccctagcgttgggagcaacccatccagccccatcagcaatacactggagatc
agacaaaacccctttggactgactgtgcgcagacaggagaacaaaaaagtcttgtttgat
accaccatggctccactggtgtttgcggaccagtacctacagctgtcagctaagcttcca
tctcataacatctacggcctgggggagcatgtacatacgagataccgacatgacacaaac
tggagaacctggcctattttcaccagagattcttttcccaatgggggaacacataacctc
tatggccattatcccttcttcctctgtctggaggatgagagtgggaagtcatttggggtc
tttctcctgaacagcaatgctatggaagtgactctccagccggccccagctgtgacctac
aggaccatcggaggtatccttgacttctacattttccttggtgacacacccgaacaagtg
gtgcaagagtacctagagctcactgggagacccgtcattcctgcttactggtccctggga
ttccaactttctcgttgggactatggaagtctggatgaagtcaagaaaacagtggagagg
aatcgtgccataggtcttccatatgacattcaatacactgacatcgactacatggaagag
aaaaaggatttcacatatgacaaagtcaacttcaggaacctgccccagtttgccgattac
ctccatgacaagggacagaggtacatcctgatcctggatcctgcgatagccatcagtaag
agggtcaatggagctccatatgaatcttatgatcgtgggatggccaagaatgcttgggtc
acagagtcagatgggacaactcctcttgaaggagaggtttggccagggaagactgtattc
ccagactacaccagccaaaactgcatcgattggtgggtagatgagtatgagcggttctac
aaggagatcaaacatgatgccctctggattgacatgaacgaggtgtctagttttgttaaa
ggatccagtaacggttgtgctgataacaacctcaactaccccccttacactccaaagatt
ctggatgaggtgatgtacagtaagaccctttgtatggatgccaagcagtattgggggaac
cactatgatgtccacagtctatatggctactccatggtgctggctactgaaaaagctctg
cagcgtgtgtttggatcaaaccggaccctgatgctgacacgctcctcgtttccaggtgtg
ggaaaatattcaggacactggttgggggacaatgctgcaaactggaatgacataaaatgg
gccatcgatggcatgctagagtttggcctttttgggattccctatataggtgctgacatc
tgcgggttctttgacgactcaactgaggagctgtgccgacgctggatgcaggtgggcgcc
ttctatcccttcagccgaaaccacaacgcccagggctacaaggctcaggacccagcttcc
tatggcagtgactcagcactggtgaggagctccatacactatcttaggatacgctacact
ctcctgccttacctctacacactcttctacaaagcccacaccactggggagactgttgta
cgtcctgtcctgcatgagttctactctgataacgtcacctgggacgtggaccgccaattt
ctctggggaaaacatctactcatctcacctgttttggattcgggtgtggagagactccgg
gcatatattccagatgccgtgtggtacgattatgaaacgatggagcgtctagcagtccgc
aagaactatgatgagctgtatctaccagctgaaaagcttggcttacatatcagagggggt
gccatcctccccacacagaggcctgaggtcaccaccacatacagccgacgtaaccccatg
ggtttgatcattgctctagatgacaacaagcaggcagccggggaactattctgggatgat
ggagattctcgagatacagttaaaagtggcaactacatccactacaggttctctgttgtt
catggagcactgaccatgcaggtgacccatgctggctacaaagacccaaacaacctcaag
tttgaggacatcacagtccttggagtgtctgtccctcccacatctgtcactgtgactgat
ggaagccaatcaaacacaaccacaaacgtaacaggcgtaacctatgatgcagccagagag
gtgcttcttctgcacaacctgagcttgacgcttgggaacacctacgtggtacagtgggac
acagtgtccgaagagtatcaacgttttgactgctacccagaaggaaatgcagacgaagcc
aagtgcaaggccaaaggttgcatctggaagccaagcaccaatgagaaggttccgtggtgc
tactatccagatgactatggttaccttgtaacacatgccacagaaacagactctggcatt
actgttgacatcactcgcaacactaactacagatcaagtggtcgcccagaatccaaggat
attaccaacctccgtgttgaagtttggtatcactcaggtgacatgctccaattcaagatc
tgggaccccaaatctgaccgctatgaggtgcctgtacctctgtcagttcctaaaactcct
caaactgatgaaaacaaacgactttataaggtttctgttaccagccaaccttttggtctt
caggtcatacgaaaaagcacaggaaccaagatctgggactcctcggtaccaggctttacc
ttttcagacatgttcatccaagtgtcgactcgcctgccatccaagttcatctacggattt
ggagaaacagaacatcccacatataaacacgatctcaactatcacacctggggtatgttc
tccaaggaccagcctcctggttataagatgaactgctacggagttcaccccttctatatg
ggcctggagaacaccgctgatgctcacggggtgctgttactaaacagtaatgcaatggat
gtgacttttcagcctactccttctttaacctaccgcaccattggaggcatcctggatttc
tacatggtcctgggacccacgcctgagattgttgtgcaagagtacactgcactgattgga
cgacctgttctacctgcctattggtcccttgggttccagctctgtcgctatggttatgcc
aatgactctgaaatacaaagcctgtacacagacatgagggcagctggtataccctatgat
gtgcaatatgcagacattgactacatggagcgtcagcttgactttgtcctggactcagat
ttcaaaggactgcctgcccttgttgactcaatgaggaaagagggcatgaggttcatcttc
attctggacccagctatttcaggcaatgagaccaattatccagcctttgagagaggaaaa
gcagctgatgtcttcatcaaatggcccagcaacctcagtaatgacattgtgtggggaaag
gtctggcctgatttccctaatgtcaccgtgaatgacagccttgactgggatacccaagta
gagctgttcaggtcatatgctgcattcccagacttcttccgcactcagactgcaacatgg
tggctccaagaaattaaggatttttacacaaagacaacaaagtttgatggcatttggatt
gacatgaatgaaccagccagttttgtccatggcacagttggagggaagtgtcttggggat
cccctccttgagaacccaccttatatgccacctctggaatccaaacatcttggattaaac
cataaaactctttgcatgaacagtgaacagatacttagcaacgggaagaaagtcaggcat
tatgatgtccacaacctttatgggtggtcccatgccaaaccaacacatgatgccctgcta
gatgtgacaggtaaaagaggaatagtggtgacccggtcaactttcccttccagtggaaaa
tacgctggacattggcttggcgacaacttttctagctgggaacagctgtccaaatctatt
ataggcatgatggagtttagcctgtttggtatttcttacactggggctgacatatgtggg
ttctttaacgaagcggaatatgagatgtgtcttcgctggatgcagcttggagctttctat
ccatactcacgcaaccacaatggcaagggtagcccgagacaagatcctgttgcttgggat
gatgcatttgcttcagcgtctcgagatgtcctgaacatccgatacactctcctgccttac
ctgtacacactaatgtttgaggctcacactaaaggaagcacagtcatcagaccactgtta
catgagtttgtgaatgacaaaactacatgggacatctacaaacagttcctatggggacct
gctctacttatcacccctgccctagacaaaggagtgactgaggtggaaggttatgttcct
aatgcacgctggtatgactaccacacagccaaggatgttggagttcgtggcaaaatgatg
aagatgcagacaccgctgaaccacattaaccttcatgttagaggaggatatattttacct
tggcagaaaccagagaacaccacgtattacagtcgaaagaatcctttaggactccttgtt
gccctgagtgacactgggaccgctcaaggttcatttttctgggacgatggagaaggaata
gacacggtggggagaaaccagcatctccgtgtttcctttcaagtagaatcaaacaccttg
accagtacagttgatcacaatggtctggcaccagctgatcagttgaatttgggagtgatg
aaggtctggggtgcaggcaaagtcaggatcacagaggtcaagttaacagactcgagtgga
acgcatcatcttctcctgccgcagcacaacatcgacactgaggagctgattgtcgatgct
tcatccaagtctattcctgtgaattgtccttttaccattcgatggaagaccagcgcatga

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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 (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (77)   

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