KEGG   Rattus norvegicus (rat): 289786
Entry
289786            CDS       T01003                                 
Symbol
Nacad
Name
(RefSeq) NAC-alpha domain-containing protein 1
Organism
rno  Rattus norvegicus (rat)
SSDB
Motif
Pfam: NAC HYPK_UBA
Other DBs
NCBI-GeneID: 289786
NCBI-ProteinID: NP_001094125
RGD: 1559824
Ensembl: ENSRNOG00000053875
Position
14:complement(85679215..85688742)
AA seq 1416 aa
MPGEAAGAELPLPEAGGSGSRTDLPCDAAIATILKGDQREPHGLTPGPSPLALTFLSSKP
GARPQPEGASWDAGPSGAASTWVDPAEGSPSLVVLPEGLPLRPVPADVPLPTTLEPRIVM
GEETCQVLPSPRAAWPVLRDREGGHTALHPPPELCSQGDPPVPSPPPDLDSYFTPPSTPT
KTTYALLPDHGPHRGAWGLEAELLDELLDSTPASPSGSYITADGDSWASSPSCSLSLLAP
AEGLDFPSEWGLSPSGSVVDELEPHPTAPPEPPSSESSLSADCSSSWSQEGHFFDPNCLA
NDPMIPAALLPFRGSLIFQVEAVEVTPLPQEEEEDEEEGAAAAAAAAATPDGDLAGEGED
DSTSASFLQSLSDLSIIEGMDEAFAFRDDTSAASSDSDSASYAGADDDRLYSGEPHAQPS
AQNIEQEYRSRTAFPGAAEFTPQTSEQEICLTDSQESAAEIAEEILTLGIESEATRTPPD
RQTAPDPQVEEATTVTPWVENKDDSVAEQASKALPEPCQKGTSMILGCKPLTAKAIPDLQ
EGAGPAMCPVLPENLKEGGQGLPSTMEYVAVASVGPWKAEGGVAIPQDPFMTLPPLLQNT
DPTSGPESVAVVMLEPQQDEGCVTVLQDVPVVSLPSPQSTDPTPGPEAGAMATFEFQQAK
EGVPELQDTPVASSPALQASDPTSEPEPEAVLTLRSQQDEEIVTVPQESPTASSVPLQSS
DPTSEPEPEVAATPEPQQPEEGVTIPQVAPVALPSPLQGLDSTSDLESVVAGTMESWQDE
GIATATQDMPVVAPPPLGGIESTSDPELSAQDTPQALQREAGYTPGTKPSVSEAHQELGV
ALGPRPVPKEQDAKPPHSELPASDQAQQNGSEPVVKNDNLGVPGEGSGPTLSTKTSEPLS
CMGEKVTENLAAPKPGACLEAHDGAKTHSPQRQASRAKNKCGRGPKPPGQGKGSKSTASQ
GTTETFKAHSAARSETSQPQLMNSAGEGTSLSVKDSSGPRLPVAVSVQSKLGSCPGSPAR
ATCTLSRVYSEETARCAPPFQHPEPVLGLGSGEQPKVTLGTLNLSSENSAGDLLTTPQNR
LLDPDPDPSAPSALNRAFQSSPGPPDPCLCPTSQKDPVEEEKPSASHGLRSRAGVQGAAA
ITTSGSTKPLGARQRVSLSPHSANPKVTPTDAKDPACIISSPCQVPPPSGTQNPSGPRGF
PAHEQEDEDSLEEDSQRAPGSGQHSESHGESSGELDEQDISPQKSQCPAQDPAGSNEETT
AKAKQSRSEKKARKAMSKLGLRQIQGVTRITIQKSKNILFVIAKPDVFKSPASDTYVVFG
EAKIEDLSQQVHKAAAEKFKVPSESSALVPELAPGPRVRPECEEQEEEEEEVEEAGLEPR
DIELVMAQANVSRAKAVRALKDNHSDIVNAIMELTM
NT seq 4251 nt   +upstreamnt  +downstreamnt
atgcccggggaggctgcgggcgctgagctgccgctgcctgaggcaggagggtctggatcc
cgcacagatctcccatgtgatgcagctattgcaaccatcctgaaaggggaccaacgagag
ccccatggcctgaccccagggcctagccctctggcgctcacattcctgtccagcaagcca
ggtgcccggccccagcctgagggggccagctgggatgcagggcccagtggggctgcctca
acctgggtggacccggcagagggcagcccgagcctagtggtcctccctgagggcctgcct
ctccggcctgtgcctgccgatgtccctctccccaccaccctggagccccgcatcgtgatg
ggtgaggaaacatgccaggtcctcccttcacccagggcggcctggccagtgctcagggac
cgggagggtgggcacactgccctgcacccacctccggagctgtgttctcagggtgatcct
cctgtgccttcccctccccctgatctcgattcttacttcacacccccctctactcccacc
aagaccacctatgccctgcttcctgatcatgggccccacaggggtgcctggggtctggag
gccgagctgctggatgagttactggactcaacaccagcctcaccctccggctcctacatt
acggcagacggggacagctgggcttcatcgccttcctgttccctcagcctgctggcccct
gccgaggggctggacttcccctccgagtggggcctctccccatcagggtcagtggtagat
gaactagagccccaccccacggcacctcccgagccaccatcctctgagtccagcctctca
gcagactgcagctcttcctggagccaagagggccatttctttgacccaaactgcctggcc
aacgacccgatgatccctgccgccctcctgcccttccggggtagcctcatcttccaggtg
gaagctgtggaggtgacaccgttgccccaagaggaggaggaggatgaagaggagggagct
gctgctgctgctgctgctgctgcaaccccggatggagacctggctggagagggtgaggac
gacagcacatctgcctccttcctgcagtcgctgtccgacctgtccattatcgagggcatg
gatgaggccttcgccttccgggacgatacctcggcggcctcctctgactcagactcagct
tcctacgcaggggcagatgatgacaggctatacagtggggagccccatgcccagcccagt
gctcagaatatagagcaggagtacaggagcaggaccgcatttccaggggcagcagagttc
acacctcagacatcagagcaagagatctgcctaaccgatagccaggagtcggctgcagaa
atagcagaagagattctaactttaggcatagagtccgaagctactaggacacctcctgat
cggcaaacagctccagacccccaggtggaggaagctaccacagtgaccccatgggtggag
aacaaagatgactcagttgctgaacaagcatccaaggctcttcctgagccctgccagaag
gggacaagcatgatcttaggctgtaaacccctcactgcaaaggcaattccagatctgcag
gaaggagcaggccctgccatgtgtccagtccttcctgagaacttgaaggaaggaggccag
ggccttccctccacaatggagtatgtggctgtggcttcagtggggccctggaaggctgag
ggaggtgtcgcaataccgcaggacccctttatgacattacccccactcttgcaaaataca
gatcccacctcaggccccgagtctgtggctgtagtcatgctagagccccagcaagatgag
ggatgtgtcacagtactccaggatgttcctgtggtatcacttccatccccacaaagtaca
gatccaaccccaggtcctgaggctggggccatggctacatttgagttccagcaggctaag
gaaggtgtcccagagcttcaggatacccctgtggcatcatccccagccctgcaagcctca
gaccccacctcagagccagaacctgaggctgtgcttacactgaggtcccagcaggatgaa
gagattgtcacagtaccccaggagtctcctacagcatcatctgtacccctgcaaagctca
gatcccacctcagagccagaacctgaggttgctgccacaccggaaccacagcagcctgag
gagggtgtcaccataccccaggttgccccagtagcattaccttcaccactgcaaggctta
gattcaacctcagacctagaatctgtggttgcaggcacaatggagtcctggcaggatgaa
gggattgccacagcaacccaggacatgcctgtggtggcacctccaccccttggaggtata
gagtccacctcagacccagagctgagtgctcaagacacccctcaggccctgcagagagaa
gcaggctacaccccgggaaccaagccttctgtctctgaggcccatcaggaattaggtgtg
gccttaggaccgaggccagtgcctaaggaacaggatgcaaagcctccacactctgagctc
ccagcttcagaccaagcccaacagaatggctcagagccagttgtaaagaatgacaacctt
ggggttccaggagaagggtcaggtcccactttgagcacaaagacctctgagcccctatcc
tgtatgggggagaaagtaactgagaacctagctgcacccaagccaggagcatgtcttgaa
gcccacgatggggccaagacacactcacctcaaagacaggcctcgagggccaagaacaag
tgtgggagaggccccaaaccaccagggcagggaaaggggtccaagtcaacagcatcgcag
ggtaccacggagaccttcaaggcgcattctgctgcacgctctgagaccagccagccacag
ctgatgaactccgctggggagggaacaagcctgagtgtcaaggactcctcaggccccagg
cttcctgtggctgtatctgtacaatccaagcttggttcctgcccagggtccccagcaaga
gccacatgcacactgagcagggtctactctgaagagactgccaggtgtgcaccacccttt
cagcacccggagcctgtgctaggcctaggcagcggagaacagcccaaggtgacccttggt
acccttaatctctcctcagaaaactctgcaggtgacctgctcaccacacctcagaatagg
cttctggaccctgaccctgacccttctgctcccagtgccctcaacagggcattccaatca
tccccagggcccccagacccttgcctgtgccccacttcccagaaagaccctgtggaagag
gagaagccctcagcctctcatggtctgaggtctcgggcaggagtccagggagctgctgcc
attaccacctcaggatccacaaagcctctgggagcccggcaacgtgtcagcctctcacct
cactccgccaatcccaaggtgacccccacagatgccaaagacccggcttgcatcatctca
agcccctgccaagtgcctcctccctctgggacccaaaacccatcgggccctcgagggttc
ccagctcatgaacaagaggatgaggacagcctggaggaagactcgcagagggccccaggc
tccggccagcattcggagagccacggggagtcgtcgggtgagctggatgagcaggatatc
tcacctcagaaatcgcagtgcccggcacaggacccagccggcagcaatgaggagaccact
gccaaagccaagcaaagccgcagcgagaagaaggctcgaaaggcaatgtcgaaactgggc
ttacggcagattcagggagtcaccaggatcaccatccagaagtcaaagaacatcttgttt
gtgattgccaagccagatgtcttcaagagccctgcctcagacacctatgtggtctttggt
gaggccaagattgaggatctgtcccagcaagtacacaaagcagcagcggagaagttcaag
gtgccctcagagtcctcagccctggtccctgagctggcccctgggccccgggtgaggcca
gagtgtgaggagcaagaggaggaagaggaggaggtagaggaggccgggctagaacctcgt
gacattgaactggtgatggcccaggccaatgtgtccagggcaaaggctgtgcgggccctg
aaggacaaccacagtgacattgtcaatgccatcatggaactgacaatgtag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (8)   
   RefSeq(nuc) (2)   
   GenBank (3)   
   EMBL (3)   
Protein domain (2)   
   Pfam (2)   
All databases (18)   

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