KEGG   Lipotes vexillifer (Yangtze River dolphin): 103088575
Entry
103088575         CDS       T03090                                 
Symbol
RPRD2
Name
(RefSeq) regulation of nuclear pre-mRNA domain-containing protein 2 isoform X1
Organism
lve  Lipotes vexillifer (Yangtze River dolphin)
SSDB
Motif
Pfam: CID CREPT
Other DBs
NCBI-GeneID: 103088575
NCBI-ProteinID: XP_007463568
UniProt: A0A340XQC8
Position
Unknown
AA seq 1461 aa
MAAGGGGGGSKASSSSASSAGALESSLDRKFQSVTNTMESIQGLSSWCIENKKHHTTIVY
HWMKWLRRSAYPHRLNLFYLANDVIQNCKRKNAIIFRESFADVLPEAAALVKDPSVSKSI
ERIFKIWEDRNVYPEEMIMALREALSTTFKTQKQLKENLNKQPNKQWKKSQTSTNPKAAL
KSKIVAEFRSQALIEELLLYKRSEDQIELKEKQLSTMRVDVCSTETLKCLKDKTGGKKFS
KEFEEASAKLEEFVNGLDKQVKNGPSLTEALENAGIFYEAQYKEVKVVANAYKTFANRVN
NLKKKLDQLKSTLPDPEESPVPSPSMDAPSPTGSESPFQGMGGEESQSPTMESEKSATPE
PVTDNRDVEDMELSDVEDDGSKIIVEDRKEKPVEKSAVSTAVPTKPTESISKASSCTPVP
VTMTATPPLPKPVNTSLLSPTPALALPNLANVDLAKISSILSSLTSVMKNTGVSPASRPS
PGTPASPSNLTSGLKTPAPATTTSHNPLANILSKVEITPESILSALSKTQTQSAPALQGL
SSLLQSVTGNPVPSSEAASQSTSASPANTTVSSIKGRNLPSNTQSFIPKSFSYSPNSSTS
EVSSTSASKASIGQSPGLPSSTFKLPSNTLGFTGTHNTSPAAPPTEVAMCQSSEISKPKL
ESESTSPSLEMKIHNFLKGNPGFSGLNLNIPILSSLGSGAPAESHPSDFQRGPTSTSIDN
IDGTPVRDERSGTPTQDEMMDKPTSSSVDTMSLLSKIISPGSSTPSSTRSPPPGREESYP
RELSNSVSTYRPFGLGSESPYKQPSDGMERPSSLMDSSQEKFYPDTSFQEDEDYRDFEYS
GPPPSAMMNLEKKPAKSILKSSKLSDTTEYQPILSSYSHRGQEFGVKSAFPPSVRALLDS
SENCDRLSSSPGLFGAFSIRGNEPGSDRSPSPSKNDSFFTPDSNHNNLSQSTTGHLSLSQ
KQYPDSPHAVPHRSLFSPQNTLAAPTGHPPTSGVEKVLASTISTTSTIEFKNMLKNASRK
PSDDKHFGQAPSKGTSSDGVSLSNLSQPSLTATDQQQQEEHYRIETRVSSSCLDLPDSTE
EKGAPIETLGYHNASNRRMSGEPIQTVESIRVPGKGNRGHGREASRVGWFDLSTSGSSFD
NGPSSASELASLGGGGSGGLTGFKTAPYKERAPQFQESVGSFRSNSFNSTFEHHLPPSPL
EHGTPFQREPVGPSSAPPAPPKDHGGIFSRDAPTHLPSVDLSNPFTKEAALAHAAPPPPG
EHSGVPFPTPPPPPPPGEHSSSGGSGVPFSTPPPPPPPVDHSGVVPFPTPPLAEHGVAGA
VAVFPKDHSSLLQGTLADHFGVLPGPRDHGGPTQRDLNGPGLSRVRESLSLPSLSLEHLG
PAHGGGGGGGSSNSSGPPLGPSHRDAISRSGMILRSPRPDFRPREPFLSRDPFHSLKRPR
PPFARGPPFFAPKRPFFPPRY
NT seq 4386 nt   +upstreamnt  +downstreamnt
atggcggccggcggcggcggaggcggcagtaaggcctcctcctcgtcggcctcttcggca
ggggctctggagtcctcgttggatcgaaaattccagtcggtaactaacaccatggaatct
attcaaggcttgtcgtcttggtgtatagagaacaagaaacaccacactactatcgtctac
cattggatgaagtggctccggagatctgcctatccccaccgtttgaatctcttttacctt
gccaatgatgtcatacagaactgtaaaaggaaaaacgcaatcatattccgtgaatcgttt
gctgatgtacttccagaagcagctgctctagtgaaggatccatctgtctctaagtctata
gaacgaatctttaaaatctgggaagatagaaatgtatacccagaagaaatgattatggca
ttaagagaagctttgagtaccactttcaaaactcagaagcagctgaaagaaaatctgaac
aaacaaccgaataagcagtggaagaaatcacaaacatccacgaatccaaaagctgctctc
aagtctaagatagttgctgaatttcgatctcaggccctcattgaagagctgttgctgtac
aagcgctcagaagatcagatagaattgaaagaaaaacagctgtcaactatgagggtggat
gtgtgcagcacagaaactctcaaatgcttaaaagataagacaggtgggaagaaattctcc
aaagaatttgaagaggcaagtgccaagctggaggaatttgtgaatggactagataagcag
gtgaaaaatgggccctcactaacagaagcacttgaaaatgctggaattttctatgaagca
cagtacaaagaagtaaaagtggtggccaatgcatataaaacctttgctaatcgagtgaac
aatttaaagaaaaagctagatcaattgaagtcaacccttcctgatcctgaggaatcacca
gtcccttccccaagcatggatgctccctccccaactggctctgagtctccttttcaagga
atgggaggtgaggaatcccagtcaccaaccatggagagtgagaaatctgccacacctgaa
cctgtaacagataatcgtgatgtggaagacatggaactctcagatgtggaagatgatggg
tcaaaaatcattgtagaagacaggaaggaaaaacctgtggagaagtcagctgtatccact
gctgtacctacaaagccaacagaaagtatctcaaaggcctcttcatgtactccagtgcct
gtaaccatgacagcaaccccacctcttccaaagcctgtgaatacttctcttctctcccct
actccagcactggctttgccaaacctggctaatgtggatctggcaaagataagttccatc
cttagcagcctgacatcagtcatgaaaaatactggggtcagtcctgcatcaagaccttct
ccaggaactcctgcaagtcccagcaacctcaccagtggtctgaaaacacctgcacctgcc
acgacaacatctcataaccctctagcaaatatcctctcgaaggtggagatcaccccagag
agcattctgtctgctctttccaaaacccagacacagtcagcccctgcactgcaaggcctg
tcatctttacttcagagtgttactgggaacccagttccatccagcgaagctgcatcccag
agcacttcggcttcccctgccaacaccacagtctctagcataaaaggaagaaatctgccc
tccaatacccaatcctttattccgaaaagcttcagctattcccctaattcatcaacttct
gaagtctcttcaacttcagccagcaaggcctcaattgggcaaagcccagggctcccaagc
tctactttcaagctaccatccaacactctggggtttacaggtacccacaatactagccct
gctgccccacctactgaagttgccatgtgccaatcttcagagatctccaagccaaagctg
gagtcagagtccacctccccaagcctggaaatgaagatccacaacttcttaaaaggtaat
cctggtttcagtggcttaaacttaaacatcccaatcctgagcagtttgggatccggtgcc
ccagcagaaagccatccctcagacttccagcgtggccctactagcacatcaatcgacaac
attgatggaacccctgtgcgggatgaacggagtgggacacccacccaggatgagatgatg
gacaagcccacatccagcagtgtagataccatgtccctgctttctaagatcattagccct
ggttcctcaacacccagcagtacaagatcaccaccccctgggagagaggaaagctaccct
cgagagctctccaattctgtatctacatatcgaccctttggcctgggcagtgaatcaccc
tataagcagccttctgatggaatggagagaccatcttccctgatggactcttcacaggag
aaattctatccagatacttctttccaggaagatgaagattaccgagattttgagtattca
gggcctccaccctctgccatgatgaacctagagaagaaaccagccaaatctatcctgaaa
tcaagcaagctttctgataccaccgagtaccagcccatcttgtccagttatagccacagg
ggccaagaatttggggtaaagtctgccttccctccatctgtaagggccctcctggactct
agtgagaactgtgaccgtctctcgtcttcccctgggctttttggtgccttcagcataaga
gggaatgaacctgggtctgaccggtcaccatcaccgagtaagaatgattcatttttcacc
cctgactccaaccacaataacttgtctcagtctaccactgggcatctcagtttgtcacag
aagcagtacccagactctcctcacgcagttccacatcgttcccttttctctccgcagaac
acccttgcagctcccacgggccacccacccacgtcaggcgtggagaaagtcctggcctcc
accatttccaccacatcgacgattgagtttaagaatatgcttaaaaatgcctcacgaaag
ccctcagatgataaacattttggccaggcccccagcaagggcacttcaagtgatggagtc
agtctctcaaacctctcccagcccagcttgacagccactgatcagcagcagcaagaagag
cactaccgcatagagacccgagtgtcctcctcctgcttagacttgcctgatagtacggaa
gaaaagggggcccctatagagaccttgggttatcataatgcatccaataggaggatgtca
ggggagccaatacagactgtagagtccatccgagttcctgggaagggaaatagaggacat
gggcgtgaggcttcaagggtgggttggtttgatctgagcacctcaggcagctcttttgac
aatggcccctcaagtgcctctgagttggcatcccttgggggtgggggcagcggaggcctc
actggctttaaaacagcaccatacaaagaacgagcaccccaatttcaggaaagtgtcggc
agctttcgttccaacagtttcaactcaacatttgagcatcatctccccccgtccccattg
gaacatgggacacccttccagagagagccagtggggccatcatctgccccacctgcccct
cctaaggatcatggtggtatcttctctcgagatgcacccactcatctaccctctgtggat
ctttcgaaccccttcacaaaggaggcagccctggcccatgctgccccacctcctcctgga
gagcacagcggagttcctttccccaccccaccccctcctccgccccctggggaacatagc
agcagtggcgggagtggcgtccctttctccactcctcctcctcctccgcctcctgttgac
cactctggggttgtacccttcccgaccccaccactggcagagcacggagtggcgggggct
gtggcagtatttcccaaggaccatagttccctccttcaagggaccctggctgatcatttt
ggggtgctcccaggacccagggaccatgggggccccacccaacgggacctcaacggccct
ggccttagccgtgtacgcgagagcctgagcctaccctccctttctctggagcacttgggc
ccagcccatggaggaggaggtgggggaggcagcagcaacagcagcggcccccccttgggt
ccctcacacagagacgccatcagccggagtggtatgatcttgcggagtccccggccagac
ttccggcctagggaaccttttctcagcagagacccttttcacagtttaaagagacccagg
ccacctttcgctaggggccctccgttctttgcaccaaaacgcccattcttccctcccagg
tactga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (2)   
   Pfam (2)   
All databases (32)   

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