KEGG   Musa acuminata (wild Malaysian banana): 103989705
Entry
103989705         CDS       T03447                                 
Name
(RefSeq) uncharacterized protein LOC103989705 isoform X1
Organism
mus  Musa acuminata (wild Malaysian banana)
SSDB
Motif
Pfam: TDBD PHD PHD_2 Acetyltransf_1
Other DBs
NCBI-GeneID: 103989705
NCBI-ProteinID: XP_018683283
Position
6:complement(32089335..32101075)
AA seq 1286 aa
MAIDDEPTRKRRRKKLMTGEAVEVGHFHEGLQSWHLAVVIECGEFFRVVEHANRLSGDRI
SEPEEVIPVSDAIEGTFSTATESCRPRIRPVPPHVSIGNSEIRYGLCVDALVDDAWWEGV
VFDHDEGFEERRVLFPDLGDQAILTIERLRLTQDWDEASGHWKPRGQWLFLQLLQNFDCA
GSLPVSIRQIWCNLRATHVFQDKIKSWAFGTKDIWEKLLSELIEEVWSAANTISVSDVIS
KQLVTAGMASVDVCTSMEDVICPQGADLGLDDLTNGTDNNCSSGLNTPDDRALISGAQSP
CQLKYASENSSQAVLVVDATEVSGADGFLQSCDSTKASMKPRVCSKALQDFIQVCRNKFC
PIDLKKKLYVLRQLARSHLMAVGWKLIKDVHGRKYYVSPLGKRFGSLVTACEAWKTVEEN
SDTTTDCTFVAENHAAEVRGTFSILTSMHSKAENIPSCSVANNWKPLKLDASYCPGLVEV
YASKMRGGKSRLKSLAKLDCKSLSEKVKKHLVALGWTVEFREDAILRFRFSSPQGRIYYS
LIKACSDLLHQKVDEECEYSDDSEHDRSGCSTKRLHSIVDYRVNCSGRSFNCAASGNKKV
EFRADEDIEPEYLPEAITEYEGFMDLQVQNGKRAILDANVKLLRLNAKRHLLYMGWFFYL
KDKKTKQELCYRSPSGKSFHSLITACKAYLKENRNSTIKSLHSVGNQKKVKSELNVEHIE
SEKNDKQWELCTISNAATSKGFHEPADFLDKETVRESTFSCNSSEFGERKFGRLRFKRVA
NLKKKSMPLSPSHGSTQTCLSGQEADCQKSKRRVASQSIKQDEKTGESFSSRVRRSSTSL
QQLVESSSQHSAKTVLSWLIDNDILLPRQKVYCMCEKDRQSRKEGRINHSGIKCMCCKTV
FDLASFAAHSDNRTQRPSATIFLSDGRSLLQCQMQMMHASKQKNFPHIRLKGDLTQHQSD
TICSICQDGGALILCDHCPSAFHVTCMGLEDVPEGKWFCPSCRCGICDHSEYNHDVEQFT
KTTMFSCDQCEGEYHVGCLRGERLQQLGSCPNGNWFCSKKCLKIFYHLCELIGKSNPTSA
VGLSWTLLRWGSNDNSDLGRFALEAMAEHHSKLCIALDVLHECFVPMTETRTQSDLVADL
LFNKESELKRLNFWGFYTMLLEKGDELVSVATFRVYGDKAAEMPLIGTRVLYRRKGMCRL
LVNELEKLLCSLGVERLLLPAVPQLLQTWTTSFGFTQMTSSDRLELSKYSLLSFSGTTMC
QKLLGAAKTVSGVPADMQTDQLASQK
NT seq 3861 nt   +upstreamnt  +downstreamnt
atggcgatcgacgacgagccgacgaggaagcggcgaagaaagaagttgatgaccggagag
gcggtcgaggtgggacatttccatgaaggccttcagtcttggcatttggcagtggtcatt
gagtgtggtgagtttttccgtgttgttgagcatgccaatcgattgagtggtgaccgtatt
tcagaacctgaggaggtgattccagtatcagatgcaattgaaggcacattcagcacagcc
actgaaagttgcagaccacgaattagaccggtgccacctcatgtcagcattggaaattca
gagatcagatatgggctgtgtgttgatgccttggttgacgatgcctggtgggaaggtgta
gttttcgatcatgacgaaggttttgaagagaggagagtgctctttccggatctaggagac
caggctattttaaccattgagaggttgcgtcttacccaagactgggatgaagcttctggg
cattggaagcctcgtggccagtggttgttccttcaattgcttcaaaattttgactgtgca
ggtagcttgcctgtttcaatcaggcagatatggtgcaacttgagagctactcatgttttt
caggacaaaatcaaaagctgggcttttggaacaaaagatatttgggaaaaactgttgtca
gagttgattgaggaagtatggtctgcagcgaataccatttcagtttccgatgttatctct
aaacaattagtaactgctggcatggcttcagttgatgtttgcacttcaatggaggatgtt
atttgtcctcaaggtgctgaccttggattggatgatctgactaatggtacagacaataat
tgctcttcaggactaaacacacctgatgatcgtgccttaatttcaggtgctcaaagtcca
tgtcagttgaagtatgctagtgagaattcctcccaagcagttttagtagttgatgctaca
gaggtttcaggtgcagatgggtttcttcaatcctgcgacagtactaaagcatcaatgaaa
cccagggtttgctcgaaagcattacaggatttcatacaagtgtgtcgcaataaattttgt
cctatagatttgaagaaaaagctttatgtcttgcgtcaacttgcaaggtctcatcttatg
gctgtaggatggaagctcatcaaagatgttcatggtcgtaagtattatgtctctcctctg
ggaaaacgttttgggtctctggttacagcctgtgaagcatggaaaacagtggaagaaaat
tcagacacaacaactgattgcacctttgtagcagagaatcatgcagccgaggtccgaggc
acattctccatcctcacatccatgcacagtaaggctgagaatatcccaagctgtagtgtt
gcaaacaattggaagcctctgaaacttgatgccagctactgccctgggttggtagaagta
tatgcatccaagatgagaggtggaaagtcaaggctgaaaagcttggcgaagcttgattgc
aaatctctatcggaaaaagtgaagaaacatcttgtggctttgggttggacagtcgaattt
agagaagatgcaatcttaaggtttcgtttctcttcacctcaaggaagaatctattactcc
cttatcaaggcctgcagtgatttgctgcaccagaaggtggacgaggagtgtgaatattct
gatgattctgagcatgaccgctcaggctgcagtacaaagaggttgcattctatagtggat
taccgtgtgaattgctcaggtagaagtttcaactgtgctgcttctgggaacaaaaaggtg
gaatttagggcagacgaggacattgaacctgagtatttaccagaagcaataacggaatat
gagggtttcatggatttgcaagtgcaaaatggtaaacgagcaatcttagatgcgaatgtt
aaattgctgagattgaatgctaaaagacatcttttatacatgggctggttcttttatctt
aaagacaagaaaactaagcaagaattatgttacaggtcaccaagtggcaagtcctttcat
tctcttattacagcctgtaaggcctacttgaaagaaaatagaaattccaccattaagtct
ctccattctgtgggcaaccagaaaaaggtcaaatccgaattgaacgttgaacacattgaa
tctgaaaagaatgataaacaatgggaactctgtaccatttcaaatgctgcaacaagtaaa
ggcttccatgaacctgctgactttttggataaggaaactgtaagagaatcaacattttct
tgtaattcatcagaatttggagaacgtaaatttggtagattgcgattcaaaagagttgca
aatttaaagaagaaaagcatgcctctttctccttcacatggtagcacacaaacttgtcta
tctggtcaggaagctgattgtcaaaaatctaaaagaagagtggcatcccaatctatcaaa
caagatgagaaaacgggcgaaagcttttcatctcgtgtgcgtagatcaagcacaagtttg
cagcaacttgtagaatcttctagccagcattctgcaaaaacagttttgtcttggcttatt
gacaatgatatactattaccgaggcagaaggtttattgtatgtgtgaaaaagacagacag
tctaggaaggaaggccggataaatcattctggaataaagtgcatgtgctgtaaaacagtg
ttcgatcttgcaagctttgcagctcacagtgataatagaactcaaaggccttctgccact
atatttttatctgatggaagatctttactacagtgtcaaatgcagatgatgcatgctagc
aagcaaaaaaatttcccacacatcagattgaagggtgaccttactcaacatcaaagtgat
acaatctgctctatctgtcaagatggtggtgcattgatattatgcgaccactgtccatca
gcatttcacgtaacctgcatgggcttagaggatgtccctgaaggaaaatggttttgtcca
tcatgtagatgtggcatatgtgaccacagtgaatacaatcatgatgtagagcaatttaca
aagacaacaatgttttcctgtgatcaatgtgaaggagaatatcatgtaggttgcttgaga
ggtgaaagattacaacagcttggttcttgtccaaatggaaattggttttgcagtaagaaa
tgtttaaagatattctatcatctctgtgaacttattgggaaatcgaacccaacttccgct
gtgggattatcatggactttattgagatggggcagtaatgataattcagatcttggaaga
tttgcccttgaagccatggctgagcatcacagcaagctatgtattgcacttgatgtactg
catgagtgctttgtgccgatgactgaaactcgtactcagagtgatctcgttgctgatctt
cttttcaataaagaatcagagcttaaacgattaaatttttggggattttacactatgctt
ctggagaagggagatgaactagtatcagttgctactttcagggtctatggtgacaaggca
gcagaaatgcctttaataggtactcgtgttctgtatcgccgaaagggaatgtgtcgtctt
cttgtgaatgaattggagaagttgctttgttctttaggagtagaaaggctgctgttacca
gcggttcctcagcttctacagacatggacaacctcctttggatttacccagatgaccagt
tctgatagattagagttatcaaagtactcccttcttagcttttcaggaactactatgtgc
cagaagctcttaggagcagctaaaaccgtttcaggggtaccagcagacatgcagacagac
cagttagcatcgcaaaaataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (57)   

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