KEGG   Nothobranchius furzeri (turquoise killifish): 107386275
Entry
107386275         CDS       T05163                                 
Symbol
camsap1
Name
(RefSeq) calmodulin-regulated spectrin-associated protein 1
  KO
K17493  calmodulin-regulated spectrin-associated protein
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:nfu01009]
    107386275 (camsap1)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:nfu04812]
    107386275 (camsap1)
Protein phosphatases and associated proteins [BR:nfu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     107386275 (camsap1)
Cytoskeleton proteins [BR:nfu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     107386275 (camsap1)
  Intermediate filaments
   Intermediate filament-binding proteins
    107386275 (camsap1)
SSDB
Motif
Pfam: CAMSAP_CKK CAMSAP_CH CAMSAP_CC1 CH
Other DBs
NCBI-GeneID: 107386275
NCBI-ProteinID: XP_015816064
UniProt: A0A1A8UU18
Position
sgr11:317238..350202
AA seq 1550 aa
MDVDSSTGGDSTRKKGELAGAGEATMDVVPLEMYDSARAKIAANLRWLFAKAYGIDHIPE
HLRDPFYTDQYDQEHIKPPVIHLLLSCELYCRVCALILKTEQAVSLQSHLSVIQALSRKG
IYVMESDDTPVTEEDLACIPIKMSAHISMIDALMMAYTVEMISIEKVVASVKRFSTFSAS
KELPFDLEDAMVFWINKVNMKMREVTEREHKVKHHPLESPSHPKSPSKWYWKLVPVRYRR
EHASGRLLPFFPLLEDLMRDVCDGAALLIVVHYYCPDIMKLEDICLKEVPSIADSLYNIQ
LLREFAGEYLNKSCYLTTEDMLYSPLVLKLNLMVFIAELFWWFETVKPTFVQPRDFQEFK
DARAVAHPKTSRPSVPISNATKRSFLVSPGVTDNQSSPEVCNRYFLHPEDSDPLKGGPPF
NASHPLLPLRQRQQKSHGEDSAGLRNRSNSLTQMDGQQLRGSAAAWPDKRQRPMSTLSPF
MLRSATESDADRSSGDSVSLARSISKDSLASNVINVTPKHQIPVQQSSFAAMRRVNGHNQ
VGRDTHEDEDETLVAVARSDGPISPTQDDATAGPKPPPEPKPAPEGFYLEPLMPAVLRAA
KEKSVCLNKEEESGEVSRSAGRGSLRRGDGSSAAVRRKAPSSLNQTFPPPGEEEHLSEEQ
LDAFRPDVTSSVAYSSREPAEGFHLHSDSEDLKCGQGLDAELENLDEEEEDLDEAITTKD
LNFPRKAYSDVDEEESAKLREDMNVKEHEDKDLNGGSGRSSPCLSTHSQASSMASGSVRM
TSFAERKAQQQRFGSNHDLRSSASSSQRTTPDGSESSGPLSSSWRLKRDQSPSSPLGGCS
RPGEGGANVLASEIIQLRMQLEDKRRAIEHQKKKMEVLSARQRQQLGKAAFLHIVKKGRS
DTLPTSLKSDIPKDELNGERRPPSKDDTCVDSLRGEKKVEGSAPPGALEADKKGNGESFY
LDEELDLNECSRSIELLNEAIGSIQQQMMQLSLQQEVLMRQNVQSPPGAAPPASRTADRN
GDPKTGFHFVEHLSGSGSTPPRKPPKLSSGRSSRSKPSELKMAKEQGRQASRTLTPTQSG
SETLPTPKQLAGGRSPRVEQPERPRNPTNVDRPGSGHIHSATFRLHDDANVRLPTRVDLT
TVAAAEVSFECLSSTPRESELNSSDGSGKDNTPSEEAQRAKTHLIEVDLSELKAPEEEEG
GEHQSAEGGDDGDQKSVMGFFFKDEQKAEDELAKKRAAFLLKQQKKAEEARLRKQHLEAE
CELKRDEARRKAEEDRVRKEEEKTRRELIKQEYLRRKQQEIFEEQGLGKPKTPKPKQKHK
HKAVLREESPSDRFPKCSSTPDNLTNAQSGSNLSLASGATNEADSVNSGGAGSQRCDSVE
SFPGSRNNSRTAERDWDNGSTASSITSMAEYTGPKLFKEPSAKSNKPIIHNAISHCCLAG
KVNEPQKNQILEELEKCESNHLMILFRDGGCQFRALYSYFPDTEEIQKLTGTGPKSISKK
MIDKLYKYSSDRKQFTVIPAKTVSVSVDALTIHNHLWQAKRGAVPKKSGK
NT seq 4653 nt   +upstreamnt  +downstreamnt
atggatgttgattcaagtactggtggggacagcaccaggaagaaaggagaactggctggg
gctggagaagccacaatggatgtcgtacccctggaaatgtatgactccgcccgagcaaaa
atagctgccaatctgcgatggctgtttgccaaagcctatggcattgaccatattccagag
catttgagagacccattctacacagaccagtatgaccaggagcacatcaagccacctgtc
atccacctgcttctatcctgtgagctttactgccgcgtgtgcgccctcatcctcaagacg
gagcaagccgtgtctcttcagtcccacctgtcggtcatccaggctctgtccaggaagggc
atttatgtcatggagagtgacgacacacccgtcacagaggaggatctggcctgcattcca
atcaaaatgagcgcccacatatccatgatcgatgccctcatgatggcgtacacagtggag
atgatcagcattgagaaagtggtggcttctgtaaagcgcttctctaccttcagtgcctct
aaggagctgccctttgaccttgaggatgctatggtgttctggatcaacaaggtgaacatg
aaaatgagagaggttacagaaagggagcacaaagtcaagcaccaccctctggagtccccg
agccatccgaagtctccctccaaatggtattggaaactagtccctgtgcggtatcgtcgg
gagcatgcatcaggtcgcctgctgcctttcttcccgctgctagaagatctcatgagggat
gtgtgtgatggagcggcgctgctgattgtggtccattactactgtccagacatcatgaag
ctggaggatatttgcctgaaggaagttccttccatcgctgatagcctgtacaacatccag
ctgctccgagagttcgccggtgaatatctgaacaaaagttgctatctgacaacagaggac
atgctctattcgccacttgttctcaagctcaatctgatggtcttcattgctgaattattc
tggtggtttgaaaccgtcaaaccaacgtttgttcaacccagagattttcaggagtttaaa
gatgctcgagctgtagctcatcccaagacctcccgtccatcagtgcccatctccaatgcc
accaagcgcagctttttggttagtcctggtgtcaccgacaaccagagcagccctgaagtc
tgtaacaggtacttcctgcaccctgaagactctgacccccttaaggggggtccacccttc
aatgcctctcatccactgctccccctgaggcagaggcaacaaaaatcacacggagaagac
agtgcaggtttgagaaatcgttcaaactccctgactcagatggatggacaacagctcagg
ggttctgctgcagcgtggcccgacaaaaggcaaagacccatgtccacgctgagccccttc
atgctgcgctcagccacagaaagcgatgctgacaggtcctctggggatagcgtgagcctg
gctcgatccattagtaaggacagcctggcatccaacgtcatcaacgtcactccaaagcac
cagattcctgtccagcagtcatcgttcgccgccatgcggagagtcaacggtcacaaccaa
gtgggccgcgatacccatgaggatgaggacgaaactctggtggcagtggccagaagcgac
ggtcccatcagtcccacacaggatgatgccactgctggaccaaaacctcccccagaaccc
aaacctgctccagagggtttctacctggaaccactcatgcccgctgttctcagagcggct
aaggagaagtctgtttgtctgaacaaggaggaggaaagcggggaggtgtcccggtctgca
ggtagaggctctttgcgccgaggagacggatcttcagcagccgttcgtaggaaagctccc
tccagtctgaaccaaacatttcctcctccaggtgaagaagagcacttgtcagaggagcag
ctggatgctttcagaccagatgttaccagcagtgtggcctactcctccagagagccagct
gaaggtttccatcttcattcagactctgaggacctgaagtgcggccaaggcctggacgct
gagctggagaacctcgatgaggaggaagaggatttggatgaagcgatcaccacgaaggat
ttaaactttccaagaaaagcatacagcgatgtggatgaagaagaatcggcaaagctcaga
gaggacatgaatgtcaaagagcacgaggacaaggacctgaacgggggcagcggccggtcc
agtccttgtctcagcacacactcccaagccagcagcatggccagcggcagtgtgcgcatg
acctcttttgctgagcgtaaagcccagcagcagcgtttcggcagcaaccacgacctacgc
tccagtgcctccagctcccaaaggaccactcccgatgggtcggagagcagcgggcctctg
tcctcgtcctggaggctgaagagggatcagagcccctcttctcccttgggagggtgctct
cgtccaggggagggcggtgcaaatgtgctggcctctgaaatcatccagctccgcatgcag
ctggaggacaagcgacgtgccatcgagcaccagaaaaagaagatggaggtgctgtcagcg
aggcagaggcagcagttggggaaagcagcttttctgcacattgtaaagaaagggaggagc
gacactctccccacctcgctcaagtctgacatccctaaagacgagctcaatggcgagaga
cgacctccgagtaaagacgacacgtgtgtggattcgttgaggggggagaaaaaggtggag
gggagcgccccccctggtgccttagaagcagacaagaagggaaacggtgaaagcttttat
ctggatgaagagctggacctgaatgaatgcagccgctccatcgagcttctgaacgaagcc
atcggcagcatccagcaacagatgatgcagctctctctgcagcaggaggtgctgatgagg
cagaatgtacagtccccacctggtgcagccccaccggctagtcgcacagcagaccgaaac
ggcgacccaaagacgggcttccactttgtggagcacctctctggctctggcagcactcca
cccaggaaaccacccaaactgagctcaggccggagctccagatccaagccgtctgagcta
aagatggctaaagagcaaggcaggcaggcctccagaaccctcaccccaacccagagcggg
tcagagacgttgccaaccccaaaacagctagctgggggcaggtcccccagagtggagcag
ccagagcgtcccagaaaccccacaaacgtagacaggccggggtcgggtcacatccacagc
gccaccttccgccttcacgacgacgcaaacgtgcgcctgccgacccgagtggacctgaca
actgtggctgctgcagaagtgtccttcgagtgcctgtccagcaccccgagagagtctgaa
ctcaattcttcagacggttcagggaaggacaacacgccgtccgaggaggcgcagcgcgcc
aaaacccacctgatagaggtggatctgtccgagctaaaggctcccgaggaagaggagggt
ggtgagcaccagtcagcagaaggaggtgatgatggagaccagaagtcagtcatgggcttc
ttctttaaggatgagcaaaaagcagaagatgagcttgccaagaagagggcggctttccta
ctgaagcagcaaaagaaagccgaggaggctcgactccgcaaacaacacctggaggccgaa
tgtgaactcaaacgtgatgaagccagacggaaggcagaggaggaccgtgtgcgaaaggag
gaggagaagacacggagggagctgatcaaacaggaatatctgcgaaggaagcagcaggaa
atctttgaggagcaaggcctgggaaagcccaagacccccaaacccaagcagaaacacaaa
cacaaggctgtcctccgagaggagtctcccagcgatcgtttccccaagtgctcttccaca
ccggacaacctgaccaacgctcagtcaggctccaacctgtcgctggcctcaggggcaacc
aacgaggccgacagcgtgaactctggaggggctggctctcagcgctgcgactccgtggag
tcttttccaggcagtcgcaacaacagtcgaactgcagagagagactgggacaacggctcc
actgcgtcttccatcacttccatggctgagtatacaggtcctaaactcttcaaggagccg
agcgccaagtcaaacaagccaatcattcataatgcaatctctcactgctgtctggctggg
aaggtcaacgaacctcagaagaaccagatcttggaggagctggagaagtgcgagtccaac
cacctgatgatcctgtttcgtgacggtggctgccagtttcgagcactctactcgtacttc
ccagacaccgaagagatccagaagctgacgggaacgggacctaagagcatcagcaagaag
atgatcgacaaactgtacaagtacagctcggaccgaaagcagtttacggtcatccctgcc
aagacggtgtcggtcagcgtggacgccctgaccatccacaaccacctgtggcaggccaag
agaggagccgtgccaaagaaaagtgggaagtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (10)   
   RefSeq(nuc) (6)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (59)   

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