KEGG   Mus musculus (house mouse): 11630
Entry
11630             CDS       T01002                                 
Symbol
Crybg1, Aim1
Name
(RefSeq) crystallin beta-gamma domain containing 1
  KO
K25509  beta/gamma crystallin domain-containing protein
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mmu04812]
    11630 (Crybg1)
Cytoskeleton proteins [BR:mmu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     11630 (Crybg1)
SSDB
Motif
Pfam: Crystall Ricin_B_lectin Inhibitor_I36
Other DBs
NCBI-GeneID: 11630
NCBI-ProteinID: NP_001355234
MGI: 109544
Ensembl: ENSMUSG00000019866
Position
10:complement(43826303..44024824)
AA seq 2065 aa
MPLSPPSQGDPREASPSKAPKKHPTFHIWRSKKKQSPSSSCGVFIPHPPGAFGETRAFLV
PDGSQGEPQELTLHGGELQLSDTPSEVPGPSSTESAMLKKSRAQPPEDTRRKPVLEKLGT
LFTAGRRRNTRNGLESPTNSNSKSASAKVPKTGSEKTKAQDNQLKATDAGEAGPRQEAEG
QPVESCVQATPCDAEQSPCSSINVGVVQQCHSNDSAQLEPLQAEGETFPDATTAAKELLH
SSPGNRSRQESAETPARSPGEEALPGAGLQPETARGVSGSPPEEHLVGGVGEAPDGAPGV
GAEAGSLGAPGDAVPPGEPPAQDAETSRTAGSVDRAHPTKVLTLDIYLSKTEVAQVDEPA
SIAPGTDDCEDSDDMEKRSSGRRSGRRRKSQKSTDSPGADAVAPESAAKDEAVFDDEVAP
DAAAENCLAERKVKSVQAVPDGGAAPVACPEPKASSCPRGQPRGEPDRSKPLSPTKRKGR
SRVPEAVPSSPGSGSRAPAKESPPKRAPAAADSGEEAGRVVPRELTVKSSSLLPEIKPEH
KRGPLPHHFDSRGDGGRSRGTGASDADGLKPRNQFGVGRSTVTTKVTLPARPKHVELNLK
TPKNPDSLGNEHNSFSQPVHKGNTANKISLFENKRANSSPRHPDVRNTRNNPPSSKTFVG
RAKLNLAKKAKEMEQPEKKAVSTSHQNGLVVKEPSAEGKGTAVPVPREEIRPATRGGEGE
STKDQVLRPEPEQSDKLDVQTDTAYPSHPGPTALVPVKDSELSGEGQPEAADSKGPVLNN
TSDVAQDIAAICDAREAPPKPQDAFSDSQPASAAESARESSLPPSAPISVDAPQDGCVQV
PICSVPCTALEVSENHNGCVSPVSPHTEKTPISKPGVGEASPPSTPEHSPETMGKDCPSK
VLVQVRSFVLPVENPQDVSSQVISESSEVREAQLPSCHSNEPEVVSVTTCVPQHEDAPDT
SPKDIHHREGHVAQSRPHITQSGPEKAPPIQSSSGMPQTAEFILTHSPSSRSHAEGPQRP
GQDATSPLTPTRLLNISAGSDNSVLDSSSDMEKFTEIIKKMDSAVCVPQKKKKARVPNSP
APHFAMPPIHEDSLEKVFDPNVFTIGLGKKKESLAEVSPALHLLQNHDPISKLRAKRAST
EQSIVFKSLHTNSNGKSEPQTTSEASDKENRDINSGGVKRSRLENSTLFSSMLSSLPQDK
VFSPSVTSVNTMSTSFSTSQNSSVSQSSVVQPRKEGGLPCGSDKEQPHLAPHNSLKVFNF
NSSNTSRLGSSHMEKYPQKEGSKEDVNSQGNLQLPENNLSDLPKLKNSDGVEGILKSNLP
NVGSVDADFLGLFKASRYDPGHSFSGMSLSDSMTLRGSMHSKLNPRPGKVVIFSEPDVSE
ECIEVFGDIQDCSSWRLSPVIVVKVVRGCWILYEKANFEGHSLALEEGELELSSIWGTEE
MLDEEAESDKPVVIGSIRHVVQDYRISQIDLFTEPEGLGLLNSYFDDTEEMQGFPVMQKT
CSIKVHWGTWLIYEEPGFQGVPFILEPGEYPDLSFWDTEEAYIGSMRPLKMGGRKVEFPT
DPKVVIYEKPSFEGRCMELETEMSSFIMEGGETEETTGNNNLPFTSVGSMKVLRGVWVAY
EKCGFTGHQYLLEEGEYRDWNAWGGYNGELQSLRPILSDFSNAHMIMYSEKNFGSKGSSI
DVLGIVANLKETGYGVKTQSINVLSGVWVAYENPDFTGEQYVLDKGFYTSFEDWGGKNCK
ISSVQPICLDSFTGPRRRNQIHLFSEPQFQGQSQSFEETIDQIDDSFQTKSCRVLGGSWV
AYDGENFSGNQYVLEEGHYPCLSAMGCLPGATLKSLRFIDFEFSEPTIILFERENFKGKK
IELNAETVNLRSLGFNTQIRSVRVVGGIWVTYEYGNYRGRQFLLSPAEVPNWYEFSACRQ
IGSLRPFAQKRIYFRLRNKATGLFMSTNGNLEDLKLLRVQVMEDVGADDQIWIYQEGCIK
CRIAEDCCLTIVGSLVTSGSKLGLALDQNVDSQFWCMKSDGRIYSKMKPNLVLDVKGGAQ
YDQNHIILNTVSTEKLTQVWEAMVL
NT seq 6198 nt   +upstreamnt  +downstreamnt
atgccgttgtcgccaccatcgcagggcgaccccagggaggccagcccgtccaaggccccc
aagaaacaccccaccttccatatctggcgctccaagaagaagcagtctccatcgtccagc
tgtggggtgtttatccctcacccgcccggggctttcggggagaccagagctttccttgta
cccgatggaagccaaggggagccccaggagttaacactgcatggtggtgaactacagtta
tctgacacccccagtgaggtgcctggcccttcatctacggagtctgcaatgttaaaaaag
tccagagcacaaccaccagaagacaccagaaggaagccagtgttggaaaaacttggcact
ctttttacggctggaaggagaaggaacaccaggaacggattagagagtcccaccaactca
aatagcaaatcggcctctgctaaagtcccaaaaacagggagtgagaaaactaaggctcag
gacaaccaactaaaggcaaccgacgctggcgaggcgggccccaggcaggaggctgagggc
cagcccgttgagagctgtgttcaggcaaccccctgcgacgccgaacagtcaccttgctcc
agcatcaatgtaggggttgtgcagcagtgccacagcaatgattcagcccaattagaacct
ctacaggcagagggagagactttcccagatgccaccaccgctgccaaagagctgctgcat
tcctcaccagggaatcgctccaggcaggagagcgcagagacgcccgcccgcagtccgggg
gaggaagcgttgcctggcgctggcctccaaccagagacagcgagaggtgtgtcggggtcg
ccgccagaggagcacctcgtgggaggagtaggagaggcccccgacggagcccccggcgtg
ggtgccgaagcgggctctctgggggccccgggggacgcggttcctccaggtgagcctccc
gcccaggacgcagagaccagccgcacagccgggtcggtcgaccgcgcgcatcccaccaaa
gtgctaacgttggacatctacttgagcaaaactgaggtggctcaggtggacgagccggcc
tcgattgctccggggacagacgactgcgaggattcggacgacatggaaaagaggtcaagc
ggccgccggtctggtcggcggaggaagtcgcagaaatccaccgactccccgggtgcggat
gcggtggctcccgagagtgcggccaaggacgaggcggtgttcgacgacgaggtggcgcca
gacgctgcggctgagaactgcttggcggaaaggaaagtgaaatcggtacaagcggttccc
gacggaggcgcagccccggtcgcctgcccggagccaaaggccagctcctgccccagaggg
caaccccgaggggaaccggaccgcagcaagcccctgtcgcccaccaagcggaagggtcgc
agccgtgtccccgaggcggtgcccagctcgcccggcagtggctcgcgcgctcccgccaag
gagtccccacccaagagggcgcccgctgcggcggacagcggcgaggaggcgggccgcgtc
gtcccgcgcgagctcaccgtcaaaagcagctcgttgctgcccgagatcaagccagagcac
aagaggggtcctctgccccaccactttgatagccggggcgacgggggtcgcagcagggga
acaggagcgtccgacgccgacggcctgaagcccaggaaccagttcggtgtgggcaggtct
actgtgaccaccaaagtgaccctccccgccagacccaaacatgtggaactaaatctgaaa
actccgaagaatcctgacagtttgggaaatgagcacaactcatttagccagccagttcat
aaggggaacacagccaacaaaatctccttatttgaaaacaagcgggctaacagtagcccc
cgccaccccgacgtccgtaacacaaggaacaatcctccctctagtaagacatttgttggg
agggcgaagctgaacttagccaaaaaggccaaagaaatggagcaacccgaaaagaaagct
gtgtcaaccagccaccagaatggcctggtggtcaaagagccatctgcagaagggaaaggc
acagcagtccctgtccccagagaagagattcgtccagccaccagaggaggggaaggagag
tccaccaaggatcaggtcctccgccctgagcctgagcaaagtgataagctggatgtacaa
acagacactgcctatccttcccacccagggcccactgctctggttcctgtgaaggactct
gagctctcaggagagggccagccagaggctgctgacagcaaaggccccgtccttaacaac
acaagtgatgttgcacaggacatcgctgccatttgtgatgccagagaggctcccccaaag
ccacaggatgcattttctgactcacagccagcttcagcggctgagtcagctagggagtca
tctctcccgccttctgcacccatttctgtggacgctccccaagatggctgtgttcaagtt
cccatatgcagtgttccctgcactgctctagaagtgtcagaaaaccacaatgggtgtgtt
tcgccagtctctcctcacactgagaaaactcccatctccaaacctggagtgggagaagcc
agtcccccttccactccagagcacagcccagaaactatggggaaagactgtccctccaaa
gtcctcgtccaggtccggtcctttgtgcttcccgtggagaatcctcaggatgtgagctct
caggtcatctcagagagctctgaagttagagaggcacagctgccaagctgtcacagtaat
gagcctgaagtggtgtctgtcaccacttgtgttccgcagcacgaggatgcaccagacaca
tcacccaaggacatccatcacagagaaggacatgtggcacagtctcgaccacacatcaca
cagtcaggacctgagaaggctccgcccatccagagcagcagtgggatgccccagacagcg
gagttcatcctcacccactctcccagcagcagaagtcatgcagaaggcccccaaaggcca
ggtcaagatgcgaccagcccacttacccctaccaggcttttgaacatttctgctggtagt
gacaatagtgtcttggattcttcttctgatatggaaaaattcactgaaattattaaaaag
atggacagtgcagtatgtgtgccccagaaaaagaagaaggcccgggtcccaaactctcca
gcccctcacttcgctatgcctcccattcacgaggacagtttggaaaaggtgtttgatccc
aacgtgttcaccattggtttagggaagaagaaggaaagcctggcagaggtgtcaccagct
ttgcacttgttgcagaaccacgaccccatatccaaactgagagccaagcgtgcatccacc
gagcagagcatcgtcttcaagtccttgcacactaacagtaatgggaagagcgagccacag
accacttcagaagcaagtgacaaggagaacagggacatcaacagcggcggcgttaagagg
tcacggctagaaaacagcacgcttttctcaagcatgctttcttctctgccacaagacaaa
gtcttttctccctccgtgacgtcagtcaacacaatgagcacatcttttagcacttctcag
aacagctccgtatctcagtcatcagtggtacagcccaggaaggagggtggcctgccctgt
ggctcagacaaagaacagccacaccttgcaccccacaactccttaaaggtcttcaatttc
aattcatcaaatacatctcgtctgggttccagccacatggaaaagtacccacaaaaagag
ggaagcaaggaagatgtgaattctcagggcaacctacaattgccagaaaacaacctttca
gacttacccaaactgaagaacagcgatggcgtggaaggtattctgaagtcaaacctgccg
aatgttgggagcgtggacgcggacttcctgggccttttcaaagcaagccggtatgaccca
ggccattccttttctggaatgtccttatcagactctatgactcttagaggaagtatgcac
agcaaactcaacccccggcctggcaaggtagtgatattcagtgagcccgacgtctctgag
gagtgcattgaggtgtttggggacatccaggactgcagctcctggcgcctctctccagtg
atagtagtgaaagttgtccgaggatgttggattttgtatgagaaagccaattttgaaggg
cattctcttgctttagaagaaggtgaactggaactctctagtatctggggaacagaggaa
atgttggatgaagaagcagagtctgataaacctgtagtgattggttccatcagacacgtg
gttcaggattacagaattagtcagatcgacttgtttactgagcctgaagggttaggactc
ctgaactcgtactttgatgacactgaggaaatgcagggcttccctgtgatgcagaagacg
tgttccatcaaagtgcactggggcacatggctgatctatgaagagcctggattccaaggt
gtccccttcattctggagcccggagaataccctgacctatccttctgggataccgaggaa
gcgtacatcggatccatgcggcctctgaaaatgggtggccgtaaagttgaattccctaca
gatccaaaggtagttatttatgaaaagccttcctttgaaggaaggtgtatggagctagaa
acagaaatgagtagttttatcatggaaggaggtgagacagaagaaacaactggaaacaac
aacttgccctttacatccgtggggtctatgaaagtcctaagaggcgtctgggttgcttat
gagaagtgtggcttcactggccaccagtatttgctggaggagggagaatacagggactgg
aacgcctggggaggctacaatggagagctccagtctctgcggcctatattaagtgatttt
tcaaatgcgcacatgataatgtacagtgagaagaactttggctccaaaggttccagtatt
gatgtgttgggaattgttgccaatttgaaggagaccggctacggagtgaagacacagtca
atcaatgtactgagtggcgtgtgggtagcctatgaaaacccggacttcacgggggagcag
tatgtcctggataaaggcttctacaccagttttgaggattggggaggcaaaaattgtaag
atctcttccgtccaacccatatgcctggattctttcactggccccaggagacgaaatcag
attcacttgttttcagaaccacagttccaaggtcaaagtcaaagttttgaagaaacaata
gatcagattgacgactcctttcagaccaagtcttgcagagttttgggaggcagctgggtt
gcttatgatggagaaaatttctctggcaatcagtatgtactggaagaaggccactatcct
tgtctctcggcaatgggatgcctgcctggagcaaccctgaagtctcttcgctttatagat
tttgaattttccgaaccaacaattattcttttcgaaagagaaaacttcaaaggaaaaaag
atagaactgaacgcagaaacagtcaatctccgatccttggggttcaacactcagatccgc
tctgtgcgggtcgttggtggcatatgggttacctatgaatatggcaattacagaggccgg
cagttcctgctgtctcctgcagaagtaccaaactggtatgagttcagtgcctgtcgccaa
ataggctccctccggccctttgctcagaaacgaatttacttcagacttcgaaacaaagca
acaggactatttatgtcaaccaacgggaacttggaagacctgaagcttctccgagtccag
gtcatggaagatgttggtgctgatgatcagatctggatctatcaagaagggtgcatcaaa
tgcaggatagcagaagactgctgcctgacgatcgtgggcagcctcgtcacgtctggctcc
aaactaggactggccctcgatcaaaatgtcgacagtcagttctggtgcatgaagtccgac
ggcaggatctacagcaagatgaaaccaaatttagtgttggatgtgaaagggggtgcgcag
tatgatcaaaatcacatcatcctcaacacagtgagcacagagaagttaacacaagtgtgg
gaagccatggtcctgtga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (53)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (17)   
   RefSeq(nuc) (3)   
   GenBank (7)   
   EMBL (7)   
Protein domain (3)   
   Pfam (3)   
All databases (79)   

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