KEGG   Nicotiana tabacum (common tobacco): 107832755
Entry
107832755         CDS       T04643                                 
Name
(RefSeq) early endosome antigen 1
Organism
nta  Nicotiana tabacum (common tobacco)
SSDB
Motif
Pfam: Rootletin Lebercilin
Other DBs
NCBI-GeneID: 107832755
NCBI-ProteinID: XP_016516116
UniProt: A0A1S4DRQ5
Position
Un
AA seq 1924 aa
MKTESPNQSSFAYQSREAGPQLEVSCQSSSAPANLIDDDGSKWFGVMKRHEEEAERVLEK
LEKAIGDMHSQSASMSRSSGKAVSPGVSKLIQAFEPKDHDDEHHPEELQSFENQTDGDPY
VLIQGLTKTLRALLKDLVLEAGNGYQFLEGEKSCKTAAVVAAEELRAKCQSLNEHIDLLE
GANVELMVFNESLGGCFWNAKEKEGEIRVLNEALRKQEIAAKSENNKLKGNLSSYQEKLS
ILQNQLGEMRESCKEMGSDISNQVEALYREVADRGSILREEWNSTIDQVFQTLRRLDLSV
ETVGSSLPSRIDHGLGCINLSSRTAASIDAAINVIEALQDQVEASRHESMSTSREVNEKL
DFLQVENERSASLMHKIYSNLKKLVNETPGHLQEAEVDDPEKSVDLSHPGAFDSLLEQLQ
RFLDEKAQVEFVNGKLKSELMARTNDFEELSKRSLESDSILKMVQVVEGVIALDSFETNV
NDPVSCLESLISLLVQKCKEATEHARLSRMEYASKEAQVIDLQGQMDHLSLLLVQCENEV
VVLRESLKRAEEEVVAIGSQYQEKVADIEQSEQRVSALREKLGIAVTKGKGLIVQRDSLK
QSLADTSSELQKCSEELQLKDARLQEVEMKLKTYSEAGERMEALESELSYIRNSATALRE
SFLLKDSVLQRVEEILEDLELPEHFHSKDIIEKVDWLAKSVAGNSLHLAEWDQKSSIGGS
YSDAGYALTDGWKEAAQSNLGSSEDLRRRFEELQGKFYGLAEQNEMLEQSLMERNNLVQK
WEEILDGIDMPSHLRSMEPEDRIGWLMLAFSETQNQYNSLQQKYDNFESLFASASAELEE
SRRKISELESAYQLVVSEKELLLKNLESLNFDYEEMSRKTAQSDITNDDLRSRVGDLQKK
LNEMLGAEERIHHLEGEIRRLGDMVKDVLPNSETDDALFSSGSTEALEQLLRKLIEKYTA
LSLPSESESTHEHVDKGADLSHEEKRESNVRCAEDADGGALSRKLEDALSDLLSLKEERE
NIVLTNQSLVRELEELGIKNKEMQDLLSQEEQKSSSLREKLNVAVRKGKSLVQHRDSLKQ
LIEELNGEVERLKSEIKLQENAISDYEQKKKDLSVFQERIKTVESESSILRDQLAEKDCT
LSMILSALDDVNVGSNIGNPVEKLKTVGQLCHDLQSALTSSEHEAKKSKRAAELLLAELN
EVQERNDGLQEELTKSQSELFELSKQKESAEVAKHEALAHLEKLSFAHSEERKNQLAEIT
MLKSGVDRLREDLFVFDRLLNDVLSMDLETMRNLGSSMKVCLEPTDQNHFSLHVTDASSG
LNFAEAENKVFNKEIGSINVKLNRHSHLLHEETAHISEILRTIHEEISYHKQHSNSLKTD
VMRLESIQKEKDAELFTVQRYNAMLYEACTTLVMEIESRKSELAGNSLATGASRINSVYR
SLAEGNDLAEKTDQFSEEGIRSVIEKLFMAVKDIMSLQSDIAEVGQKDMRAAISNLQKEL
QEKDIQREKICAELVSQIKEAESVSKSYSQELQIAKSQMNDLHRKVDLMEEERDSLAHRI
KELQDQESSFADLQLRVKALEDMLAAKEQENEALMQALDEEEAQMEDMTNKIEEMERVLL
QKNKDMENLEVSRGKIMKKLSVTVSKFDELHQLSESLLSEVENLQSQLQERDTEISFLRQ
EVTRCTNDAIASAQMGSKRNTDEIRDFLSWVDKMISRVQTHDMNYDDAKISQIHEYKEML
EKQVVSVVSELEDLRALAQTRDLMLKVEKDKVEQLVRKEEFLENSLRDKESQLTMLRGAS
DMGQLVNSTSEIIEIEPVANKRVMPGTVASQVRSLRKTNNDQVAVAIDVDPESGKLEDED
DDKAHGFKSLTTSRIVPRFTRPITDMIDGLWVSCDRTLMRQPVLRLSVIIYWFVLHALLA
TFAV
NT seq 5775 nt   +upstreamnt  +downstreamnt
atgaagacagagtcacctaaccaaagtagctttgcatatcaatctagggaagctggacct
caacttgaagtttcttgccagtctagctctgcacccgcaaatctgattgatgatgatggt
tcaaaatggtttggagttatgaaaagacacgaggaggaggcagagagagtacttgaaaaa
cttgagaaagcaattggagatatgcactctcagtcagcttctatgagtaggtcatctggt
aaagcggtttcacctggtgtgtcaaaacttattcaagcttttgagccaaaggaccatgat
gacgagcaccacccagaggagcttcagtcatttgaaaatcaaacagatggagatccatat
gtgctaattcaagggctaacaaaaacattaagagcgttgctgaaagatttggtgttggaa
gctggcaacggctaccaatttcttgagggagagaagagctgcaaaacagctgctgtggtt
gctgctgaagaactcagggccaaatgccagtctctgaatgaacatattgatcttttggaa
ggagcaaacgttgagctaatggttttcaatgaatctttagggggatgtttctggaatgct
aaagaaaaggagggagaaattagggtcctaaatgaagctttgcgcaagcaagaaatcgcc
gcaaaatctgagaacaataagttaaaggggaatcttagcagctatcaggaaaaactatct
attttgcaaaatcagctgggtgaaatgcgtgaaagctgcaaagagatgggttctgatatc
tctaatcaggtagaagctctttatagggaagttgctgacagaggatcaatacttcgagaa
gaatggaactctacaattgatcaggtttttcagacacttcggaggctagatttgtctgtt
gagactgttggctcctctttgccgtcaagaatagaccatggtctagggtgcataaactta
agtagccgtactgctgcatctatagatgctgccatcaatgtgattgaggcattgcaggat
caagttgaagcttctcgccatgagtcaatgagtacctcccgtgaagtcaatgagaagtta
gacttcttgcaagttgaaaatgaaaggtctgccagccttatgcataagatttatagtaac
ctcaagaaacttgtgaatgaaacgccagggcatctacaagaagctgaagttgacgatcct
gagaaatcagtagatctttctcatcctggtgcttttgattccctactggagcagttgcaa
aggtttcttgatgagaaagcacaagttgaatttgtaaatggaaaactgaagtctgagttg
atggccaggacaaatgattttgaagaactgagcaaaagatcccttgaatccgattctatt
ttaaagatggttcaagtggttgaaggagtcattgctttggatagctttgaaaccaacgtt
aatgacccagtatcctgtctagagtccctgatctctctcctagttcagaagtgtaaagag
gcaactgaacatgcgaggttgtccaggatggaatatgcttccaaggaagcacaagtgatt
gatctgcagggacaaatggatcacttgagcttgttacttgttcaatgtgaaaatgaagtt
gttgtccttagggaaagtttgaagagagctgaggaagaggttgtagctattggttcgcaa
tatcaagagaaagttgctgatattgaacagtctgagcaacgggtgtcagctctaagagag
aagcttggcatagcagtcaccaaaggcaaaggtttgattgtgcagcgtgacagtcttaaa
caatctcttgcagacacatcctctgaactgcagaaatgctctgaggagttgcaattgaaa
gatgcaaggcttcaggaagttgaaatgaaactcaagacctattcggaggcaggtgagcgc
atggaagctttggaatctgaactctcatacattcgcaactctgctactgcattaagggag
tcattccttctcaaagactctgttcttcagagagtagaggagattttagaagatttggag
cttccggagcatttccattcaaaggatatcattgaaaaagttgattggttggcaaagtca
gttgctgggaactctttgcatctggctgaatgggatcagaagagctctattggaggatca
tactctgatgctggatatgcactcactgatggatggaaagaggcggcacagtcaaacttg
ggatcttccgaagaccttagaagaagatttgaggagctccagggcaagttttatgggttg
gcagaacaaaatgagatgcttgaacaatccttgatggaaagaaacaaccttgttcagaag
tgggaagagatcttggacgggatagatatgccttcacacttgagatctatggagccagaa
gatcggattggttggttaatgcttgcgttttcagaaactcaaaaccagtacaactctctc
caacaaaagtatgataattttgaatcattatttgcatcagcaagcgctgaactggaagag
tcacgcagaaaaatatctgagcttgagagtgcatatcaattggttgtcagtgagaaagag
ttgcttttgaagaatttggagtctcttaactttgattatgaggaaatgtcaaggaaaact
gcccaatctgacataactaatgatgatttgcggagcagagtaggtgacttgcagaagaaa
ctgaacgaaatgcttggagcagaggagcgtattcatcatcttgaaggtgaaataagaaga
ttaggagatatggtcaaagatgtccttccgaattctgagacagatgatgcgttatttagc
tctggtagcactgaagctttggaacagttacttaggaagcttatagagaagtataccgct
ctttctttaccttctgagtccgagtcaacacatgagcatgttgataaaggggctgatctc
tctcatgaagaaaagagagaaagtaatgtcaggtgtgctgaagatgcagatggaggtgct
ctcagcagaaaattggaggatgctctcagcgacttgttgtccttgaaggaggagagggag
aatattgtgttgactaatcaatcattggttcgtgaacttgaagaattaggtatcaaaaat
aaagaaatgcaagatctactcagtcaggaggaacagaagtcatcttctttaagagaaaaa
ttgaatgttgcagttaggaaaggcaagtccttggtgcaacatcgggacagcttgaagcaa
ttaattgaagagttgaatggtgaagtggagcgcttaaaatccgagatcaagttgcaggaa
aatgctatttcagactatgaacaaaagaaaaaagatttatctgtattccaggagaggata
aagaccgtagaatctgagagctcaatcctgagagatcaattggcagaaaaagactgtacc
ttgagcatgattttgagtgctctggatgatgttaatgttgggtctaacattggtaatcct
gtcgagaagctaaaaactgttgggcaattatgccatgatttgcagtcagctcttacttct
tccgaacatgaagcaaaaaaatctaaaagagcagctgagctacttcttgcagagttaaat
gaggtgcaagaaagaaatgatgggctacaagaggagctaacaaagtctcagagtgaactc
tttgaactgtccaagcaaaaagaatctgctgaagttgccaaacatgaggctcttgcacat
ttagaaaagctatcttttgctcactcagaagaaagaaagaaccaattagctgaaatcacg
atgctaaaatctggtgtggatcggctaagggaggatctatttgtatttgaccgtttgctc
aatgatgttctatccatggatttggagactatgcgcaatctcggttctagtatgaaagta
tgcctagaaccaactgatcaaaatcacttttctctacatgtgactgatgcttcaagtggc
cttaactttgcagaagcggaaaacaaggttttcaataaagaaattggttctatcaacgta
aagttaaacaggcattcccatttattgcatgaagaaactgcccatatatctgagatatta
agaaccatacatgaagaaatatcctaccataagcagcactcaaattcgttgaagacagac
gtgatgcggttagaatctattcaaaaggagaaagatgcagaattgtttactgtgcaaaga
tacaatgctatgctttatgaagcttgtaccactttggtcatggaaattgaaagcagaaaa
tccgaattggctggaaacagcttagctactggagcttccagaatcaattcagtgtatcga
agtttagctgaaggaaatgatttagctgagaagactgaccagttttctgaggaaggtatt
aggtcagtaatagagaaattattcatggctgtgaaagatattatgagtctgcaaagtgat
attgctgaagttggccaaaaggatatgagagctgctatatcaaatcttcagaaagaactt
caggagaaggatatacagagagaaaaaatttgtgcagaacttgttagtcagattaaggaa
gctgaatctgtttcaaagagttattcacaagagcttcaaatagcaaaatctcagatgaat
gatttacacaggaaggtggacctgatggaggaggagcgagattctctggcacacaggata
aaagaactgcaagatcaggagtccagctttgctgacttacagttaagagttaaagcactt
gaagacatgctagctgcaaaggaacaagaaaatgaggcactgatgcaagcactcgatgag
gaggaggcccaaatggaagacatgacaaacaagattgaagaaatggagagagtcctactt
caaaaaaataaagatatggagaaccttgaagtttcccgcgggaagattatgaagaagctt
tctgttacagtaagcaaatttgatgaacttcatcaactatctgaaagccttttgtctgag
gttgagaatcttcagtcacaattacaagagcgagatacagagatttctttcttgaggcaa
gaagttacaagatgcactaatgatgcaatagcttctgctcagatgggtagcaaaagaaat
actgatgaaatccgtgactttttgtcatgggttgacaaaatgatttcccgagtccagacg
catgatatgaattatgatgatgcaaaaattagccagatccatgaatataaggaaatgtta
gagaagcaggtcgtgtctgtggtatctgagctggaggatctgcgtgcactggcacagacg
agagatttaatgttgaaagttgagaaagataaagtagaacagctggttaggaaagaagaa
tttcttgagaactctttgcgtgacaaggaatctcaattaaccatgcttcgaggggccagt
gacatggggcaactagtaaattctacgtcggaaattatagagatagagccagtggccaac
aaaagggtaatgcctggaactgttgcatctcaagttcgcagtttgcgcaaaactaataat
gaccaagtagctgttgctatagatgtggatcctgagagtgggaaactagaagatgaagat
gatgataaggctcatggtttcaagtcgctaacgacatcaaggattgtcccacggtttaca
agacccataactgacatgatagatggtctatgggtatcttgtgatcggacattaatgcgg
cagcctgttctacggcttagtgtgatcatctattggtttgtgttgcatgctcttcttgcg
acatttgcagtatga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   RefGene (48)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (57)   

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