KEGG T02286: 100935157

Sarcophilus harrisii (Tasmanian devil): 100935157

Entry

100935157 CDS T02286

Definition

maltase-glucoamylase, intestinal-like

Orthology

K12047

maltase-glucoamylase [EC:3.2.1.20 3.2.1.3]

Organism

shr Sarcophilus harrisii (Tasmanian devil)

Pathway

shr00052	Galactose metabolism
shr00500	Starch and sucrose metabolism
shr01100	Metabolic pathways
shr04973	Carbohydrate digestion and absorption

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:shr00052]
Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:shr00500]
Organismal Systems; Digestive system; Carbohydrate digestion and absorption [PATH:shr04973]

SSDB

Motif

Pfam:

Glyco_hydro_31 Trefoil Gal_mutarotas_2 Glyco_hydro_66 Rav1p_C

Other DBs

NCBI-GI:

395541381

NCBI-GeneID:

100935157

Position

AA seq 1797 aa
MAKKTFSRLEIILSVLLLGLFIISIALIVLLATNTSGVKETITTSSPETTGTTTASPTVT
STSTSSTTLTPECPTVNLSERINCIPDQTPTQATCHQRGCCWSPQGPVTVPWCYFSKKYG
YQIKGSSNTSAGFTAQLSRLSTASMFGNDIANVILEAEYQTSNRFHFKIRDPNDVRYEVP
HEHVQPFTGNAANNLNYHVNIEKESFSIKVIRKSNNRVLFDTGIGPLLFAQQYLQLSIKL
PSANVYGLGEHVHQEYRHDMAWKTWPIFSRDNTPNDGMTNLYGAQTFFLCLEDISGLSFG
VFLMNSNAMEVALQPAPAITYRITGGILDFYVFLGNTPEEVVREYLELIGRPLLPSYWSL
GFHLSRWVYGGLDGMKKVVERNRAAQLPCDVQYSDIDYMDEKKDFTYDKVLFGGLPEFAE
DLHNHGQKYVIIMDPAIASDSPNYGPYVRGSNMKIWVNASDGVTPLIGKVWPGQTVFPDY
TNPKCAQWWAEEFSLFYKELKFDGIWIDMNEPSNFDDGSSTGCSHSNLNYPPFTPRILDH
FLPAKTLCMDAVQYWGKHYDVHNLYGYSMAIATEEAVKAVFNNKRSFIVTRSTFAGSGKF
AAHWLGDNAATWNDLRWSIPGVLEFNLFGIPMVGPDICGYANDVSEELCRRWMQLGAFYP
FSRNHNGQGYKDQDPAAFGEDSLLLNTSRHYLNIRYTLLPYLYTLFFQAHTRGDTVARPL
LHEFYADNYTWDVYRQFLWGPGLLITPVLEEGAEKVTAYMPDAIWYDYETGNRTSWRKQE
VELLLPPDKIGLHLRGGYIFPTQQPAITTVASRKNPLGLIIALDDNNEAKGELFWDDGET
KGTITSGAYILHEFLYTQNRLDVKILHNSYNDIYNLTFNEIKILGTKEPINIIVKKNNVL
IASSPNVTYIEEYQVAIISGLELSLGEEYTVELSFSFRDVDKIDCYPEDQAVSEENCTAR
GCVWELPSSPGVPSCYIINFLYSVSNIQSNPMGITADIFLNSALYASNLPSTPVNPLRLD
VTYHKNDMLQFKIYDANSKRYEVPVPLNIPRSPSSTPDNRLYEVFIKSNPFGIEIRRRST
GTVIWDSKIPGFTFNDMFLRISTRLPSHYIYGFGETEHTTFRRNLTWHTWGMFSRDQPPG
YKKNSYGVHPYYMALEEDGNAHGVLLLNSNAMDVTFQPTPALTYRTTGGILDFYMVLGPT
PDLVTQQYTKLVGRPVMTPYWALGFQLCRYGYQNDTEIAELYDAMVAAQIPYDVQYADID
YMERQLDFTLSSKFSGFPNLINRIKAAGMRVILILDPAISGNETIYPAFSRGLQDNVFIK
WPDDSDIVWGKVWPDLPNITINASLDWDTQVELYRAHVAFPDFFRNSTTIWWKRELQELH
TNPQEPQKSLKFDGMWIDMNEPSSFVNGAVPPGCRNTTLNHPPYMPYLESRDRGLSSKTL
CMESQQILPDGSPVRHYDVHNLYGWSQTKPTYEGVQEATGQRGIVVTRSTFPSSGRWAGH
WLGDNTAAWDQLHKSIIGMMEFSLFGISYTGADICGFFGDAEYEMCARWMQLGAFYPFSR
NHNTIGTRRQDPVAWNSTFEALSRKVLQTRYTLLPYLYTLMHKAHVEGSTVVRPLLHEFL
EDKETWDIYHQFLWGPAFLVSPVLTPNSRNLTAYFPKASWYDYYTGSGVGVRGQWTILHA
PLDHINLHIRGGYILPWQKPANNTHYSRKNSLGLIVALSDNGIAEGEFFWDDGQSIDTYE
KGDVYFSTFSASQVSVIGSFYYLFISSAQSADKNDMKKVLLYDNPSGSHDLDPRATF

NT seq 5394 nt +upstreamnt +downstreamnt
atggcgaagaagacttttagcagattggagataatccttagtgttctgttactgggattg
ttcatcatctctattgccctgattgtgcttttagctacaaatacttcaggagtgaaagaa
actatcactacttcaagtcctgagacaacagggacgacaacagcctccccaacagtgact
tccacatccacctcttcgactactttaactccagaatgccctacagtaaacctgtcagaa
aggatcaactgcatccctgatcaaacaccaacacaggccacatgtcaccaacgtggttgt
tgctggagccctcagggaccagtaactgttccctggtgctacttctccaagaagtatggc
tatcagataaagggtagtagtaacacgagtgcaggattcacagcccagttaagccgactc
tccacagcttcgatgtttggaaatgatattgccaatgtcattcttgaagcagaataccag
acttccaatcgtttccatttcaagatccgagatcccaatgatgtcagatacgaagtccct
catgaacatgtccagccatttactggaaatgcagctaataatttgaactatcatgtgaac
attgaaaaggagtcatttagcatcaaagttatccggaaaagtaacaatcgtgttttattc
gacactggtattgggcctctcctatttgctcaacaatacctgcagctctccatcaagcta
cccagtgctaatgtgtatggcctaggggagcatgttcatcaagagtaccgtcatgatatg
gcttggaagacttggcccatcttctctcgggacaatactcctaatgatggcatgactaat
ttgtatggagcgcagacatttttcttgtgccttgaagatataagtggattatcctttgga
gtttttctgatgaacagcaatgccatggaggttgcccttcaacctgccccagcaatcact
tatcgaatcaccgggggtattctggacttttatgtcttcttagggaatactccagaagag
gttgttcgggaataccttgagcttattggaaggccactcttgccatcttattggtctctt
ggatttcatctcagtcgctgggtgtatggaggtttggatggaatgaagaaagttgtggag
agaaaccgagctgctcagcttccttgtgatgttcagtactctgatattgactatatggat
gagaagaaggatttcacttatgataaagtactatttggaggtctacctgaatttgctgag
gatttacataaccacggacagaaatatgtcattattatggatccagccattgccagtgac
tctcccaactatggtccttatgtccggggctcaaacatgaagatatgggtcaatgcatcg
gatggagtgacaccacttattgggaaggtgtggccgggccagacggtctttccagactat
accaatccaaagtgtgcccagtggtgggcagaggagttcagccttttctacaaggagcta
aagtttgatggaatctggattgatatgaatgaaccctccaactttgatgatggttcatct
acgggatgctcacatagtaacctgaactatcccccatttactcctagaatactggatcac
tttctacctgccaaaaccctttgcatggatgcagttcagtactggggaaaacactatgat
gttcacaatctgtatggttactccatggcaattgcaacagaagaggctgtaaaagctgtc
ttcaataataaaagaagctttattgtcacacgctctacctttgctgggtcaggcaaattt
gcagctcattggctgggggacaatgcagccacttggaatgaccttcgctggtctatacct
ggtgtgcttgagttcaacttgtttggtatccctatggtgggccctgacatctgtggttat
gccaatgatgtctcagaagaactatgcaggcggtggatgcagcttggtgcattttatcca
ttttccaggaatcacaatggtcaaggctacaaggatcaggaccctgctgcatttggagaa
gattctcttcttttaaatacctccagacactacctgaatatccgctatactctgctgcct
tatctctataccctctttttccaagctcacactcgaggggacactgtagcccgacccctt
ctacatgagttttatgctgacaattatacctgggatgtgtatcggcagtttttgtggggg
cctgggcttcttattactcctgttctggaggaaggggctgagaaagtgacagcatatatg
cctgatgctatctggtatgactatgaaactggtaatcggacatcatggagaaaacaagag
gttgagctgttactccccccagacaaaattggactccatcttcgaggaggctatattttc
cccacacagcagccagccatcaccacagtagcaagccgaaagaatcctcttggtctcatc
attgcccttgatgacaataatgaagctaaaggagaacttttttgggacgatggagaaact
aaaggtactataactagtggtgcctacatcttgcatgagtttttgtacacccaaaaccgt
ttagatgtgaagattttgcataattcatacaatgatatttataacttaacatttaacgag
attaaaatccttgggacaaaagaacctattaatatcattgtgaagaagaataatgtcctc
attgcatcttctcctaatgttacttatattgaagaataccaggttgctattatctcaggg
cttgaactttccttgggagaagaatacactgtggaattgagtttcagtttcagagatgtg
gacaaaatagactgttatcccgaggaccaagcagtctctgaagaaaactgcacagctcgt
ggctgtgtctgggagttacccagttctccaggagttcctagctgctatatcatcaatttc
ctatattcagtcagtaacattcaatccaacccaatggggattactgctgatatcttctta
aattcagctttgtatgcttccaatttgccttctactcctgtgaatcctctccgcttagat
gtcacctaccataagaatgatatgctgcagtttaagatctatgatgctaatagcaaaaga
tatgaggtcccagtgccactcaacatccctagatctccctctagtacccctgacaatcgg
ctctatgaagttttcataaagagcaatccttttggaattgagatccgacgccggagcact
ggcacagtaatttgggattctaagatccctggttttacctttaatgacatgttcctgcgc
atctctactcgcctcccatcccattacatctatggttttggggaaacggagcacacgacc
ttccgaagaaatctgacctggcacacatggggcatgttttctcgagaccagccccctggg
tacaagaagaattcctatggtgtgcacccttattatatggctctggaggaggatggcaat
gcacatggggtgctcctgctcaacagcaatgccatggatgtgactttccagcccaccccg
gcactgacataccgcaccactgggggcattctggacttctacatggttttgggaccaacc
ccagatcttgtcactcagcagtacaccaagttggttgggcgaccagtgatgacaccttat
tgggccttagggttccagctttgtcgctatggctaccagaatgatactgaaattgctgaa
ctttatgatgctatggtggcagcccagatcccttatgatgtgcagtatgcagatattgat
tacatggaacggcaactggacttcactctcagctccaagttttctggctttcccaatctg
atcaatagaataaaagcagccgggatgcgagtcatccttattctggacccagccatttct
ggtaatgagacaatttatcctgcattctctcgtggacttcaggataatgtgttcatcaaa
tggccagatgacagtgacattgtttggggaaaggtctggccagatttgcccaatattact
atcaacgcatctcttgattgggacacccaagtggagctatacagagctcatgttgccttc
ccagactttttccgtaattcaacaaccatatggtggaagcgtgaattacaagaactccac
accaatcctcaggagccacagaagagtctgaagtttgatggaatgtggattgacatgaat
gaaccatccagctttgtgaatggagcagttcctccaggctgcaggaataccacgctcaat
catcctccttatatgccctatctagagtcaagagacagaggcctgagcagcaagactctg
tgcatggaaagtcagcagatcctgcctgatggaagcccagtgagacactatgatgtgcac
aatctctatggctggtcccagactaagccaacatatgaaggtgtgcaggaggctactgga
cagagaggaattgtggtcactcgctccaccttcccttcttcaggacgctgggcaggacat
tggctgggggacaacactgcagcatgggaccagctccataaatccatcattggtatgatg
gaattcagcctctttggaatatcctatactggagccgatatctgtggcttctttggagat
gctgaatatgagatgtgtgctcgctggatgcaactgggagccttttaccctttctctagg
aaccacaataccattgggaccagaagacaagaccctgtggcttggaattccacctttgag
gctctttcaagaaaagtccttcagacaagatacaccctattgccttatctctataccctg
atgcacaaggcccatgtagaaggcagcactgtcgtccggccccttcttcatgaatttctg
gaagacaaagaaacgtgggacatataccatcaattcttgtgggggccagccttcctagtc
agtcctgtactgacacctaattcccggaatctcactgcctacttccctaaagccagctgg
tatgattattacacgggctcaggtgttggagtgaggggacagtggacgatcctgcatgct
cccttggaccacatcaatctccatatccgtggaggctacattcttccatggcaaaaacct
gccaataatactcactatagccggaaaaattccttgggacttattgtggctttatctgac
aacgggatagctgaaggagagtttttctgggatgatggacagagtattgatacttatgaa
aagggggatgtctatttctcaactttctctgccagtcaggtgagtgttattggttccttt
tattacttgttcatttcttcagcacaatcagctgataaaaatgatatgaagaaagtccta
ctttatgataacccttctgggagccatgacttagatccaagagccaccttttga

All links

Pathway (4)   
   KEGG PATHWAY (4)   
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 (5)   
   Pfam (5)   
All databases (35)   

Download RDF

DBGET integrated database retrieval system