KEGG   Danaus plexippus (monarch butterfly): KGM_207053
Entry
KGM_207053        CDS       T04344                                 
Name
(GenBank) Glucose dehydrogenase
Organism
dpl  Danaus plexippus (monarch butterfly)
SSDB
Motif
Pfam: GMC_oxred_N GMC_oxred_C DAO NAD_binding_8 Pyr_redox_2 FAD_binding_2 Lycopene_cycl Thi4 Trp_halogenase
Other DBs
NCBI-ProteinID: OWR55004
UniProt: A0A212FML5
Position
Unknown
AA seq 1203 aa
MESLAANITATCPLSFGGTAGELFLKAVTTVITAHCGIMDDYKWPPDDAYDIINKGSGIS
FDFIVVGAGTAGSLIASRLSKQYPSWNILLIEAGDDPGIDSEIPAFLFLNQNSSNDWSYT
TEGRGESCLGFNNERCIWSKGKGLGGSSSINAMIYLRGHPKDYNTWEKLGNPGWGYKEMS
KYFDKIENIFNITDPHFSGYENQWYKILDNAWKELSFANYNYENHEALTGTKKTRLLTRN
GKRMNTAKAFFNQAGKMTVMKNTQVEKVIINPKTKRATGVKIHHKDGTIMEIDVSKEILL
AAGSIATPQILMLSGIGPKDHLKVMGIDIILNSPVGKNLQDHIILPLFLKTNIKMELPSS
VIQMFLLQYMLTKSGPISNIGLTDYMGFIDTKNVSDYPDIQFHYTYFTKNDNFVLRPYLE
GIGYKRKIIEAIEALNYKNDILGIYPTLLHPKARGEIFLSERDLSKPIINANYFQHSDDM
LAMIEAIDFIHTLEKTSTFEKYNIKLLHINISECDIYPFDTEKYWECYIKYMATTIYHPV
GTTKMGPPEDASAVVNSELIVHGTPNIRVVDASIMPNIPGGNTMAATLAIAEKAFDIIIC
LKYLLIHLRLVITEAFGIKDIKLDTVFVDILQESRLMSEYDFIVVGAGSAGAVVANRLSE
IKDWNILLLEAGSDRNILTDIPILAAEFQLGHQDWQYKTSPQGTTCLAMNNGSCNWPRGK
VLGGSSVLNYMLYLRGNSRDYDGWESLGNKGWGFKEVLPYFKKSEDNKNPNYAHTKYHGT
GGYLTVSDVPYHTRLATSFIEAGLELGYKNRDINGKYQTGFTLAQGTTRRGARCSTAKAF
LDTAKNRKNLHISKQSFVTKILIDPKTKTVSGVSFEKRGKKYEIRAKKEVILSTGTINTP
QLLMLSGIGPRDELLKHQIPIIQNLQVGKNLQDHVSVGGLAFTINKPVSIVETRMLKPKY
FFQYLISRNGPFTILGGVEGLAFINTKYANASHDYPDIQFHFIPGATNSDGGRNLKKVHG
LTNEFYDAVFKPINYKDTWSVMPILLRPQSRGYIELKSSNPHDYPIIHPNYLAEDIDLKT
LIEGVKAGYKLSKTTAFKKYNSEFNKNIFPACKAIKKFTDEFWECMIRQYTFTFYHPVGT
AKMGPNSDPNAVVDPELKVYGVKGLRVVDGSIMPNIVSGNTNAPIIMIAEKASDMIKKFW
KKK
NT seq 3612 nt   +upstreamnt  +downstreamnt
atggaatctctggcggcaaatataactgcaacatgcccgttatcgtttggtggcacagct
ggagaactttttttaaaagcagttacaacggtgattaccgcacattgtggaatcatggat
gactataaatggcccccagacgatgcttatgatatcatcaataaaggatctggaatatct
tttgatttcatagtcgttggcgcaggaactgctggatctttaattgccagcagactttca
aagcaatatccgtcttggaatatacttctgattgaagctggtgatgatcccggaattgat
agtgagatcccagcatttttatttttaaatcaaaactcaagcaatgactggtcatataca
acagagggacgtggggagagttgtttgggtttcaataatgaaagatgcatttggagtaaa
ggaaaaggactcggcggatcaagttctattaatgcgatgatttatttaagagggcaccct
aaagactataacacatgggaaaagttaggcaacccgggatggggatacaaggaaatgtct
aaatatttcgataaaatagaaaatatttttaatattactgaccctcacttcagcggatac
gaaaaccaatggtataaaattttagataatgcatggaaagaattatcttttgcaaattat
aattacgaaaatcatgaagccctaaccgggaccaagaaaacgagactgctaacaagaaat
gggaaacgtatgaacacagctaaagcattttttaaccaggcaggaaaaatgactgtaatg
aaaaatacgcaggtagagaaggttataattaacccaaaaactaaacgagctactggtgtc
aaaatacaccacaaagatggaaccatcatggaaattgatgttagcaaagagatattattg
gcagctggttcgattgcaactccacaaattcttatgctatcaggaatcggacctaaagat
caccttaaagttatgggcatcgatatcatcttaaattcacccgtaggaaaaaacttacaa
gatcatattattcttccattatttcttaaaaccaatataaaaatggaactgccttcttct
gttattcaaatgtttttgttacagtacatgttaacgaaatcgggaccaatatcaaacatc
ggtctaacagattacatgggttttatagatacgaaaaacgtatcagattatccagatata
caatttcactacacatatttcactaagaacgacaattttgttttaaggccatacctagaa
ggcattggttataaaagaaaaatcattgaagccatagaggcgttgaactacaaaaacgat
attctaggcatttatccgacattattgcatcctaaggctaggggtgagatatttctttca
gaacgtgatttatcaaaacctattataaatgctaattattttcaacattctgacgacatg
ctagcaatgatagaggctattgattttattcacacactcgaaaaaacctccacgttcgag
aaatacaatataaaattgttacatattaatatttctgaatgcgatatatatccatttgac
actgagaaatattgggaatgttatataaaatatatggcgacgacgatttatcatcccgtc
ggtactaccaagatgggaccaccagaagatgcgtctgctgttgtaaattctgaattaatt
gttcatggaacaccaaacatcagagttgttgacgctagcataatgcctaacataccggga
ggtaacactatggcagcgactttggcgatcgccgaaaaagcattcgacattataatttgt
ttaaagtacctattaatacatttgagactggtgattacagaggcatttgggattaaagac
ataaaattagacacagtgtttgtagatattttacaagaaagtcgactaatgtctgaatat
gatttcatagtagttggggctggatctgctggagctgtggtggcaaatcgtctttcggaa
ataaaagattggaacatattgcttttagaagctggaagcgacaggaacattttgaccgat
attccaattttggctgctgaatttcaattaggacatcaagattggcaatataagacaagc
ccccaaggaacaacatgtcttgcaatgaacaacggcagttgcaattggcctcgaggaaaa
gttttaggcggtagctctgttctaaactacatgttatacttaagaggtaacagtagagat
tacgacggttgggagtcattaggtaataaaggctggggatttaaagaagtactgccctat
tttaaaaaatctgaagataacaaaaatcccaactatgctcacactaaatatcacggaacg
ggaggatatttgactgtttctgacgtaccatatcatactcgtctcgcaacaagttttatt
gaagctggattagaattaggttataaaaatagagatatcaatggaaaataccaaactgga
tttactctcgctcaggggactactcgacgcggagcaagatgttctacagcaaaagccttt
ttagatacggctaaaaatagaaaaaatttacatatatcaaaacaatcatttgtaactaag
attttgatagatcctaaaactaaaactgtatccggtgtttcatttgaaaaaagaggcaaa
aaatatgaaattagagctaaaaaagaggttattttgtcaacgggaacaataaatacgcct
cagttattaatgttatctggtataggtccaagagacgaattgttaaaacatcaaatacct
ataattcaaaatcttcaagttggaaaaaatctccaagaccacgtcagtgtgggcggctta
gcattcactataaacaaaccggtttctattgtagaaacaaggatgctgaaaccaaaatat
tttttccaatatttgatatcgcgtaatggaccatttaccattttaggcggagttgaagga
ctagcatttattaatacaaagtacgcgaatgcgtcacacgactatcccgacatacagttt
cattttatacccggcgcaactaactccgacggtggaagaaatttaaaaaaagtccatggt
ctaacaaatgaattttatgatgctgtgtttaagccaataaactataaagacacatggagt
gttatgccgatattattgcgtccacaaagtagaggatacattgaattaaagagctcaaat
cctcatgactatcccattatccatccaaattacctagccgaagatatagacttgaaaacc
ttaatcgaaggagtcaaggctggatataaattgtccaaaacaacagcttttaagaaatat
aattcagaattcaataaaaatatatttcccgcatgtaaagcaattaaaaaattcactgat
gagttctgggagtgtatgattagacagtacacatttaccttctatcatccggtcggaacg
gcaaaaatgggtcctaattccgatcctaatgctgttgttgaccccgaacttaaagtatat
ggcgtaaaaggtctacgagttgtagatggtagtataatgccgaatattgtgagcggtaat
acaaatgcacctatcattatgattgcagagaaagcaagtgatatgattaaaaaattctgg
aaaaaaaaatga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (9)   
   Pfam (9)   
All databases (41)   

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