KEGG   Homo sapiens (human): 202
Entry
202               CDS       T01001                                 
Symbol
CRYBG1, AIM1, ST4
Name
(RefSeq) crystallin beta-gamma domain containing 1
  KO
K25509  beta/gamma crystallin domain-containing protein
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hsa04812]
    202 (CRYBG1)
Cytoskeleton proteins [BR:hsa04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     202 (CRYBG1)
SSDB
Motif
Pfam: Crystall Ricin_B_lectin Inhibitor_I36 RicinB_lectin_2
Other DBs
NCBI-GeneID: 202
NCBI-ProteinID: NP_001615
OMIM: 601797
HGNC: 356
Ensembl: ENSG00000112297
UniProt: Q9Y4K1 B3KPT0
Structure
Position
6:106360717..106572017
AA seq 1723 aa
MEKRSSGRRSGRRRGSQKSTDSPGADAELPESAARDDAVFDDEVAPNAASDNASAEKKVK
SPRAALDGGVASAASPESKPSPGTKGQLRGESDRSKQPPPASSPTKRKGRSRALEAVPAP
PASGPRAPAKESPPKRVPDPSPVTKGTAAESGEEAARAIPRELPVKSSSLLPEIKPEHKR
GPLPNHFNGRAEGGRSRELGRAAGAPGASDADGLKPRNHFGVGRSTVTTKVTLPAKPKHV
ELNLKTPKNLDSLGNEHNPFSQPVHKGNTATKISLFENKRTNSSPRHTDIRGQRNTPASS
KTFVGRAKLNLAKKAKEMEQPEKKVMPNSPQNGVLVKETAIETKVTVSEEEILPATRGMN
GDSSENQALGPQPNQDDKADVQTDAGCLSEPVASALIPVKDHKLLEKEDSEAADSKSLVL
ENVTDTAQDIPTTVDTKDLPPTAMPKPQHTFSDSQSPAESSPGPSLSLSAPAPGDVPKDT
CVQSPISSFPCTDLKVSENHKGCVLPVSRQNNEKMPLLELGGETTPPLSTERSPEAVGSE
CPSRVLVQVRSFVLPVESTQDVSSQVIPESSEVREVQLPTCHSNEPEVVSVASCAPPQEE
VLGNEHSHCTAELAAKSGPQVIPPASEKTLPIQAQSQGSRTPLMAESSPTNSPSSGNHLA
TPQRPDQTVTNGQDSPASLLNISAGSDDSVFDSSSDMEKFTEIIKQMDSAVCMPMKRKKA
RMPNSPAPHFAMPPIHEDHLEKVFDPKVFTFGLGKKKESQPEMSPALHLMQNLDTKSKLR
PKRASAEQSVLFKSLHTNTNGNSEPLVMPEINDKENRDVTNGGIKRSRLEKSALFSSLLS
SLPQDKIFSPSVTSVNTMTTAFSTSQNGSLSQSSVSQPTTEGAPPCGLNKEQSNLLPDNS
LKVFNFNSSSTSHSSLKSPSHMEKYPQKEKTKEDLDSRSNLHLPETKFSELSKLKNDDME
KANHIESVIKSNLPNCANSDTDFMGLFKSSRYDPSISFSGMSLSDTMTLRGSVQNKLNPR
PGKVVIYSEPDVSEKCIEVFSDIQDCSSWSLSPVILIKVVRGCWILYEQPNFEGHSIPLE
EGELELSGLWGIEDILERHEEAESDKPVVIGSIRHVVQDYRVSHIDLFTEPEGLGILSSY
FDDTEEMQGFGVMQKTCSMKVHWGTWLIYEEPGFQGVPFILEPGEYPDLSFWDTEEAYIG
SMRPLKMGGRKVEFPTDPKVVVYEKPFFEGKCVELETGMCSFVMEGGETEEATGDDHLPF
TSVGSMKVLRGIWVAYEKPGFTGHQYLLEEGEYRDWKAWGGYNGELQSLRPILGDFSNAH
MIMYSEKNFGSKGSSIDVLGIVANLKETGYGVKTQSINVLSGVWVAYENPDFTGEQYILD
KGFYTSFEDWGGKNCKISSVQPICLDSFTGPRRRNQIHLFSEPQFQGHSQSFEETTSQID
DSFSTKSCRVSGGSWVVYDGENFTGNQYVLEEGHYPCLSAMGCPPGATFKSLRFIDVEFS
EPTIILFEREDFKGKKIELNAETVNLRSLGFNTQIRSVQVIGGIWVTYEYGSYRGRQFLL
SPAEVPNWYEFSGCRQIGSLRPFVQKRIYFRLRNKATGLFMSTNGNLEDLKLLRIQVMED
VGADDQIWIYQEGCIKCRIAEDCCLTIVGSLVTSGSKLGLALDQNADSQFWSLKSDGRIY
SKLKPNLVLDIKGGTQYDQNHIILNTVSKEKFTQVWEAMVLYT
NT seq 5172 nt   +upstreamnt  +downstreamnt
atggagaagaggtccagcggccgtaggtcggggaggcggagggggtcgcagaaatccacc
gactcccccggcgcggacgccgagctccctgagagcgctgccagggacgacgcggtgttc
gacgacgaggtggcgccaaacgcggccagcgataacgcctcggcggaaaagaaagtgaaa
tctccgcgggcagccctcgacgggggcgttgcctccgctgcgagcccagagtccaagccc
agccccggtaccaaagggcagctccgaggggagtcggaccggagcaaacagccacccccg
gcttcgtcccccacgaagaggaagggcaggagccgtgccctcgaggccgtgcccgccccg
cccgccagcggcccccgggctcccgccaaggagtccccacccaagagggtgcccgatccc
agcccagtcaccaagggcactgcggccgagagcggggaggaggcggcgcgggccatcccc
cgcgagctcccggtcaagagcagctcgctgctgccggagatcaagcccgagcacaagagg
ggcccgctccccaaccacttcaacggccgggcagagggaggtcgaagcagagagctgggc
agagcggccggagcgcctggagcttctgacgccgacggcttgaagcccaggaaccatttc
ggcgtgggcaggtcgacagtgaccactaaagtgaccctccctgccaagcccaaacatgtg
gaactaaatcttaaaacccctaagaatcttgacagtttgggaaatgagcacaatccattt
agccagccagttcacaaaggcaacactgccaccaaaatctccttatttgaaaacaaacgg
acaaacagtagcccaagacacactgacattcgaggccaaaggaatactcctgcctctagt
aaaacgtttgttgggagggcaaagctgaatttagccaaaaaagccaaagaaatggagcaa
cctgaaaagaaagtaatgccaaacagtccccagaatggtgtgctggttaaggaaactgct
atagaaaccaaagttaccgtctcggaagaagagattctgccagcaaccagaggaatgaat
ggagactcttctgagaatcaagctcttggtcctcagcctaaccaagatgataaagcagat
gtacaaacagatgctggctgcctttcagaaccagtggcttctgctctgattcctgtcaag
gatcataagctcttagagaaggaggactcagaggctgcagacagcaaaagccttgtactt
gaaaatgtaaccgatacagcacaagacatccccaccactgtggataccaaagatttacct
ccaacggccatgccaaagccacagcatacattttctgactcacagtcccctgctgagtca
tctcctgggccttctctttcactgtctgcacccgctcctggggatgttcccaaagacaca
tgtgttcaatcacccataagcagtttcccatgcactgatctaaaagtgtcagaaaaccat
aaaggatgtgttttgcctgtgtctcgtcagaacaatgagaaaatgccacttttagaactt
ggaggagaaacaacccctcctttgtccacagagcgtagtccagaagctgtgggaagtgag
tgtccatccagagtcctcgtccaggtcaggtccttcgtgctccccgtggagagcacccag
gatgtgagctcccaggtcatcccagagagctctgaagttagagaagtgcagttgccaact
tgtcacagtaatgaacctgaagtggtttccgttgcaagttgtgctcccccacaagaggaa
gtactgggcaatgaacactctcattgcacagcagagctcgcggcaaaatctggcccacaa
gtcataccgccagcatcagagaaaactctgcctattcaggctcaaagtcagggcagcaga
acacccctgatggctgaatccagtcccaccaactctcccagcagcggaaatcacttagcc
actcctcaaaggccagatcagactgttacaaatggccaggatagccctgccagccttttg
aacatttctgctggtagtgatgatagtgtatttgattcttcttctgatatggaaaaattc
actgaaattataaaacagatggatagcgcagtttgtatgcccatgaaaagaaagaaggcc
aggatgccaaactctcctgctcctcactttgccatgcctcctattcacgaagaccattta
gaaaaggtgtttgatcccaaagtgtttacctttggtttggggaagaagaaggaaagtcag
ccagaaatgtcaccggctttacatttgatgcagaaccttgacacaaaatccaaactgaga
cccaaacgtgcatctgctgaacagagcgtcctcttcaagtccctgcacaccaacactaat
gggaacagtgagcctctggtgatgccggaaatcaatgacaaagagaacagggacgtcaca
aatggtggcattaagagatcgagactagaaaaaagtgcacttttctcaagcttgttatct
tctttaccacaagacaaaatcttttctccttctgtgacatcagtcaacactatgaccacg
gctttcagtacttctcagaacggttccctatctcagtcttcagtgtcacagcccacgact
gagggtgccccgccctgtggtttgaacaaagaacagtcaaatcttctgcccgacaactcc
ttaaaggtcttcaatttcaactcgtcaagtacatcacactccagtttgaaaagtccaagc
cacatggaaaaatacccgcaaaaagagaaaaccaaagaagatctggattcacgaagcaac
ctacacttgccagaaactaaattttctgaattgtcaaaactgaagaatgatgatatggaa
aaggctaatcatattgaaagtgttattaaatcaaacttgccaaactgtgcaaacagtgac
accgacttcatgggtcttttcaaatcaagccggtatgacccaagcatttctttttctgga
atgtcattatcagacacaatgacacttagaggaagtgtccaaaataaactcaatccccga
cctggaaaggtagtgatatatagtgaacccgacgtctctgagaagtgcattgaagttttc
agtgacattcaggattgcagttcttggagcctctctccagtgatactcataaaagttgtt
agaggatgttggattttgtatgagcaaccaaattttgaagggcactccatccccttagaa
gaaggagaattggaactctctggtctctggggtatagaagacattttggaaaggcacgaa
gaagcagagtctgataagccagtggtgattggttccatcagacatgtggttcaggattac
agagttagtcacattgacttatttactgaaccagaagggttaggaatcctaagttcctac
tttgatgatactgaagaaatgcagggatttggtgtaatgcagaagacttgttccatgaaa
gtacattggggcacgtggctgatttatgaagaacctggatttcagggtgttcctttcatc
ctggaacctggtgaataccctgacttgtccttctgggatacagaagaagcgtacattgga
tccatgcggcctctgaaaatgggtggccgtaaagttgaattccctacagatccaaaggta
gttgtttatgaaaagcctttctttgaaggaaaatgtgtggaactagaaacaggaatgtgt
agttttgtcatggagggaggtgaaacagaagaggcgactggagacgatcatttgccgttt
acgtcagtggggtctatgaaagttctaagaggcatttgggttgcatatgagaaacctgga
tttaccggtcatcagtatttgctagaagaaggagaatacagggactggaaagcctgggga
ggttacaatggagagcttcagtctttacgacctatattaggtgatttttcaaatgctcac
atgataatgtacagtgaaaaaaactttggatccaaaggttccagtattgatgtattggga
attgttgctaatttaaaggagactggatatggagtgaagacacagtctattaatgtactg
agtggagtatgggtagcctatgaaaatcctgacttcacaggagaacagtatatactggat
aaaggattttataccagttttgaggactggggaggcaaaaattgtaagatctcttctgtt
caacctatatgtttggattctttcactggcccaaggagacgaaatcagattcacttgttt
tcagaaccacagtttcaaggtcacagtcaaagttttgaagaaacaacaagtcaaattgat
gattcattttctaccaagtcttgcagagtttcaggaggcagctgggttgtatatgatgga
gaaaatttcactggtaatcaatacgtgttggaagaaggccattatccttgtctgtctgca
atgggatgcccgcctggagcaactttcaagtctcttcgttttatagatgttgaattttct
gaaccaacaattattctctttgaaagagaagacttcaaaggaaaaaagattgaacttaat
gcagaaactgtcaatctccgatccctgggattcaacacacaaatacgctctgttcaggtt
attggtggcatatgggttacttatgaatatggcagttacagagggcgacagttcctattg
tcacctgcagaagtacctaattggtatgaattcagtggctgtcgccaaataggttctcta
cgaccttttgttcagaagcgaatttatttcagacttcgaaacaaagcaacagggttattc
atgtcaaccaatggaaacttagaggatctgaagcttctgaggatacaggtcatggaggat
gtcggggccgatgatcagatttggatctatcaagaaggatgtatcaaatgcaggatagca
gaagactgctgcctgacgattgtgggcagcctggtaacatctggctccaagctaggcctg
gccctggaccagaatgctgacagccagttctggagcttgaagtccgatggcaggatttac
agcaagttgaagccaaatttagttttagacattaaagggggcacacagtatgatcaaaat
cacattatcctcaacactgtcagcaaagagaagtttacacaagtgtgggaagccatggtc
ctatatacctga

  All links  
Disease (1)   
   OMIM (1)   
Gene (31)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (6)   
DNA sequence (30)   
   RefSeq(nuc) (6)   
   GenBank (12)   
   EMBL (12)   
3D Structure (3)   
   PDB (3)   
Protein domain (4)   
   Pfam (4)   
All databases (78)   

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