KEGG   Brassica napus (rape): 106414560
Entry
106414560         CDS       T04128                                 
Name
(RefSeq) uncharacterized protein LOC106414560
Organism
bna  Brassica napus (rape)
SSDB
Motif
Pfam: Myb_DNA-binding Myb_DNA-bind_6 Myb_DNA-bind_7
Other DBs
NCBI-GeneID: 106414560
NCBI-ProteinID: XP_013710652
UniProt: A0A816PDZ1
Position
A9:33395702..33402548
AA seq 1633 aa
MPPQDHSSWDRKDLLRQRKHERPSEPPFDPPPFRWRDSPSSSSSSHREFSRWGGSADFRR
PSSHGKQGGRYQFVEESSHGYTSSRSSARMFENDYYRPSAPRGDWRYTRNCRDDRVPLSQ
KDWRSNTWEMNNGSYRAFDRPCGVRNGRRSVEERPPPASDTHTTVVNSWEQANSAQQMDI
ELCTPSRTVRSKNEQKFLDQRQSLPSDPHSEGLGLLDRPSSVNSYENKECSPAKQSNGLM
HGRRLAGDNASDPPILNAGIEGTRNQILLKDMHDTKLHEVSDLDGVRENGKENSLGAIGK
LPVWTRSGSFASQSSGFSHSSSLKSLGAVDSSDGKHKILPKTVAVTQSSSGDVTACPKTT
VSEEMSSRKKQRLGWGEGLAKYENKKVDVNTTEDGTDLLENSAEEIHSLNKNTADKSPTA
ANAPDYGSPTTPSSVACNSSPDKSSAKAAIGASDVSNVCRSPSPVSSIHLERLPINIEEL
DNISMERVGCLLSELLGTDDPGTGDSSSVQLTSMKKLLAWKGDILKAVEMAESEIDLLES
KHKALKLESARQCRVVGPSSDLSEGDENVQQEASCVLGLKAVASSVAETLVRDPVHQAVS
AKDPVEIFEDSCREVSALPQFLATVGSNEDILPIPSTKADSNQETIDLSSADDSMVSDED
LLCAKLLSTNKIYASESSQVFNKLLPRDFSSFDDSRFPGRCQRQFDSHVKEKIADRIELL
RAREKILLLQFKAFQLAWKKDLRQLTSAKYQPKANKKTEVFPYAKNGGHLKLSQPVRLRL
SSSAQRRDSVASTTELVSYMKKLLKNTRLKPLRDILRMPAMILDEKERVRSRFISSNGLI
EDPCDVEKERTMINPWTPEEKETFLSMLAMHGKDFKKIASFLTQKTTADCIDYYYKNHKS
DCFAKIKKQRSFGKEGKHTYMLAPTKKWKREMGAASLDILGAVSIIAANAGKVASTRQTS
SKRITLRGCSSSSSLQHDGNYSEGYSHSFDFPRKRTLGADVVAVGPLSSEQINSCLRTSV
KSREGCNDHLKFAPAAKKPRISHATHNENSNEDDDSCSEESCGETGPIHWTDVERSAFIQ
GFSLFGKNFASLSRFVRTRSPDQCRVFFSKVRKCLGLECIQSGSGNVSASASVDNANEGG
GSDLEGPCATESNSGICNNGVSAKIGLNTLTSPLNMNQEGANHSGFEHVEAGLSRSEQEN
GLALLRLKDGTNSEPCRDLVDINTVESHCQAADQMNSNDLPSKDIDEGNLTYVAAEKIKS
NGQLSMEIAEGNLTPIAVSSDPLYCGSIVLSTNIVEKGSGCEGAVVPKQSSKMQDGVMQA
ANRTRNSGLEAEAAPSSFRYPECLHHVPIEEDLVGVSVPQGDSNCHIESELPSPLVVQTN
NMGWQFSEVNLDFDRRSQVLGHVKPEQNGQLHATSTESCQIPWISFTQDPSRIIRSKSDL
IVKAQRTGEAFSLKKCTSSATKPLTVFQKDGRSGHSRSHSFSLSDTKRLDKNGDVKLFGT
VLTADENGSKQKHNPGGSIRPSSTLSRDHETGHQYINQQHLQNVPITSYGFWDGNRIQTG
LTSLPESAKLVASYPEALTTHQKQQVVSTKEIQLDVSGILSFGKQIEDRAEVSSGKDKGK
IGGEVNGVAEAAT
NT seq 4902 nt   +upstreamnt  +downstreamnt
atgccgccgcaggatcactcatcttgggatcggaaggatcttctgaggcagaggaagcac
gagagaccctccgagccgcctttcgatcctcctcctttcaggtggagggattctccttct
tcctcttcttcttctcaccgcgagttttcgcggtggggaggatctgctgacttccgcagg
ccttcttctcatggtaagcagggcggaaggtaccagtttgtggaggagtctagtcatggc
tacacatcttctcggtccagtgcccggatgtttgagaacgactactacaggccatcagca
ccacgcggagactggcgatacaccaggaattgtagggatgatagagttcctttaagccag
aaggactggaggtccaatacatgggagatgaacaacggatcttatagagcttttgatagg
ccatgtggtgttagaaatggtcggaggtcggttgaggagaggccaccacctgcttcagat
actcataccactgtggtgaactcttgggaacaagccaactccgctcagcagatggatatt
gagctgtgcaccccatctcggacagttagatctaagaacgagcagaaatttttggatcaa
aggcaatcacttccttcagatcctcattctgaaggtcttggcttgttggatcggccttct
tcggtgaacagttatgaaaataaggagtgttctccagcaaagcaatccaatggtttgatg
cacggtcgaaggttagctggtgataatgcatcagatcctccaatcctcaatgcagggatt
gagggaactcggaatcagattctcctgaaagacatgcacgatactaagttacatgaagtt
agtgatttagacggtgtcagggaaaatgggaaggagaattctctgggagcaattgggaag
cttccagtgtggacccgttctgggagttttgcgtctcagagttcaggttttagtcactca
agtagcttgaaaagcttgggggctgttgattccagtgatggaaaacataaaatccttcct
aaaactgttgctgtgactcaatcttcttcaggagatgttacagcatgtcccaaaactact
gtgtctgaggagatgagttctagaaagaaacaacgtcttgggtggggtgagggcctggcg
aaatacgagaataagaaagttgatgttaacacaaccgaggatggaacagacttgttggag
aacagtgcagaggaaatacattctttgaacaaaaatactgctgataaaagtcctacagca
gccaatgctccagattatggttcccctacaactccatcatctgtagcttgcaattcatca
ccagataagtcatctgcgaaggctgctattggtgctagtgatgtcagtaacgtgtgccgt
tcacctagccccgtgtctagtattcaccttgaacgacttccaatcaatatagaggagctt
gataacatctcaatggagcgagttggctgtttgctcagtgaattgcttggtactgatgat
cctggtacaggggattccagttccgtccagttgacatcaatgaagaaattacttgcttgg
aaaggtgatattttgaaggctgtggagatggctgaatctgaaattgatctgcttgaaagc
aaacataaggcgctaaagcttgaaagtgcaagacagtgccgtgttgttggacccagttcc
gacctttccgagggagatgaaaatgtgcagcaggaagcttcttgtgtattgggtctcaaa
gcggtagcttcctctgtggctgaaacattggtgagagatcctgttcatcaggctgtttcg
gccaaggatcctgttgaaatctttgaagatagttgtcgagaagttagtgctctaccccag
tttcttgccactgtcggaagcaatgaagatatattgcccataccgtctaccaaggcagat
tccaatcaggaaactattgacctttcttctgctgatgatagcatggtgtctgatgaagac
ttgctctgtgctaagttattatctaccaataagatatatgccagtgaatcatctcaagta
tttaataaattgcttccaagagatttcagttcgtttgatgactcaagattccctggcaga
tgtcaaaggcagtttgattctcatgtcaaagaaaaaattgcggataggatagagctcttg
agagctagggagaaaattttgctccttcagtttaaagcgtttcagctcgcatggaagaaa
gatttgcgtcaactaacttcagcaaagtaccaaccaaaggctaacaaaaaaacagaagta
tttccgtatgcaaaaaatggtgggcatctgaagctttcccaacctgtacgcctgaggctc
tcttcttcagctcaaagaagggatagtgtagcctccacgacagagctcgtaagttacatg
aaaaagctactaaagaatacccgtctaaagcctcttagagacattttgagaatgcctgcg
atgattttggatgagaaagaaagggtgaggtcgcggtttatctctagcaatgggctgatt
gaagatccatgcgacgttgagaaggaaagaacaatgattaatccttggaccccagaggag
aaagagaccttccttagtatgctagcaatgcacgggaaggatttcaagaaaattgcttca
tttcttactcagaagacaactgcggactgtatcgattactactacaaaaaccacaagtcc
gattgttttgcgaaaataaagaagcagcgtagttttggcaaagaagggaaacacacctac
atgttggcgccaacaaaaaagtggaaacgtgagatgggtgctgcctctcttgatatttta
ggtgccgtctccattatagcagcaaacgcaggcaaggttgcatcaacccggcagacttct
tccaaaaggatcaccctcagaggttgcagcagttctagttcgttgcagcacgatggcaat
tactctgaagggtactcccacagtttcgatttccctcgtaagagaactcttggagcagat
gttgtagctgttggtcctttgtcatcagagcagattaattcctgcttaaggacttccgtg
aagtctagagaggggtgtaacgatcatctaaagtttgctcctgctgcaaaaaaacctcgg
atatctcatgctacacataatgagaacagtaatgaagacgatgactcatgttcagaagag
agctgcggggaaacgggacctattcattggaccgatgttgagagatctgcctttatacag
ggtttctctttatttggcaagaattttgcttcattatcgaggtttgtcaggaccagatct
ccggatcagtgtagggttttctttagcaaagttcggaaatgccttgggctggaatgtata
cagtctggatctggaaatgtgagcgcatctgcaagtgttgataatgccaatgagggtggt
ggaagcgacttggagggtccttgtgctacggagagtaactctggcatatgcaataatgga
gttagtgccaagattggtttgaatacgcttacctcacctcttaacatgaatcaggaggga
gctaaccattcaggctttgaacatgtggaagccggccttagtagatcagaacaggagaat
gggctggcattattgcgtttgaaagatggtaccaattcggaaccttgcagagatttggta
gacattaacactgttgagagccactgtcaagctgcagaccaaatgaacagcaatgatcta
ccttcaaaggacattgatgaaggtaatttgacatatgtagctgcggagaaaattaagagc
aatggtcaactgtcaatggaaatagctgaaggtaacttaacacccatcgctgtatcttct
gaccccttgtattgtgggtcaatcgttctttccactaatattgtggagaagggctcagga
tgtgaaggtgctgtggtgcctaaacaaagttcaaagatgcaggatggagtgatgcaagct
gcaaacagaaccagaaattccggccttgaggctgaagctgcgccttcaagtttcaggtac
cccgagtgcctgcaccatgttccaattgaggaagaccttgtaggcgtcagtgtaccacaa
ggagattccaattgccatatagagtccgagttgccaagtcctcttgttgtccaaacaaat
aacatgggctggcagttttctgaggtcaatctggattttgataggagaagtcaggttttg
ggccatgtcaaacctgagcagaacggtcaattacatgcgaccagtacggaatcttgtcaa
attccgtggatatcattcacgcaagatccgagcaggataattaggtcaaaatctgatttg
attgtgaaggctcaacgtacaggtgaagctttctcactcaaaaagtgtactagctcagct
actaagcctctgacagtattccaaaaagatggaagatctggtcacagcaggagccattca
tttagtttgtctgatacaaagaggctcgataagaatggagatgtgaagctgtttggcaca
gtactaaccgctgatgagaatggaagcaagcaaaaacacaatccaggaggaagcatcagg
ccatcatcaaccttgagcagggaccatgagacaggacatcagtacattaatcagcagcac
cttcagaatgttcctattacgagctatggtttctgggatggcaacagaatccaaaccggg
ctcacatctttgccagagtctgccaagttggttgcaagttaccccgaagcacttaccaca
catcagaagcagcaagttgtcagtaccaaagagattcagctggatgtcagtgggattctg
agctttgggaagcaaatcgaagatagagcagaggtctcgagtggtaaggataaaggtaag
ataggaggagaggtaaatggtgtagcagaagcagcaacgtga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (10)   

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