KEGG   Rattus norvegicus (rat): 288204
Entry
288204            CDS       T01003                                 
Symbol
Crybg3
Name
(RefSeq) very large A-kinase anchor protein
  KO
K25509  beta/gamma crystallin domain-containing protein
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:rno04812]
    288204 (Crybg3)
Cytoskeleton proteins [BR:rno04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     288204 (Crybg3)
SSDB
Motif
Pfam: Crystall Ricin_B_lectin IL4_i_Ig RicinB_lectin_2 TSC21 DUF2270
Other DBs
NCBI-GeneID: 288204
NCBI-ProteinID: XP_213639
RGD: 1305628
Ensembl: ENSRNOG00000045728
UniProt: M0RDY6
Position
11:54218399..54330962
AA seq 2952 aa
MSGGRRRGSAPWHSFSRFFAPRNPSRDKEEEEEEKPGTGQPAGANRSAASAENESMSTSQ
KKENAPSSEAVKIPQVEDRRNPAEQPAILPMVDDPLKPKDLPDSTVDAKTGESDRQPKES
FFQFLGNLFNISGKSSLGEVKQSSFKDDQDKPEKDPQTPTGPPEEGSQREKEITSCPVRT
RILPEDQRESNSSELSDAFSLDTTQESEQETTDTLKTDTAGKPEKPSVTYATYRGPTQIR
KYLKKQPGSETVNHLNREDGNSDSSTQARTGSRSIPDTVTVPLSTASKDVTTKGHLLGGP
LEVSGYSQTNTNIENDLESPPELQKIASSKYILNKNSLGDPSSSWASPSSVSNPSYVVGE
PDSQMERSLVCSSVFRGSKSSQGPCPEFQRKTATENTLRVNSSAVSDGLPSVPAEERVQP
QRPAVSDFSCSKSDGSDTTKMESTNLSSPNKSIRHEDVRLPESKCCDKPAVDNPSRQDVN
HTRVTTLRGHAVTDSGLVNEGKKLPAQDKQKNVLSEVLRETECASGSEPTTYSHVRAPEV
RIESLPKETELPCDTETEKLGVEPHVQTPPQEMGETQEDPGSVKSVSDSVGIACTESETA
HELKSESNRNPISDSPCLLEPLQQGEVFSEAETPLNLDCKTSDCSASPPTSASRTDRLGQ
LGFPGLKGERSTSSRTGQGNVCSHPNECREAVGAHSVAADRENPRAPRQLRQASAIVDSK
DILRDGEKCQFPSGPETPGTHSAGLGLLNFEPGDLSENLNSVPSHSPKKAALVSSSAKAS
RSPVEKSDSLPLETQTAKMLGNLEVCDQSSFLVELSSGRGKTLSVPPVSQAEPRDVSQCD
ISSSQGTAAEKLSETVLSELNYLGMEKDKDAQPVDHRESKELCCSGGFKENHQTGIPPAS
KHQSVQETEINTLGTTASILRSRLPGINLAPEEESTRHMAQNCKASTSLLSPSFAVCGTK
KSSSISEMEELRLDNISPKFQETDNTQVYTSFLGSDGRLEKNVLAPEVSSSLNVPSLPGL
EGEDSSHGDNSYFQSAGTGSTSPSCHSKGDSTDVNSHDLPSNFESLKVNVNLTGEGASVT
DPLGHNSFYLALDIPNPKETDMTSIQGGLGTHTRKASLDSPTTAYFDNPMKAETGTVAGA
PVSVNRSCQQCSEASADQTEARRRAHDPLLLRSSLLAKADTLTEEILSSIREELKSKHTV
GSCQEHLAQDDIMNPGTVKEAIPSEVVLAGIQLKESLDEKGVDNMSEVKEEEQTSVSSVV
SETSLLFDLDRVHSSYLLEEQAKELVNEVTYAVQENLLNDAFDEIENTWVSEPQADPSNI
WNSNGGDEPHALVREFLVAEQTVNQSTCEISENEVLSKFSSVSHLLSGTESVKGREIVPY
QESPGFGSGAGQSVSRKLQRSETVVQAEGMPPTSLEGKVRPRLFVSEDYRKAAETECVDN
HKMATEETRTLVLNFNLPLANDDIHAPGTSKSSFSDSLVCISEKSLPWHNKSMPLVMSDL
GKAYKIDNEVNVGKMVALPSMLETGKTNKRDAELNIRKHEAAPLMPHREKTCKMDAELNI
MKAEPEVNMFTRGGVYQMDAQMHVEKPEDLPVTLGMEKAYKMDSEGDIGKADVMPVMSEL
KALHLKDAEGDIAKTEVAPISIEMESFYQKHAEGDVGKTGVASVMSDVDIFYQKDVVGIS
PKAEVTTVTLGMEDTYQKEEESDVAKTDVTGMVPAELEMEDTYPKGSEGDTDSTEGKPIR
LEVINIYQKYSDRVTGKMGRPMSPLRDAEDVLGNSETVPFVLDVKETYQETVHSPLDILE
KRVQRDTEETNGTEPVPSEINMEVMAPEDSSGSIKNPEVGTEVAIESTNRTTPEVTITRM
EAMGPVYESEMGPQEYMEKSIGELEELSSEVKEGLILHGDRLASHFRGYESPTLSRDYEG
YPALAMPDFQEEDTVVRLNKIMSVPAVDDKRRDMDYRGEKEESDLAFVSQDEQDSSSFTI
LYEEPLQEEDKKISAEVRGTRSLLFPDTSSSGMPGLACERSESRTDLVHHFEKEGKLAEA
FDGDNSEMFLSVEAKRYKIYPLALSPIYEDDSSQEDVLSNEVSPGHHGSTKSRESANQPS
SVLSLLQSVSERLQRNFDGDDGDDRQVAEEEEEEAAVAAASGKGLRTERRERVTFHLPDP
SITFYPDDDQESAGISKSYVEFSEPTTSSLQHSLWPEKVPFLQKSDLTSKLHSSLKSAYH
QYLQTSRTHSSETGTRFGGTLQEPVSKHFRVQDHAGRLSAYMENVDRLTLRCNPRPGKMI
IYDLHGSKYKQEVYCNIPDATAWSFPNGALIKVVRGCWILYEKPHFQGQKCVLEEGEKVL
NRDWLLQNRKHPERTFVLGSIKRVLKDCSIPEIELRPKSDPGWCPIYIHRSIPNLEELNI
PKSSTFTVKSGVWLAYPDVNFKGQATVLEEDQGLFEISAAEMKSLQTLQMGGLKVEMPMN
LKVIIYEKPHFRGHAKEFSEHIESVPKFLKSDKDFRGIGSIRVIGGVWVAYEKEHFKGQQ
FLLEEGDFEDSSACGALSGPIMSFRYLQANFIESSITLFESDLESGKFIDITNQEISDLE
EIGFGRETRSIHVKSGAWVAYHQKFFCGDQYILEKGKYKCFFDWGGSSNIILSIRPIQLE
PLGINEPPHLLKAFSKAGFQGECIDFIKECADLTSFTPASFKVLRGCWLLYYQEDGFYHQ
CVLEEGLYTDLTSCGCPSARVRALKPIDYFFEEPSISLFALEHCEGRELHLEDAVNSVLN
KDLHFYTQSVWIKSGLWIAYEGSNFLGRQILLVPNEIPNWTAFSGWKTIGSVRPMRQPAV
YIRIRNRAQDEYLTVTGNPADARTMSVCVSPYSGKDTQIWHYCRGLFKSKASDTCLDVIG
GRDTPGAKVALWTEHGQFRQKWRMNRNGTISSYLSDELVLDVKGGNYCDKTHVIVNQPLE
GEETQKWDIEIL
NT seq 8859 nt   +upstreamnt  +downstreamnt
atgtccggcggccgcaggaggggcagcgccccctggcacagcttctctcggttcttcgct
ccgcggaacccttcccgggacaaggaagaggaagaggaggagaagccggggaccggccag
ccggcgggagcgaaccggagtgcagccagtgctgaaaatgagtctatgagcacaagtcag
aaaaaggaaaatgctccttcatcagaagcagtaaagattccccaagtcgaggacagaagg
aaccctgctgagcaaccagccattcttcccatggtggatgaccccctaaagccaaaggac
cttccagattccacagtggatgccaaaacaggcgaaagtgaccggcagccaaaagaaagc
ttttttcagtttcttgggaacttattcaatatctcaggaaagtcatctcttggagaggtt
aagcaatcttctttcaaagatgaccaggataaacctgagaaagacccacagactcccaca
ggccctcctgaggaggggagccaaagggagaaagagatcaccagctgcccagtgaggact
cggatacttcctgaggaccaacgagagtccaactcctcagaactctctgatgccttttct
ttggacacaacacaggagagcgaacaggaaaccactgatacgctgaaaacagacacggcc
ggtaagcccgagaagccctcagtgacatatgcaacataccgaggccctacacaaatcagg
aagtatttgaagaaacagcctgggtcggaaactgtgaatcacttaaaccgagaggatgga
aactctgactcaagtacccaggcacgcactggctctagaagcataccggacactgtgacg
gtcccgctgtccacagccagcaaagacgtgaccacaaaaggacacttgcttggaggtcca
ttggaagtctctggttatagccaaacaaataccaacatagaaaacgatctggaaagcccc
ccagaactgcagaaaattgcctcatctaagtatattttaaataaaaatagccttggagac
cccagcagcagttgggcctccccttcttccgtgtctaaccccagctatgttgttggggaa
cctgactcacagatggagaggagtttagtatgttcgtcagtgtttagaggaagtaaaagt
agccaaggcccttgtccagaatttcagagaaaaacggcaaccgaaaatacactgagagta
aacagctctgccgtaagtgatgggctgccgtcagtgccggcagaggagcgcgttcagccg
cagaggcccgctgtttcggatttctcttgtagtaaatctgatgggagtgacactaccaaa
atggaaagtacaaatttgtcaagtccgaataaatcaattaggcatgaagatgtacggttg
ccagagagtaagtgttgtgacaagccagcagtagataacccatcgaggcaggatgtcaat
cacacccgagttaccactctccggggacatgctgtgacagactcgggacttgtaaatgaa
ggaaagaagctacctgcccaagacaaacagaaaaatgtgctttcagaagtcttgagagaa
acagaatgtgcctcagggagcgagcccacaacttatagtcatgtaagagctccagaagtc
agaattgagtccttacccaaagaaactgagctgccgtgtgacacagaaacagaaaagctt
ggtgtggaaccacatgtccaaactcctcctcaggagatgggagaaactcaagaggaccct
gggtctgtgaagtctgtcagtgactcagtgggtatagcatgcacagaaagtgaaacagcg
catgaactaaaatctgaatctaacaggaatcctatttctgattctccttgtcttctagag
cctcttcagcaaggcgaagttttctccgaggctgagacacctcttaaccttgactgtaaa
acttctgattgcagtgcctcgcctcctacctccgcttctagaacagacaggcttggccag
ttgggtttccctggtttaaagggtgagagatctacgtccagtagaactggacagggcaat
gtttgttctcatcctaatgagtgtagagaagctgtgggagctcattctgtggcagcagac
agggagaacccacgtgcccctcgccaacttcgacaagcatctgccatcgttgattctaag
gacattcttcgtgatggtgaaaaatgccaattcccttcaggtcctgaaacccctggcact
cactcggctgggttaggcctcttaaactttgagcccggagacctctctgagaatctcaat
tctgttccatctcacagtcctaagaaagcagcgttggtgtcctcaagtgctaaggctagt
aggagccctgtagagaagtctgattctcttcccttggaaacccaaactgctaaaatgtta
ggaaacctagaggtttgtgatcaaagcagctttcttgttgagttgagttctggaagagga
aaaaccttgtctgtgccccctgtttctcaggcagaacccagagatgtttctcagtgcgac
atttcctcctctcaaggaacagctgcggaaaagctatcagagactgttttatcggagttg
aattacctaggtatggagaaggacaaagacgctcaaccagtggatcacagagagagtaaa
gagttgtgttgcagtggtggttttaaagagaatcaccagactgggattccccctgcctct
aaacatcaaagtgtacaagaaacagagataaacaccctaggtaccactgcttctattctc
agaagtaggctgcctgggattaatcttgctccagaggaggaatccacaaggcacatggca
cagaactgtaaagctagcactagcctactcagtccatcttttgctgtgtgtgggactaaa
aagagttctagcatctctgaaatggaagaactgcgtttagacaatatttctccaaaattc
caagaaactgacaacacacaagtatatacatcttttctgggttctgatggccgtttggag
aaaaacgtgttagcgcctgaggtctccagctcactgaatgtgccttctctcccggggtta
gaaggggaagactcctcacatggagacaactcttacttccagagtgctggcactggttcc
acatctccctcttgtcactctaaaggagatagcacagatgtaaattcacatgatctccca
agtaactttgagtctttaaaagtgaatgtaaatctcacaggtgaaggtgcttctgttact
gacccactgggccataatagcttttatttggcattagacatacctaacccaaaagagaca
gacatgacctccattcagggaggtttgggcactcatactaggaaggcatctcttgattcc
ccaaccactgcctactttgacaatcccatgaaagcagagaccggaacagttgctggggca
ccagtgtcagttaaccgatcatgccagcagtgttctgaggcatctgctgaccagacagaa
gcaaggagaagagcacatgacccacttttactcagaagtagtttactcgcaaaagctgat
acgttgactgaggagattttaagttctatcagagaagaactaaaatccaaacacacagtt
ggttcctgccaggagcatctagcccaagatgatataatgaatccaggtactgtgaaagaa
gctatcccatcagaagtggtgttagcagggatccaactgaaagagagtttggacgagaaa
ggtgtggacaatatgtcagaagtcaaagaggaagaacagaccagtgtttcatctgtggtt
agtgaaacaagtctcctttttgatcttgatagagtgcatagctcttatttgttagaagaa
caggccaaggaattagtcaatgaagttacttatgcagtccaagaaaatttgttaaatgat
gcttttgatgagattgaaaatacctgggtttctgaacctcaggctgacccttcaaatatc
tggaacagcaatggcggtgatgaaccacatgctctagttagggagttcttggtagcagaa
cagacagtaaatcaaagcacatgtgaaattagtgaaaatgaagtattaagtaaattctcc
tccgtaagtcacttacttagtggcacagaatccgttaaaggaagagaaattgttccctat
caagagtccccaggttttggaagtggggctggacagtctgtcagtaggaagttgcagaga
tcagagacagttgtgcaagctgaaggcatgccccctacgtccttagagggtaaagtgagg
ccgcgtttgtttgtcagtgaggactatagaaaggcagcagaaacagagtgtgtggataat
cacaagatggcaacagaagagactagaactcttgtactaaatttcaacttgcctcttgca
aacgatgacatccatgcaccgggaacctccaaaagcagtttctctgatagcctcgtatgc
atatctgagaaaagcttgccgtggcacaataagagcatgccccttgtaatgtcagattta
gggaaagcatacaaaatcgataacgaagtgaatgtagggaaaatggtggccctaccttcc
atgttggaaacaggaaaaacgaataaaagggacgccgaactgaatattaggaaacacgaa
gcagcccctcttatgccacacagggaaaaaacgtgcaaaatggatgctgagctgaacatc
atgaaagccgagccagaggttaacatgttcacgagaggaggcgtctaccaaatggatgct
cagatgcatgttgaaaaacccgaggacttgcctgtcactttgggaatggaaaaggcttac
aagatggatagcgagggggacattggcaaagcagacgtcatgcccgttatgtcagaactg
aaggctctccatctaaaagacgctgagggagacattgcaaagactgaggtggcgcccatt
tcaatcgagatggaaagtttttaccaaaaacacgctgaaggggatgttggcaagacgggg
gtcgcatctgtgatgtcagacgtggacattttctaccaaaaggatgttgtggggatttct
ccaaaggccgaagtgacaactgttaccttaggaatggaagacacttaccagaaggaggaa
gaaagtgatgttgcaaagaccgatgtgacaggcatggtgcccgctgaactagaaatggaa
gatacttatccaaagggctctgaaggagatactgacagtactgaggggaagcctataaga
ctagaagtcataaatatttatcaaaaatacagtgacagagttaccggaaagatggggaga
cccatgtctcctctaagggatgctgaggatgtcctaggaaattctgaaacagtcccattt
gtgttagatgtgaaggaaacgtaccaggagacagtacattctccgttggacatcttggaa
aagagggttcaaagagacactgaagagacaaatggaactgagcctgtgccttctgaaata
aacatggaagtaatggctccagaagattccagtggcagcatcaagaaccctgaagttggt
acagaggtagccatcgagagcaccaatagaacaacaccagaggtgaccattacccgaatg
gaggccatgggtcctgtctatgaaagtgaaatgggtcctcaggagtacatggagaagagc
attggagaactagaagagctgtccagtgaagtaaaagaaggcttgatcttgcatggtgac
aggcttgcttcacatttcaggggctatgagtcacctacgctaagtagggattatgagggc
tacccagccttagcaatgccagattttcaagaagaggacacagtagtaaggctcaacaaa
ataatgtctgttcctgcagtagatgacaagaggagggatatggattatagaggagaaaag
gaagagtccgatttagcctttgtgtctcaagatgagcaagacagttcttcctttactata
ttgtatgaggagccccttcaagaggaggacaagaaaatctctgcagaagtacgaggaaca
cggtctctcttgtttcctgacacctcctccagtggcatgcctggcctggcatgcgaaagg
tctgagagcagaactgacctggtccatcattttgaaaaagaaggtaaactagcggaggca
ttcgatggagacaattcagagatgttcttatcggtggaagccaagaggtacaaaatctat
cccttagccctgagtcccatttatgaggatgacagttcacaggaggacgttctatccaat
gaggtctcgcctggtcaccatggctccaccaagtcaagggagagcgcaaaccagccctca
tccgtcttatccctcctacagtcagtatcagagcgcttacagagaaactttgatggagat
gatggagatgacagacaggtggctgaggaagaggaggaggaagcagcagtagcagcagct
tcaggtaaaggtttgagaactgaaaggagggaacgtgttaccttccacttgccggatcct
tccatcaccttttaccccgacgatgatcaggaaagcgctggaatttccaagtcttatgta
gagttcagtgaacccacaacctccagtctgcagcatagcctgtggccagagaaggtgccc
tttctgcaaaaatccgatctgacttctaagttgcattcttctttgaagagtgcctatcat
cagtacttgcagacttcccggactcactcctccgagacagggaccagatttggtggcacc
cttcaggagccggtgtccaagcatttccgcgtgcaggaccacgcaggcagactgagtgca
tacatggagaatgttgacagactcactctaagatgtaatccaaggcccggcaagatgatt
atctatgatctccatggaagtaaatataaacaagaagtctactgtaatatccctgatgcc
acagcatggtctttcccgaatggggcactgataaaagttgtaaggggctgctggattttg
tatgagaaaccccatttccaaggtcagaagtgtgtgttggaagaaggggaaaaagtgtta
aaccgggactggctccttcagaacaggaagcacccagagagaaccttcgtcctgggctct
atcaaacgtgtcttaaaggattgcagcattccggaaatagagctgcgccccaagtctgac
cctgggtggtgccccatctacatacaccgatccatccccaatctggaagagctgaacatc
cccaagtcttcgaccttcaccgtgaagtcaggagtttggctggcctacccagatgttaac
tttaaggggcaagctacagttctggaggaagaccaggggctcttcgagatttctgcggca
gagatgaaatcgctgcagactcttcaaatgggtggactgaaagtggaaatgcctatgaac
ttaaaggttatcatttatgagaaacctcatttccgtggacatgccaaagagtttagtgaa
catatagagtctgtccctaagtttttaaaaagtgacaaggacttccgtggcattggatca
attcgtgtcattggtggagtgtgggttgcctatgaaaaggaacatttcaaaggccagcaa
ttcctactagaagaaggggactttgaagatagcagtgcttgtggggcattaagcggaccc
atcatgtctttccggtacctacaagctaatttcatagaatcttcgatcacactgtttgaa
tctgacctagaaagcgggaagtttattgacattacgaatcaggaaatttctgacttagaa
gaaatcggctttggccgtgaaacaagatccattcatgtgaagagtggcgcatgggttgcc
taccaccagaagttcttctgtggagatcagtacatcttagagaaaggaaaatacaaatgc
ttttttgattggggaggctcaagtaacataatcttgtcaatccgaccgatccaactggaa
ccgcttgggataaatgagcctccacacttgctcaaagcattcagtaaagcaggcttccaa
ggagagtgtatcgatttcataaaagaatgcgctgatctgacctccttcacgcccgcgtcc
tttaaggttctccgtggctgctggctcctgtactaccaagaagacggtttctatcatcag
tgcgtactggaagaaggcctctacactgatctcacttcctgtggctgcccatcagctaga
gtcagggcgctcaagcccatcgactatttttttgaagaaccttccatcagcctttttgct
ctagaacattgtgagggaagagagctacatcttgaagacgccgtgaattctgttttgaac
aaggacctacacttctatacccagtctgtgtggataaagagtggcttatggatagcttat
gaaggttccaatttcttgggaaggcaaatcctccttgtgcctaatgagatcccaaattgg
acagcattcagtgggtggaaaacgatcggttctgtgcgccctatgaggcagcctgcagtg
tacatcagaataaggaaccgagcccaggatgaatatctgaccgtcactgggaacccagca
gatgcacggacaatgtctgtatgcgtctctccctacagtggaaaagacactcagatctgg
cactactgccgaggactgtttaaatccaaggccagtgacacatgtcttgatgtgattgga
ggccgggacactccaggagccaaggtagccttgtggactgaacatgggcagttcaggcag
aagtggagaatgaacagaaatggaaccatcagctcttatctcagtgatgaacttgtcctg
gatgttaaaggaggaaactattgtgacaagactcatgtcattgtaaatcagcccttggaa
ggagaagaaacacagaaatgggacattgaaatcttgtga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (49)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (6)   
   Pfam (6)   
All databases (71)   

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