KEGG   Danio rerio (zebrafish): 324023
Entry
324023            CDS       T01004                                 
Symbol
dspa
Name
(RefSeq) desmoplakin-A isoform 1
  KO
K10381  desmoplakin
Organism
dre  Danio rerio (zebrafish)
Pathway
dre04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:dre00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    324023 (dspa)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:dre04812]
    324023 (dspa)
   04147 Exosome [BR:dre04147]
    324023 (dspa)
Cytoskeleton proteins [BR:dre04812]
 Eukaryotic cytoskeleton proteins
  Intermediate filaments
   Intermediate filament-binding proteins
    324023 (dspa)
Exosome [BR:dre04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   324023 (dspa)
SSDB
Motif
Pfam: Plectin Spectrin_2 Spectrin_3 SH3_10 SR_plectin_7 Spectrin
Other DBs
NCBI-GeneID: 324023
NCBI-ProteinID: NP_001410684
ZFIN: ZDB-GENE-030131-2743
Ensembl: ENSDARG00000022309
Position
2:2110375..2162744
AA seq 2502 aa
MSLSGSQTRLHQISRRSSSRPDLTAVGYSLPRNDGAQFFTSGNGYQSDYNDGYMQTYTQT
FSKNSQGGGAGGAQSMSSMAVQKRAQMLYSDCMGFLQRAQGLLETMGPASEVDKNMMAAQ
DAMDQLRKCAVDMRNAGLPNDMILRSLEDCHSFYADIRNSITGTTIRRTGGTVSGTIGGT
ISGTIGGTVGGWDDPSKSFQDALSWINQKKRLIETSGFGENSEAISQQILNHNKFHSSIQ
RSQEVDRARDDLMQSREKAGLHALDQEWDSLQKMSHARMDHLRDLQSIIEEISRAIMWVN
DREEEELVFDWGDKNIDNYIPQKQESYSKLMSDLEEKEKELNKLKAKVDMLLKNQHPASD
KIEAYMDTLQTQWSWLLQITKCIHVHLKENAAYSQFFKEANETYSRLQKDHENIRKKFGC
DKTTPLENLNDMLKNLEKEKEKVIENKRQVQTLVSKSKNIVCLKPRNPEEKSSSPVIVQA
LCDFKQDQKGIMKGNEGILKDNSQRSKWHVTGPGGLEMLIPSVCLIIPPPNPLSISLANK
NEQYYEAIMSIWSQLYINIKSLISWQYCLRDIQHINSLTLSMLTQMRPEEYRQTIKNLEI
HYQEFLRNSLGSEMFGDDDKRKMELQYAGAQSHYDQLVIQLPNYRENGVIREVVMVETDS
KLKSEVSSGKTATGVSSGKTATGVSSGKTSSSVSVSGLNVSLLSDLSALRRRLETAESGL
TKHLHVPLKENSVQECSQRLAQLQAVHRDLDSIRDEYLHLREKIMRELEGSSDPEQSRYL
RAELDLINQKLGSLQGFSSAYIQRLGALQALLQHLLQAEDIIKVHEARLTEKETSSLDLN
EVEKYCMTLKTMKAELEQKKGVLKAMETELSKAVHWNSQIDQSFHQCDVDLSRYTELVGQ
MTDRWRRIVTQIDSRTWDLEKQEKQLNHYQQTSSTINRWIQDTRQRQDTLQITKFNSVDN
LMDHLNQQKALYSEIKGKKEKVDAVVKDSDTCAASIKDYELQLASYSAGLETLLNIPIKK
TMLQSPATVLREEATDLQSRYIELLTRSSDYYKFLGEMLKNMEELKMRNTKIELLEEELR
RLKDNLKDQNQKNKSLEDSLTRFRLELTQSKEQLISMEEVKRTQARQCNTAQESLDSTQN
QLKSLQDEMSRLTFLIEEEKRKRRLAEERYTNQQEEYELAMRKRQKELEELTLSKSQFER
AIKEKEREIERLKLQLQDEASRRSAAELETSKVRTQLNQDISSLKQTYESEIHVTKTTVL
KSAQQKDEESASLRLQVDRLTSEKRDLEEELRKLQLSFSQTEAARRKAEEDAHQKRSMAA
DESRSKKELESQIQIIIRQREDIETRHKMDLADANRVAQEKTREITLLTQNLQDETRRRK
AMEVENQSLRQSQAEILAKQTSTTEVINKLKVSEQEVLIIKRELDVQKSDKMKLEQNATR
LQSRINELQSKVNELQAELEKERRNNQDELTRRKRMETELDRVNQTCREYTTTISTLRVQ
QEKESSSGRRYEQELRSAKDELERSLKEYKITVENLTKVNAELKALQQQLVREQGLVREA
NQRNDSLYKTIEEKSRLLNESTSEVEKLQTLTQNLTKERLRLEEELRNVRLERDDAKRSL
GTIESESASRLSAIQFQLQTSNNRAVELQELINELTKERESLRVEIAQIQKQFSETSMMI
QRSDSNYKDIVQERDSLLIKLKLLQQDKDKQQRYEEELRRIKLTLESETKQKQRLQDEID
KITKDFKYWKSQYELKEGQIRQSEMDRDRVERDRASLQSEIQRLTAELRSVEERYRGRLQ
SSDKEISELMRKKESLEIELRRLQQRPAATWKQTQTDEISKPVVEQKLTVQGLRGEVSLT
ELVESDLLDQTDLDKINRGQLTSKDIEHKLKSYLGGSDCIAGIYDEAKDRVMPFYQAMKD
GLLRRGTTLELLEAQAASGFIIDPVNNVCMTVEEAWKRGLVGKEFKDKLLSAEKAVTGYK
DPATGKIISLFQAIEKEIIEKGHGIRLLEAQIASGGIIDPKGSHRIDVEVAYRKGYFDRE
MNEILSYEGDDTKGFFDPNTHENLTYLELKKRCIKDPKTGLMLLPLNDKQKPKQTTTQKN
TLRKRRVVIVDPDTGKEMTVREAYHRELIDYDTFLELSEQECEWEEITIETSDGNKRLLI
VDRKTGIQYDIQESLQRGIINKQTLEKYRAGTMTLTEFAALITSKSNSSELAIFSSSPED
VATCSSPTQPSSPTVRKRFASVSITLSPPSDIFDDQSPVGAIFDTETLEKITIPEAQRRG
IVDNITAQRLLEAQVCSGGIINPATGQRLSLKDAVQQSLIDEDMSVKLKPAQKAYDGFED
VKTKRKLSAAEAMKEKWLPYEAGQRFLEFQYLTGGLIEPGTGRRVSIEEAIRKGWLDGKG
AQKLQDTRNYIKNLTCPKTKLKISYKEAMDNCMVEENNGMKMLQATSMSTKGISSPYNVS
SGPSSRSGSRAGSRTGSRSGSRRGSVDYSSSSVSYTFFSSAS
NT seq 7509 nt   +upstreamnt  +downstreamnt
atgagtttgtccggttctcagaccaggctccaccagatcagccgcaggtccagttcgcgg
ccagacctcaccgccgtcggctacagtttaccgaggaacgacggagctcagtttttcacg
agtggaaacggataccagtccgactataatgacggctacatgcagacctacacgcagact
ttctccaaaaactctcagggtggaggagctggaggagcccagagcatgtcttccatggcg
gttcagaagcgagctcagatgttgtacagtgactgcatgggattcctgcagcgagcgcag
ggcctcctggagactatgggacctgcttctgaggtggacaagaacatgatggcagcgcag
gacgccatggatcagctgcggaaatgtgcggtggacatgaggaacgccggtctgcctaat
gacatgatcctccgcagtttggaggactgtcatagcttttatgcagacattcgcaactcc
atcacgggcaccaccatcaggaggactggcggcaccgtcagcggcaccatcggtggcacc
atcagtggcaccattggtggcactgtcggcggctgggacgatcccagcaagagctttcag
gacgcactgtcatggatcaaccagaagaagagactcattgaaacgtcaggcttcggtgaa
aattcagaagccattagccaacaaatcctgaatcacaacaagttccacagttcaatccag
agaagccaggaggtggacagagcccgcgacgatctgatgcagagcagggaaaaggctgga
ctacatgctctggaccaagagtgggacagtttacagaaaatgtcccatgcacgtatggat
catctgcgagacctacagagcatcatcgaggagatttccagagccatcatgtgggtcaac
gacagagaggaggaggagctggtgtttgactggggcgataaaaacattgacaactacatc
cctcaaaaacaagagagctactcgaaactgatgagtgatctggaggagaaggagaaagag
ctgaataagctaaaggcaaaggtggacatgctgctgaagaaccagcacccggcatctgat
aagatagaggcttacatggacacactgcaaacccagtggagctggttactgcagatcacc
aagtgcatccatgttcacctgaaggagaacgcagcctacagccagttcttcaaggaggcc
aatgagacgtacagcagactgcagaaagaccatgaaaacatccggaagaagttcggctgc
gacaaaaccacacctctggagaacctcaacgacatgctgaaaaacctggagaaagagaag
gagaaggtcatcgagaataagcgtcaggttcagacgctggtcagcaagtccaagaacatc
gtgtgtctgaaacctcgtaatccagaggagaagagcagcagtccggtcatagtgcaagct
ctgtgtgacttcaaacaggatcaaaaaggcattatgaagggcaatgaaggtatcctgaaa
gacaactctcagcgcagtaagtggcacgtgactggacctggaggactggaaatgctcatc
ccgtctgtgtgtctgatcatcccaccgccaaaccctctgagcatcagcctggcaaacaag
aacgagcagtattatgaagccattatgtccatatggagtcagctgtacatcaacatcaag
agtctgatatcctggcagtactgtctgagagacatccagcacatcaactccctcactctc
tctatgctgacgcaaatgcgtcctgaggagtatcgccaaaccatcaagaacctggagatc
cactaccaggagtttctgcgcaacagtcttggctctgagatgttcggtgatgacgacaag
agaaagatggagcttcagtatgccggagctcagtcccactacgaccagctggtgatccaa
ctgcccaactacagggagaatggagtgatcagagaggtggtgatggtggagacagattcc
aagctgaaatctgaggtgtcgagtgggaagactgcgaccggggtgtcgagtgggaagact
gcgacaggagtgtcgagtgggaagacttcgtcttctgtgtcggtttcgggtcttaatgtg
agtctgctgtcggacctcagcgctctgagacggagactagagacagcagaatccgggctc
accaaacatctgcacgttccgctgaaggagaacagcgttcaggagtgctcacagagactg
gcgcagctacaggctgttcatcgtgatctggactccatcagggacgagtatctgcatctg
agggagaagattatgagagagctggagggcagcagtgaccctgagcagagccgatacctg
cgcgcagaactggacctgatcaaccagaaactgggcagcctgcagggcttctccagcgca
tacatccagaggctcggtgctctacaagctctgctccagcacctcctgcaggccgaggac
atcattaaagtccacgaggctcgtctgaccgagaaagaaacctcttctcttgacctgaac
gaagtggaaaagtactgcatgactctcaagactatgaaagcagagctggagcagaagaag
ggtgttttgaaggcgatggagacggagctgtctaaagctgtgcactggaacagtcagatt
gaccagtctttccatcagtgtgatgttgacctgtccagatacactgagctggtcggacag
atgactgaccgctggcgcaggattgtgactcagattgatagcaggacatgggacctggag
aagcaagagaaacagctgaatcactaccagcagaccagctccacgataaacagatggatt
caggacacacgtcagcgccaagacaccctgcagattaccaaattcaacagcgtggacaat
ttaatggaccacctcaaccagcaaaaagcgctttattctgagatcaaggggaagaaagaa
aaggtggatgctgtggtcaaagactcagacacatgtgctgcctccataaaggactacgag
ctccagttggcgtcttatagtgcaggtctggagactctgctcaacattcccatcaaaaag
actatgctgcagtctccagccactgttctccgggaggaggcaacagatttgcagtctcgc
tacattgagctcctgacacgatcaagtgactactacaaattccttggggaaatgctgaaa
aacatggaggagttaaagatgcggaacaccaaaattgagcttttggaggaggaactgaga
cgcctcaaggacaacctcaaagatcaaaaccagaagaacaaatcactggaggacagtttg
actcgcttccgcctggagctgacccagtccaaagagcagctcatatctatggaggaggtg
aagagaacccaggccaggcagtgcaacactgctcaggaaagcctggatagtactcagaac
cagctgaagagtttacaagatgagatgtcccgccttacattcctcatcgaggaggaaaag
cgcaagcgaaggctggccgaggagcgttacaccaaccagcaggaggagtatgagctggcc
atgcgcaagagacagaaagaactggaggagctcactttgtccaaaagtcaatttgaaaga
gccatcaaagagaaagagcgggagattgaacggctgaaattacagctgcaggatgaggcc
tcccgacgctcggcagcagaactggagacctcaaaggtaagaacccagttgaaccaggac
ataagtagcctaaagcaaacatatgaatctgagatccacgtcaccaagaccacagtgctc
aagtcggcacagcagaaggatgaggaatcggcatctctgagacttcaggtggacaggtta
acctctgagaagagagatctggaagaggagctaaggaaactgcagctttctttctcccag
acggaagcggcacgacggaaagcagaagaggacgcgcatcagaagagatctatggctgca
gatgaaagcagatccaagaaggaactggagtcacagattcagatcataattcgtcaaagg
gaagacattgaaactagacacaagatggacctggctgatgcaaacagagttgctcaggaa
aagacccgtgagatcacattgctgacgcaaaatttgcaagacgagaccaggcggaggaaa
gcaatggaggttgagaatcaaagcctcagacagtctcaggctgaaatactagccaagcag
acttcaaccacagaggtcatcaacaaattaaaggtctctgagcaagaggttctcattata
aagagagagttggatgtacagaaaagtgataagatgaagttggagcagaatgccaccagg
ttgcagagtcgcataaatgaactgcagtccaaggtgaacgagttgcaggctgaactggag
aaagagagaaggaataatcaggatgagctcacgaggaggaaacgcatggaaactgagttg
gatagggtaaatcagacgtgccgtgaatacaccactaccatcagcactctgcgggtccaa
caagagaaagaaagttcttctggacggaggtacgagcaggagcttcgcagtgcaaaagac
gagttggagagaagcctgaaagagtataaaatcacagtagagaatctgaccaaagtcaat
gcagaactgaaggctttgcaacagcagcttgtacgggagcagggcctggtccgagaggct
aatcagcgaaatgattccctctacaagactattgaggagaagagtcgactactaaatgag
agcactagcgaggttgaaaagttgcagaccctcacccagaatcttaccaaagagcgcctg
cgacttgaggaggaactaaggaatgtgcggctcgagcgggatgatgctaaaagaagtctg
ggcaccattgagagtgaaagtgcttcacgattgtctgccattcagtttcagttacaaacc
agcaataacagagcagtggaactgcaggagctaatcaatgaactgacaaaagagagggaa
agtttaagggtggaaatcgcccaaatccaaaagcagttctcagagacatccatgatgatc
cagcgatctgattcaaactacaaagacattgtgcaagagagagatagtctcttaatcaaa
ctgaagctgctgcaacaggacaaagataagcagcagcgatatgaagaggagctcaggcgc
atcaaacttaccttggaatcagagaccaaacagaagcaacgtctccaggatgaaatcgat
aaaatcaccaaggatttcaagtactggaaaagccagtacgagttaaaagaggggcagatc
agacagagcgagatggatagagacagagtagagagagaccgagcctccttacagagtgag
atccaaagattgaccgctgagctgagaagtgttgaggaacgctacagaggtcgtcttcag
agctcagacaaggaaatctcggagctaatgcgtaagaaggagtctttggaaattgagctg
aggagattgcaacagcgtccagctgcaacctggaagcaaacccagacagatgagatctct
aagccagttgttgagcagaaattgacagtgcaaggtcttcgtggtgaggtctcacttaca
gagcttgtcgagtccgacttgctcgatcaaactgatttggacaaaataaaccgaggacag
ctaaccagtaaagatatcgagcacaagctcaaatcataccttggtggctctgattgtatc
gctggcatctatgatgaggccaaggatagagtcatgcctttttaccaggcgatgaaagat
ggtctactccgacgaggaaccacactggagctcctggaggcccaggctgcctctggtttc
ataattgacccagttaacaatgtctgtatgaccgttgaagaagcttggaagagaggtctt
gtaggaaaggagttcaaagacaaactcctgtctgctgagaaggctgtgacgggatacaaa
gatcctgcaacaggaaagatcatctcactcttccaagctattgagaaagagatcattgag
aaaggccatggaatcagactgctggaagctcagatagccagcggtgggattattgatccc
aaaggtagccatcgaattgatgtggaagtagcttacaggaagggttactttgaccgtgag
atgaatgagattttgtcctatgaaggggatgacaccaaaggtttctttgatcccaacacc
catgaaaacctcacatatctagagttgaaaaagaggtgcattaaagatcccaagactggg
ctcatgcttttgcctttaaatgacaagcagaaaccaaagcagacgacaacccagaagaac
acactacgcaaaagaagagtagtgatcgtagaccctgacactggtaaagagatgactgta
cgagaagcgtaccatcgagagttaatcgactatgacacctttctggaactttccgaacaa
gagtgcgagtgggaggagatcacgattgaaacatctgatggaaacaagcgtttacttatt
gtcgatcgcaaaactggaatccagtatgacattcaggagtccctacagaggggaattatc
aataaacaaactttggaaaagtaccgtgcagggactatgacgctcaccgagtttgcagct
ctgatcactagtaaaagcaacagctctgagcttgccatcttctccagcagtcctgaggat
gtagccacctgcagcagtcccacacagccatcatccccaaccgtccgcaaacgatttgca
agtgtttccataactctatcccctccatctgatatttttgacgaccagagccctgtggga
gcaatattcgatacggagacccttgagaagataaccatccccgaggctcagcgacgtgga
atagtggacaacatcaccgctcagcgtcttcttgaagcgcaggtttgctccggaggaatt
atcaatcccgctacaggccagagactatctctgaaagacgccgtacagcaaagcctcatc
gatgaagacatgagcgtcaagctaaaaccagcgcagaaggcttatgacggttttgaggat
gtgaagaccaagaggaaactttctgctgccgaagccatgaaggaaaaatggttgccctac
gaagccggccagaggtttctagagttccagtatctcacaggtggactcatagagccagga
actggacgccgtgtcagcattgaggaggccatccggaaagggtggcttgatggcaaaggt
gcacaaaagctgcaagataccaggaactacattaagaaccttacctgtcccaaaaccaag
cttaaaatctcatacaaagaggcgatggataactgcatggtggaggagaacaatggcatg
aagatgctccaggcgacctccatgtctaccaaaggcataagcagcccctataatgtgtcc
tctgggccaagctctcgctctggatccagagccggatcccgaacaggctcaagaagtgga
tcgcgcagaggcagtgtcgactacagctcttcatctgtttcttacaccttcttctcctct
gcttcttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (97)   
   KEGG ORTHOLOGY (1)   
   RefGene (91)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (118)   

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