KEGG T01031: 100015221

Monodelphis domestica (opossum): 100015221

Entry

100015221 CDS T01031

Gene name

EEA1

Definition

early endosome antigen 1

Orthology

K12478

early endosome antigen 1

Organism

mdo Monodelphis domestica (opossum)

Pathway

mdo04144	Endocytosis
mdo04145	Phagosome
mdo05152	Tuberculosis

Class

Cellular Processes; Transport and catabolism; Endocytosis [PATH:mdo04144]
Cellular Processes; Transport and catabolism; Phagosome [PATH:mdo04145]
Human Diseases; Infectious diseases; Tuberculosis [PATH:mdo05152]

SSDB

Motif

Pfam:

FYVE IncA TPR_MLP1_2

Other DBs

NCBI-GI:

126339640

NCBI-GeneID:

100015221

Ensembl:

ENSMODG00000009488

Position

AA seq 1493 aa
MTFGLPTPSSPASGPLSSPQAFGAVVWKGHVGGRAGCDPTIPSGRCSWQPPSQPNLLSLR
RSPDAKPVSRAEDILLLPGLSNLAFVYKRRFLGTPGRVGSQGSDSDSSATPGNVLDVNNE
GSSEGFICPQCMKSHGSAEELFKHYQAVHDSGNESSHGGEALKREDVILLRQEVQDLQAS
LKEEKWYSEELKKELEKLQGQRQQELKPDGLATDSSAELQSLEQQLDEAQTENFNIKQMK
DLFEQKAAQLATEVADIKSKYDEEKGLREAAEQKATSLTEELKKETTVIQDLKTELLQRP
GVEDVAVLKKELVQVQTLMDNMTLERERESEKLQEECRKLRADCVNSEVTISQLRNELAK
GPQEVAVYVQELQKLQSSVNEFTQKNQNLTEKLLKKEQDYIQLEEKQNEEYICKKNIQAN
LHQKELDCQQLQSKLSSTEASLQRLQGELVEKGDVSQKLKEELSEVESKYQHLKVEFKQL
QQQREEKEQHAFQLQSEVNQLHSKLLEAERQLGEAHGRLKEQRQLSSEKLMDKEQQVADL
QLKLSRLEEQLKEKVTNSTELQHQFDKMRQQHQEQQALQQSTTSKLREAQNDLEQVLRQI
GDKDQKIQNLEALLQKSKENITLLEKEREDLYAKIQAGEGETAVLNQLQEKNHTLQEQVT
QLTEKLKNQSESHKQAQENLHEQVQEQKAHLRAAQDRVLALEANISEVNSQLNESKEKVS
QLDLQIKAKTELLLSAEAAKTAQRADLQNHLDTAQNALQDKQQEFNKISNQLDEVTGQLH
DKQEHCIQLEASIKELKEKKLSYEQRAEELEGQVKKLDSDILEIKASKEQIVHDLQEQRQ
QNAELNLRVAELSQQLEAEREAVSNAHLDLRKKSDAFEHATQMLSKHEEEKAGLKQELQK
LHHDAESQRKELDSKVQATLTDLQQVKKERASLEKELSTTKDKLLKTSESLKDTKNEIEK
ERQSGKIALAELEKTCKELKHQLQVQTECSIKEKNELKKLFEKEKEVTQQLKLDLSSTQE
QVLHVQNILKEKEKEEEQLQGKLNSLKQLLEQRKKQTEGLQEEMKITLSQKTELENKLQQ
QITLSCQDLAAERDKISALQSTYEKSQENLKQLQSDFYGKESELLATRQDLKSVEEKLSL
AQEDLISNRNQLGNQNKMIQELKVAKTSLQQDVAKKEQQLQEQSETLQAMQKDKSLKEKE
LANEKSKLMEIQEIKGRQEKEIAKLSEELGSCKQESLKEITNLKDAKQLLIQQKLELQGK
LDALKSTLEQEKKKQQIVKDQLKKTEDDLRKEFTEKEAKLHTEIKEKEEKIKKHEENETR
LAMQVTALNENLSTVKKEWQASQRRVSELEKQIDDLRGEIAVLEATIQNNQDERRALLER
CLKGEGEIEKLQAKVLELQRKLDNTTAAIQELGRENQSLQIKHTQALNRKWAEDNEVQNC
MSCGKSFSVTVRRHHCRQCGNIFCAECSAKNALTPSSKKPVRVCDDCFNDLQG

NT seq 4482 nt +upstreamnt +downstreamnt
atgacctttgggctgccgaccccaagcagtccagcgtccggtcccctttcttctccgcag
gccttcggcgccgtagtctggaaaggacacgtgggtggccgggccggctgcgaccccacc
atcccctcagggcgatgctcgtggcagcccccatcgcagccgaatctactaagtctaagg
cgttctccagatgctaaacccgtgtcccgtgccgaggacatcctcctcctcccgggactc
tccaacctggcctttgtatacaagaggcgcttcctaggcaccccagggagagttggctct
caaggttctgattctgattcatcagcaacgcctggaaatgtgttggatgtcaacaatgaa
ggctcttcagagggcttcatatgtccccagtgtatgaaatctcatggatctgctgaagag
cttttcaaacattatcaggcagttcatgattctggtaatgaatcaagtcatggaggagag
gctctgaaacgagaagatgtgatattactccgacaagaggtccaagatctacaggcttca
ctgaaggaagaaaaatggtactcagaagagttgaagaaagaattagaaaaattacaaggg
cagcggcagcaagaattaaaacctgatggattggcaactgattcatcagcagaactccag
tcattggaacaacaattagatgaagcccaaactgaaaattttaacattaagcaaatgaaa
gacttatttgagcagaaagcagcccagcttgctacagaagttgcagatataaagtcaaaa
tatgatgaagaaaaaggtcttcgagaagctgctgaacagaaggcaacaagcttgacagaa
gagctaaagaaagagacgactgtaattcaagatctaaagactgaattgcttcaaagacct
ggtgtagaagatgttgctgttttgaagaaggagctggttcaagttcagaccttaatggac
aacatgactctggagcgtgagagagagtcagagaaactccaagaggagtgtagaaagtta
cgagctgattgtgttaactctgaggtcacgataagccagctaagaaatgaacttgccaaa
ggtccccaggaagttgctgtgtatgtacaagagctacagaaactacaaagttcagttaat
gaattcactcaaaaaaatcagaatttgactgaaaagctattgaaaaaagaacaagattac
attcagttagaagagaaacaaaatgaagagtatatttgtaaaaagaatattcaagcaaat
cttcatcaaaaagaactagattgtcaacagcttcaatcaaaattatcttcaaccgaagcc
tcactgcagaggttacagggagaacttgttgagaaaggggatgtgagccaaaaactcaag
gaagaattgtcagaagtcgagagcaagtatcagcatctcaaggtggaattcaaacaactc
cagcaacaaagagaggagaaagaacagcatgcttttcagcttcaaagtgaggttaatcaa
ttacacagtaaacttttggaggcagaacggcaactaggagaggcccatggtaggcttaaa
gaacagagacagctctccagtgaaaaactgatggacaaagaacaacaagtggctgatcta
cagttgaaactttctcgtttagaagaacagttgaaggaaaaagtgacaaattccactgag
ctgcagcatcagttcgataaaatgaggcagcagcatcaagagcagcaggccctacagcag
agcacaacatcaaagcttcgggaagcccagaatgatttggaacaagtactacgtcaaatt
ggagataaggaccaaaagatccaaaatctcgaagccttgctacagaagagtaaagagaac
attacattacttgaaaaagagagagaagatctttatgcaaaaattcaagctggtgaggga
gagactgctgttcttaaccagttacaagagaaaaatcatacattacaagagcaggtaact
caactcactgaaaagctgaaaaatcaatcggaaagtcacaaacaggcccaagagaatttg
catgagcaggtgcaggagcagaaagcacacctacgggctgctcaggaccgtgttcttgcc
ctagaagctaacattagtgaagtgaacagtcagttaaatgaaagtaaggaaaaagtctcc
caactggacttacagattaaagcaaaaacagaattattgctgtctgcagaagcagcaaaa
actgctcaacgagcagatcttcagaatcacttggacacagctcagaatgcattgcaagac
aagcaacaggaattcaataaaatcagtaatcaattggatgaagtaactggccagctacat
gacaagcaagaacactgtatccagctggaagcctccattaaggaattaaaagagaaaaag
ctctcttatgaacagagagctgaagaattagaggggcaagtgaagaaactggacagtgat
attcttgaaattaaagcaagtaaagaacaaattgtacatgatctccaagagcaaaggcag
caaaatgcagaattaaatctccgagttgcagagctgagtcaacagctggaagctgagaga
gaagctgtctccaatgcccatttggatctacggaaaaaatctgatgcgtttgaacatgca
acccagatgctttctaaacatgaagaagaaaaagcaggccttaagcaagaacttcagaaa
ttgcatcatgatgcagaaagtcaacgtaaagaactggacagcaaggttcaagcaactctg
acagatttacagcaagtgaagaaagagagagctagcctagaaaaggaactttctacgacc
aaagataaattattgaaaacctcagagtctctgaaagacacaaagaatgaaatcgaaaag
gaaaggcagagtggaaaaatagctttagcagaattggaaaagacttgcaaggaattaaaa
catcaacttcaagtgcaaactgaatgttctataaaggaaaagaatgaactgaagaagtta
tttgaaaaggagaaggaggtcactcagcagttgaagttggatctcagttctacacaggaa
caagtcttacatgttcaaaatattttaaaagaaaaggaaaaagaagaggaacaacttcag
gggaaattaaattcactaaagcagctgcttgagcagagaaagaagcagactgaaggactc
caagaagagatgaaaattaccctctcccagaagacagagcttgagaacaaactacagcag
cagataacactgtcatgccaggaccttgcagcagagagagacaaaatctcagcattacag
agcacgtatgaaaagagtcaagaaaacctcaagcagcttcaatctgatttctatgggaaa
gagtcagagctactagcaacaagacaagatctcaagtctgtagaagaaaagctctctctg
gctcaggaggacttgatttcaaaccgaaaccaacttggaaatcagaataaaatgattcaa
gaacttaaggtcgccaagacttctttacagcaagatgtggccaaaaaagagcagcaatta
caagagcaaagtgaaacactgcaggctatgcaaaaagataagtccctgaaagaaaaagaa
ttagctaatgaaaagtccaaactgatggaaatacaagaaattaagggtaggcaggaaaaa
gaaattgccaaattgagtgaagaacttgggtcctgcaagcaagaaagcctaaaggaaata
acaaatctaaaggatgccaaacagttgttgattcaacagaaactagaactacagggcaaa
ttagatgccttaaagtcaactctcgaacaggaaaagaagaaacaacaaatagtcaaagat
cagttaaaaaagactgaagatgatctgaggaaagaattcactgagaaggaagctaaactg
cacacagaaataaaagaaaaggaagagaaaattaagaaacacgaagagaatgagactaga
cttgccatgcaagtgacagctttgaatgaaaatttgagcacagtaaagaaagaatggcag
gccagtcaacggagagttagtgaactagaaaaacagatagatgacttacggggtgaaatt
gcagtattggaagcaactattcaaaataatcaagatgaaaggagagcattgttggaaagg
tgtcttaaaggtgagggcgaaatagagaagcttcaagccaaagtactagaattacagaga
aaactggataatacaaccgcagccatccaggaattaggccgagaaaatcagtcattacag
atcaaacatacgcaagctttaaatagaaaatgggctgaagacaatgaagtacagaattgt
atgtcctgtgggaaaagcttttcagtcacagtgagacggcatcattgtagacaatgtggg
aatatcttttgtgctgaatgttcagccaaaaatgccttaactccttcttcaaagaagcct
gttcgtgtctgtgatgattgtttcaacgacttacaaggataa

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   ENSEMBL-MDO (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (14)   

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