KEGG   Rosa chinensis (China rose): 112201911
Entry
112201911         CDS       T06020                                 
Name
(RefSeq) uncharacterized protein LOC112201911
Organism
rcn  Rosa chinensis (China rose)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase Stress-antifung ABC1 DUF3403 APH Haspin_kinase TMEM100 TMIE
Other DBs
NCBI-GeneID: 112201911
NCBI-ProteinID: XP_040375459
Position
5:2596638..2603541
AA seq 1321 aa
MMVVHCSRTENQNMLRFPVLFLLCSVIISLFCDLAYADPPYKLCSNTSYYSDNSTFQTNL
NTLLNSLPSNASVSKLYNTSFGNEPDKVFALYMCLDYLDPGSCHDCINMAQQDIASICPY
SKEAVVWEENCQLRYSNQNFLGRLNVDDNIPLDNKKNISVPEKFETVVNKTLSNLAEQAA
FNHSLNMYATGEVPFQDKMVYALVQCTTDLSGNDCDTCLMGAIEDVLRASYSSIGARLLS
RSCYLRYEFYSFYNGATSEAPVANNKGGGRKILLITILIIVSACLGVLLVVSCVCLAVRK
SKKKGKREILGQHDLFHRQNDAKAQEYPFISLASIHAATNKFSDSNKLGEGGFGPVYKGV
LRDGKEVAIKRLSSCSEQGLEEFTNEVLLIMKLQHKNLVRLLGFCVDGEEKLLVYEYMPN
SSLDVILFDSAKRAQLDWSRRVSIISGIARGMLYLHEDSRLRIIHRDLKASNILLDNEMN
PKISDFGMARIFAGSEGQANTATIVGTYGYMAPEYAMEGLYSVKSDVYGFGVLLLEIITG
RRNTGFHLLKRGPSLVTYAWKLWDEGKGLELIDPSLVGSCDPEEFLRYLHIGLLCVQEDA
NDRPTMSSAVVMLKSETVSLTQPEKPAFNMGRFTNQHTEGGADSCSINGLTVSNIMPRKM
DAFSVMLFMILPLLLPASVSGADPLDTFCSPDASIYTPSSQFESNLKQLLESLSCNTSIS
GGFYNDTIGTGHDRVYGQTLCRGDVNSTVCQKCVSDASREIFNNCNSTDALIWYELCQVR
YSYQMFFSSMSYTGKYPAQNDQEESVSDSNYFGDVLMYLMKNLSGESVFTPPKKMFATGE
IELSGNRIIYGLEQCTRDISESDCKNCLVSALGDLSSCCSSRQGGTVVSRNCNVRFEISR
FFNDTSSSRLIYPYSKAGDDRKTWKVVVTCASAILFAVLVVLCAVHFRRQKRLKNVNDEE
IRSEHVLLHDLASPTEVTITEEGVLVTSEELPFVDVATIKIATDDFSDSNKLGQGGFGTV
YKGVLPDGIEVAVKRLSRKSWQGLEEFKNEVILIAKLQHRNLVRLLACGFEGEEKLLLYE
YMPNKSLDTFIFDSQKRAELCWETYYNIIKGIARGLLYLHEDSRLRIIHRDLKPSNVLLD
HEMVAKISDFGMARIFCENQNTANTKRVVGTYGYMAPEYAMEGLFSVKSDVFSFGVIMLE
IISGKKNSGFYLTEHAKTLVAYAWNLWKDGKEVEFVDPCLMESSKTKEILRCMHIGLLCV
QEDPEERPTMSNVVVLLESDSIELAEPKKPAIFAASRIAPIDESTSSPTPNGLTLSIILP
R
NT seq 3966 nt   +upstreamnt  +downstreamnt
atgatggttgttcattgttcaagaactgaaaaccaaaatatgcttcgttttccagtactg
tttttgctttgttctgtcatcatctctctcttttgtgatcttgcttatgctgaccctcca
tataagctatgctcaaacacttcctactattcagataatagtacgtttcagacaaacctc
aacactctgctcaattcattaccttccaatgcttctgtttccaagttgtacaatacatcc
tttggaaatgagccagataaagtctttgctctctacatgtgcctcgactatcttgatccc
ggttcctgtcatgattgcataaacatggcgcaacaagacattgcaagcatatgtccttac
tccaaagaagcggttgtatgggaggagaactgtcaactgcgctactccaatcagaatttc
ttaggcaggttgaatgtagatgacaacatccccttagataacaagaagaatatttcagtt
cctgaaaaattcgagacagttgtgaacaagacgctgagtaacctcgctgagcaggcggct
tttaatcattcactgaacatgtatgccactggtgaagtaccctttcaagataaaatggta
tatgctcttgtgcagtgcactacagacttatctgggaatgattgtgatacatgtcttatg
ggagccatagaagatgttttaagagcgtcctattcctccattggtgcgagacttctcagt
cgtagttgttatctgaggtatgagttttattccttctataatggggcaacgtctgaagct
cctgttgctaataacaaaggaggaggcaggaaaatattgttgatcacaatccttataatt
gtgtcagcatgcctgggggtgctacttgtagtttcctgtgtctgtcttgcagtgagaaaa
tcaaagaaaaaagggaaaagagaaattttaggacagcatgatttgttccatagacaaaat
gacgcaaaagctcaggagtaccccttcattagtttggcttctatacatgcagctactaac
aaattctctgattcaaataagcttggggaaggtggttttggcccagtttacaagggtgta
ctgagggatggaaaggaagtggcaatcaagaggctttcaagctgttcggagcaaggtttg
gaggaattcacaaacgaagtgctactgataatgaaacttcagcacaaaaatcttgtccgg
ctcttaggtttctgtgtcgatggagaagaaaaactgcttgtatatgaatacatgccaaac
agcagcttagatgtcatcctttttgattcagcaaaacgcgcacaacttgattggagcaga
cgtgtgagcatcattagtggaattgcaaggggaatgctttatttgcatgaggactctcga
cttagaatcatccatagagacttgaaagctagcaacatattattggacaatgagatgaat
ccaaagatctcagattttggcatggcaaggatctttgcaggaagtgaaggacaagctaat
actgctacaatagttgggacttatggatatatggccccggagtatgctatggagggacta
tattctgtcaagtccgatgtttatggctttggagtactcttgcttgagatcataactggg
agaaggaacactggctttcatttactaaaacgtgggcctagcctcgtaacttatgcatgg
aaattatgggatgaaggaaaagggttggagctaattgatccgtcactggttggttcatgt
gatccagaagaattcttaagatatctccacattgggttgttgtgtgttcaagaagatgca
aatgacaggccaaccatgtcttctgcagttgtaatgttgaaaagtgaaactgtaagtctc
actcaacctgaaaaacccgctttcaacatgggaagattcactaatcagcatactgaggga
ggtgctgatagttgctcaattaatggattaacagtttctaatatcatgcctcggaaaatg
gacgccttttcagttatgcttttcatgattctaccacttttgttaccagctagcgtttct
ggtgcagatcctcttgacactttttgctcacctgatgccagtatctacactcctagcagc
caatttgaaagtaatctcaagcagctccttgagtcattgtcatgcaacacttccatctcc
ggtggtttctacaatgacacaatcggcactggccatgacagagtatatggacaaacactt
tgtagaggggatgtgaactccacggtttgtcagaaatgtgtaagtgatgcaagccgggaa
atcttcaacaattgtaactctacagatgcattgatctggtatgagctatgtcaagttcgc
tattcctaccagatgttcttttcgtcgatgtcttatactgggaagtacccggcccagaat
gatcaggaggagagtgtatcagattcaaattattttggtgatgttttaatgtatttaatg
aaaaacctctccggagagtctgtgtttactcctccaaagaaaatgtttgcaactggtgaa
attgagctttcgggaaatagaattatttatggtctggaacagtgcaccagagacatctct
gaaagtgactgcaaaaactgtctggtttctgctttaggggatctttcatcatgctgctcc
tctcgtcaaggtggaactgtagtcagtagaaattgtaatgtgaggtttgagatctcccgg
ttttttaatgacacttcaagcagtcggttaatttatccatattcaaaagcaggggatgac
aggaagacttggaaggtggtggttacatgtgcatccgctatactatttgcagttctagtt
gtactttgtgcagttcattttcgacggcaaaagagattgaaaaatgtcaacgatgaagag
atcagaagcgagcatgtactattacatgatctggcaagtcccactgaagtaacaattaca
gaagaaggcgtattggtgacttctgaggaactgccattcgttgatgtagcaactataaag
atagctacagatgacttttcagattccaacaagcttggacaaggtgggtttggtactgtt
tacaagggtgtgctaccagatgggatagaagtagctgttaaaagattgtcaaggaagtca
tggcaaggcttagaggagtttaaaaacgaagtcatactcatcgcaaagcttcaacacaga
aacctagtgcggctcttggcatgtggctttgaaggagaggagaagctgcttttgtatgag
tacatgccaaataaaagccttgatactttcatctttgattcgcaaaagcgtgctgaactt
tgttgggaaacatattacaacatcattaaaggaatcgccagaggacttctgtatcttcat
gaagactcccggctcagaatcattcacagagatttaaagcccagcaatgtacttttggac
catgaaatggtggccaaaatttcagattttggcatggcaaggatattttgtgaaaatcag
aacacagctaatactaaaagagttgtaggaacatatggctacatggctccggagtatgca
atggagggtctattttctgtaaaatctgatgttttcagctttggagtaatcatgcttgag
attattagtgggaaaaaaaatagtggattctacctcactgaacatgccaagacactcgtt
gcatatgcatggaacctatggaaggatggaaaagaagttgaatttgtagatccttgcttg
atggaatcatccaagacaaaagagattttgagatgcatgcatatcgggcttttgtgtgtc
caggaagaccctgaagaaagaccaacaatgtcaaatgtggttgtgttgctggaaagtgat
tcaattgaacttgctgagccaaagaaaccagcaatttttgcagcaagtagaattgctccg
attgacgagtctacttctagtcctactccaaatggcctcactctttccatcattttgcca
aggtga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (14)   

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