Mercurialis annua (annual mercury): 126680314
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Entry
126680314 CDS
T10153
Name
(RefSeq) protein NAP1 isoform X1
KO
K05750
NCK-associated protein 1
Organism
mean Mercurialis annua (annual mercury)
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Gene cluster
GFIT
Other DBs
NCBI-GeneID:
126680314
NCBI-ProteinID:
XP_050231375
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Position
LG5:complement(16141743..16167080)
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AA seq
1386 aa
AA seq
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MAKPRQDFYAHDASLSPTSARSRDWEGPSRWTEYLGPDMTSPVTVRASRNRGPDGQVQNS
GGSHKGLNLQWVVQLTEVAEGLMAKMYRLNQILDYPDPIGHTFSEAFWKAGVFPNYPRLC
LLLSKKFPEHFSKLQLERVDKAALDGLNDSAEVHLQTLEPWVQLLIDLMAFREQALRLIL
DLSSTVITLLPHQNSLILHAFMDLFCSFVRVNLFSNKIPRKMMLQVYNLLHALSRNDRDC
DFYHRLVQFIDSYDPPLKGLQEDLNFVSPRIGEVLEAVGPIIFLSTDTRKLRNEGFLSPY
HPRYPDILTNSAHPMRAQDLANVTSYREWVLLGYLVCPDELLRVTSIDIALVTLKENLIL
TLFRDEYVLLHEDYQLHVLPRILESKRMAKSGRTKLKEADLEYSVAKQVEKMISEVHEQA
LVSCNAIHHERRILLKQEIGRMVLFFTDQPSLLAPNIQMVFSALALAQSEIIWYFQHVGI
ASSKSKAARMVSVDIDPNDPTTGFLLDGMDRLCCLVRKYIAAIRGYALSYLSSCAGRIRF
LLGTPGMVALDLDASLKGLLQQIVQLLENIPKPQGDNISAITCDLSEFRKDWLSILMIVT
SARSSINIRHLEKATVSTGKEGLLSEGNAAYNWSRCVDELEFQLSKHGSLRKLYFYHQHL
TAVFRNTMFGPEGRPQHCCAWLGVASSFPECASPIVPEEVMKIGRDAVLYVESLIESIMG
GLEGLINILDSEGGFGALETQLLPEQAAFYLNNASRGSIPSTKSPKGVVGFLLPGHESYP
ENNNSVKMLEAAMQRLTNLCSVLNDMEPICVLNHVFVLREYMRECILGNFRRRLLTVLKT
DNDLQRPSVLETLFHRHMSIVHLAEQHISMDLTHGIREVLLAEVFSGPVSSLHLFEKPSD
QLTGSATEVVCNWYIENIVKDISGAGILFTPMHKCFKSTRPVGGYFAESVTDLRELQAFI
RIFGGYGVDKLDRMMKEHSAALLNCIDTSLRSNREVLEAVAGSMHAGDRLEREASSRQIL
DLDTIIGFCIEAGQAIAFDQLLAEAAGVVLEGGAPLIYSLLAGVVKHIPEEMPEKREIRR
IRRVANSVGAVADHDSEWVRSIMEEVGGANDGSWTLLPYLFATFMTSNIWSTTGFNIDTG
GFNNNIYCLARCMSAVIAGSEFMRMEREHQQRQAFSNGHAGEALDHEMHSHLSAVASIKS
AMQLFVKFAAGIVLDSWNEVNRSHLVAKLIFLDQLCEISPYLPRSSLEAHIPYSILRSIY
SQYYSSSPSMPLALPNASPRNSPAVSLSNASPMAKQPRGDTTPQYAANDSGYFKGSSSHS
QERPYDTDSGSLRSNESKHWNVRRSGPLDYSSSRKVKFVEGSNSGSTGPSPLPRFAVSRS
GPLMYK
NT seq
4161 nt
NT seq
+upstream
nt +downstream
nt
atggcaaagccgcggcaagatttttatgcccatgatgcttcactctcgcccaccagtgct
agatcaagagattgggagggtccatcgagatggactgagtacttgggtcctgatatgacc
tctcccgtgacagtcagagcttctaggaacaggggtcctgatggacaggttcagaattca
ggtggttctcacaagggtttgaatttgcagtgggtggtgcagcttactgaagtagctgaa
ggcctcatggccaaaatgtatagattaaatcaaattctggactatccggatcctattggt
catactttttcagaagcgttttggaaagcaggcgtcttcccaaattatccaagactttgc
ttgttgctctcaaaaaagtttccggagcatttcagcaaattgcaacttgaacgagttgat
aaggctgctttggatggtttgaatgatagtgcagaagttcatttgcagactttggagcca
tgggtccagctgcttattgacttgatggcatttcgagagcaagctctgcgactcatactg
gatctaagtagtacagtcattaccctgctgccccatcagaactcacttatactgcatgca
tttatggatctattttgttcctttgtacgtgtaaaccttttctccaataagataccaaga
aaaatgatgctgcaagtgtataatcttctgcatgccttgtcaagaaatgacagagactgt
gatttctatcatcggttggttcaatttatagattcctatgatccaccattaaaaggattg
caggaagacctgaattttgtcagtccacgtattggagaggtgctagaggcagtgggtcct
ataattttcctatctacagatacaaggaagctcagaaatgagggatttctaagtccgtat
catccaagatatccagatattcttacaaattctgcacatccaatgagggcccaagatcta
gctaatgttacatcttatagggaatgggtgctacttggatatcttgtttgtcccgatgag
ctgcttcgtgtcactagcattgatattgctctggtcacactgaaggaaaatttgattctc
acattattcagggatgagtatgtgctattgcatgaagactatcaattacatgttttgcca
cggatattagagtcaaagaggatggctaaatctggacgtactaaactaaaagaagcagac
ttggagtacagtgtggcaaagcaggttgagaaaatgataagtgaagtgcatgagcaggca
ctcgtatcctgtaatgccattcaccatgaaaggaggatactgttaaagcaagaaattgga
agaatggtgctcttttttactgatcagccaagtttactggctccaaatattcagatggta
ttttctgcattggctttggctcaatctgagatcatctggtacttccaacatgttgggata
gcatcatcaaaatctaaagctgctcgtatggtttcagtagacatagatccaaatgaccca
actactggtttcttactagatggaatggatcgcctatgttgtttagtgcgcaaatatatt
gcagctattcgaggatatgcattatcctacctttcttcatgtgctggtagaattcggttt
ttgttgggaactccaggaatggtggctcttgatcttgatgccagcttgaaagggctgcta
caacagatagttcagcttctcgaaaacataccaaaaccacagggtgacaatatctctgcc
atcacatgtgatctatccgaattccgtaaggattggttgtcaatattgatgattgttaca
tctgccaggtcgtctattaatataagacatttggaaaaagctactgtgtctactggaaaa
gaaggcttactgtcagaaggaaatgctgcttataactggtccaggtgtgttgatgaactg
gagtttcaactatcaaagcatggaagtctaagaaaactgtatttctatcaccagcacctt
acggcagtcttcaggaacactatgtttggaccagagggacgtccccagcattgctgtgca
tggcttggtgttgcgagtagttttccggagtgtgcttctccaattgttccagaagaggtt
atgaaaattgggagagatgcagtcctatatgttgagtcccttattgagtccatcatggga
ggattggagggcttgatcaacattctagattctgaaggagggtttggcgctttagagacc
cagctacttccagagcaggcagctttttatctgaataacgcatctagaggttcaatccct
tcaacaaaatctcccaaaggagtagttggttttcttctgcctggccatgaaagctatcct
gaaaataataattctgtgaaaatgttagaagctgcaatgcaaaggttgaccaacttgtgc
tcagttttgaatgatatggagccaatttgtgttctaaaccatgtctttgttttgagagag
tacatgagagagtgcattttggggaactttagaagaaggttgcttacagtgctaaaaact
gacaatgatcttcaacggccttctgtcctagagacactctttcacaggcacatgagtata
gtccatctggcagagcagcatataagcatggaccttacccatggcattcgagaagtccta
ctcgctgaggtattttcaggaccagtttcttctcttcatttgtttgagaaaccatcagat
caactcactggatcggccactgaagttgtctgcaactggtacatagaaaacattgttaaa
gatatatctggtgctggaatcttgtttacaccaatgcacaaatgcttcaaaagcacaagg
ccagttgggggatattttgcagagtcagttactgatcttagagagttgcaggcctttatc
cgtatttttggtggctacggagttgacaagctagatagaatgatgaaagaacacagtgct
gcacttttaaattgcattgacacatcattacgttcaaaccgggaagtgttagaggcagtt
gctggcagcatgcatgctggtgatcgacttgaaagagaagcatcttcaaggcaaattttg
gacttggatacaataattggattttgtattgaggcaggacaagcaattgcttttgatcag
cttcttgctgaagctgctggagttgtgctcgaaggaggtgcacctttaatatattcgcta
cttgctggagtagttaagcatatacctgaagaaatgcctgaaaagagagaaattaggagg
ataagaagggtggcaaatagtgttggtgcagttgcagatcatgattctgagtgggtaaga
tcaattatggaagaggttgggggtgcaaatgacggttcatggaccttgttgccttattta
tttgccaccttcatgacttcaaatatctggagcaccactggcttcaacattgacactggg
ggcttcaacaataatatatattgcttggcaaggtgcatgagtgctgtgattgcaggaagc
gagtttatgagaatggaacgtgaacatcagcagaggcaagctttctctaatggccatgct
ggtgaggctttggatcatgagatgcatagccatttgtcagcagtagctagcataaaatct
gctatgcagctttttgtcaaatttgccgctggaattgtgctagattcctggaatgaagtt
aatagatctcatcttgtagctaagcttattttcttggaccaactatgcgagatatccccg
taccttccgagaagttcccttgaagctcatatcccttattcgattctccggtctatttac
agccagtattactcaagttctccttccatgcccctggctctacccaatgcatcacctcgc
aattcgcctgctgtttcactgtcaaatgcttctcctatggcgaagcagcctcgtggagat
acgacacctcagtacgctgctaatgattcagggtacttcaagggatcatcatctcatagc
caggaacgcccttatgatactgatagtggaagcctacgaagcaatgagagcaaacactgg
aatgttcgccgatctgggcctttggattacagttcaagccgcaaagtaaaatttgttgaa
ggctccaattcagggagcacaggtcctagtccgttgccaagattcgcagtatcaaggtct
ggtcctctcatgtataagtag
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