| Type | Description |
|---|---|
| Definition | protocadherin 2 alpha b 3 |
| Type | IDs |
|---|---|
| Synonymous | DrPcdh2a28, Pcdh2a28, zCNRv3, zCNRv4 |
| Gene |
UniProtKB-ID:
Q60I74_DANRE
UniprotKB:
Q60I74
UniParc:
UPI0000444420
EMBL:
AB075931,
BC163307,
AB075928
KO:
dre:493590
|
| Nucleutide sequences |
EMBL-CDS:
AAI63307.1,
BAD52320.1,
BAD52307.1
|
| Protein sequencees |
RefSeq:
NP_001008484.1
|
| Others |
UniRef100:
UniRef100_Q60I74
UniRef90:
UniRef90_Q60I74
UniRef50:
UniRef50_F1QSZ3
UniGene:
Dr.160708
|
暂无数据
| Pubmed编号 | 文献信息 | 发表日期 | 相关基因 |
|---|---|---|---|
| 21873635 |
Phylogenetic-based propagation of functional annotations within the Gene Ontology consortium. Brief. Bioinformatics Pascale Gaudet , Michael S Livstone , Suzanna E Lewis , Paul D Thomas |
2011-09-01 | - |
| 20385576 |
Nucleic Acids Res Yuen-Peng Tan , Shaobing Li , Xiao-Juan Jiang , Wailin Loh , Yik Khon Foo , Chay-Boon Loh , Qiurong Xu , Wai-Hong Yuen , Michael Jones , Jianlin Fu , Byrappa Venkatesh , Wei-Ping Yu |
2010-08-01 | - |
| 15744052 |
Comparative genomics and diversifying selection of the clustered vertebrate protocadherin genes. Genetics Qiang Wu |
2005-04-01 | - |
| 15475161 |
Genomic organization and transcripts of the zebrafish Protocadherin genes. Gene Motoki N Tada , Kouji Senzaki , Yuumi Tai , Hirofumi Morishita , Yusuke Z Tanaka , Yoji Murata , Yasuyuki Ishii , Shuichi Asakawa , Nobuyoshi Shimizu , Hidehiko Sugino , Takeshi Yagi |
2004-10-13 |
pcdh1g22,
pcdh2g12,
pcdh2ac,
pcdh2ab2,
pcdh2ab1,
pcdh2ab3,
pcdh2ab5,
pcdh2ab6,
pcdh2ab7,
pcdh2ab8,
pcdh2ab9,
pcdh2aa1,
pcdh2aa3,
pcdh2ab10,
pcdh2ab11,
pcdh2ab12,
pcdh2aa15,
pcdh1a1,
pcdh1a2,
pcdh1a3,
pcdh1a4,
pcdh1a5,
pcdh1a6,
pcdh1a7,
pcdh1a8,
pcdh1a9,
pcdh1a10,
pcdh1gc5,
pcdh1gc6,
pcdh1gb2,
pcdhpsi2,
LOC553818,
pcdh1gb9,
pcdh1g1,
pcdh1g2,
pcdh1g3,
pcdh1g4,
pcdh1g6,
pcdh1g7,
pcdh1g8,
pcdh1g9,
pcdh1g10,
pcdh1g11,
pcdh1g13,
pcdh1g14,
pcdh1g15,
pcdh1g16,
pcdh1g17,
pcdh1g18,
pcdh1g19,
pcdh1g20,
pcdh1g21,
pcdh1g24,
pcdh1g25,
pcdh1g26,
pcdh1g29,
pcdh1g30,
pcdh1g31,
pcdh1g32,
LOC554017,
pcdh2a9,
pcdh2a11,
pcdh2a12,
pcdh2a13,
pcdh2a14,
pcdh2a15,
pcdh2a16,
pcdh2a17,
pcdh2a18,
pcdh2a19,
pcdh2a20,
pcdh2a21,
pcdh2a23,
pcdh2a24,
pcdh2a25,
pcdh2a1,
pcdh2a2,
pcdh2a3,
pcdh2a4,
pcdh2a5,
pcdh2a6,
pcdh2a7,
LOC554043,
pcdh2g1,
pcdh2g2,
pcdh2g3,
pcdh2g4,
pcdh2g5,
pcdh2g6,
pcdh2g7,
pcdh2g8,
pcdh2g9,
pcdh2g10,
pcdh2g11,
pcdh2g13,
pcdh2g14,
pcdh2g15,
pcdh2g16,
pcdh2g17
|
| 14993203 |
Gene conversion and the evolution of protocadherin gene cluster diversity. Genome Res. James P Noonan , Jane Grimwood , Jeremy Schmutz , Mark Dickson , Richard M Myers |
2004-03-01 |
pcdh1g22,
pcdh2g12,
pcdh2ac,
pcdh2ab2,
pcdh2ab1,
pcdh2ab3,
pcdh2ab5,
pcdh2ab6,
pcdh2ab7,
pcdh2ab8,
pcdh2ab9,
pcdh2aa1,
pcdh2aa3,
pcdh2ab10,
pcdh2ab11,
pcdh2ab12,
pcdh2aa15,
pcdh1a1,
pcdh1a2,
pcdh1a3,
pcdh1a4,
pcdh1a5,
pcdh1a6,
pcdh1a7,
pcdh1a8,
pcdh1a9,
pcdh1a10,
pcdh1gc5,
pcdh1gc6,
pcdh1gb2,
pcdhpsi2,
LOC553818,
pcdh1gb9,
pcdh1g1,
pcdh1g2,
pcdh1g3,
pcdh1g4,
pcdh1g6,
pcdh1g7,
pcdh1g8,
pcdh1g9,
pcdh1g10,
pcdh1g11,
pcdh1g13,
pcdh1g14,
pcdh1g15,
pcdh1g16,
pcdh1g17,
pcdh1g18,
pcdh1g19,
pcdh1g20,
pcdh1g21,
pcdh1g24,
pcdh1g25,
pcdh1g26,
pcdh1g29,
pcdh1g30,
pcdh1g31,
pcdh1g32,
LOC554017,
pcdh2a9,
pcdh2a11,
pcdh2a12,
pcdh2a13,
pcdh2a14,
pcdh2a15,
pcdh2a16,
pcdh2a17,
pcdh2a18,
pcdh2a19,
pcdh2a20,
pcdh2a21,
pcdh2a23,
pcdh2a24,
pcdh2a25,
pcdh2a1,
pcdh2a2,
pcdh2a3,
pcdh2a4,
pcdh2a5,
pcdh2a6,
pcdh2a7,
LOC554043,
pcdh2g1,
pcdh2g2,
pcdh2g3,
pcdh2g4,
pcdh2g5,
pcdh2g6,
pcdh2g7,
pcdh2g8,
pcdh2g9,
pcdh2g10,
pcdh2g11,
pcdh2g13,
pcdh2g14,
pcdh2g15,
pcdh2g16,
pcdh2g17
|
| 14672974 |
Multiple variable first exons: a mechanism for cell- and tissue-specific gene regulation. Genome Res. Theresa Zhang , Peter Haws , Qiang Wu |
2004-01-01 |
Pcdha10,
Gcnt2,
Plec,
Pcdha12,
Ugt1a2,
Ugt1a10,
Ugt1a@,
Ugt1a7c,
Ugt1a5,
Ugt1a9,
Ugt1a6b,
Ugt1a1,
Ugt1a6a,
Pcdhga6,
Ugt1a6,
Pcdha4,
Pcdha13,
Pcdha10,
Pcdha12,
Pcdha3,
Pcdha8,
Pcdhgc3,
Ugt1a7c,
Nr3c1,
Nos1,
Ugt1a1,
Pcdhb12,
Pcdhb2l,
Pcdhga4,
Pcdhga9,
Pcdhga11,
Gcnt3,
Pcdhga7,
Pcdhga5,
Pcdhb16,
Pcdhb15,
Pcdhb14,
Pcdhb11,
Pcdhb10,
Pcdhb7,
Pcdhb6,
Pcdhb5,
Pcdhb4,
Pcdhb3,
Ugt1a8,
Gcnt2,
Pcdhb22,
Pcdhb21,
Ugt1a9-ps,
Pcdhb1,
Pcdhga8,
Pcdhgb7,
Pcdhgb8,
Pcdha1,
Pcdha2,
Pcdha5,
Pcdha6,
Pcdha7,
Pcdha9,
Pcdhac1,
Pcdhac2,
Pcdha11,
Ugt1a2,
Ugt1a3,
Ugt1a9,
Ugt1a@,
Pcdhga2,
Pcdhga3,
Pcdhga10,
Pcdhga12,
Pcdhb17,
Pcdhb18,
Pcdhb19,
Pcdhga1,
Ugt1a5,
Pcdhgc5,
Pcdhgc4,
Plec,
Ugt1a4-ps,
Pcdhb8,
Pcdhb20,
pcdhb,
pcdh1g22,
pcdh2g12,
pcdh2ac,
pcdh2ab2,
pcdh2ab1,
pcdh2ab3,
pcdh2ab5,
pcdh2ab6,
pcdh2ab7,
pcdh2ab8,
pcdh2ab9,
pcdh2aa1,
pcdh2aa3,
pcdh2ab10,
pcdh2ab11,
pcdh2ab12,
pcdh2aa15
|
| 12477932 |
Generation and initial analysis of more than 15,000 full-length human and mouse cDNA sequences. Proc. Natl. Acad. Sci. U.S.A. Robert L Strausberg , Elise A Feingold , Lynette H Grouse , Jeffery G Derge , Richard D Klausner , Francis S Collins , Lukas Wagner , Carolyn M Shenmen , Gregory D Schuler , Stephen F Altschul , Barry Zeeberg , Kenneth H Buetow , Carl F Schaefer , Narayan K Bhat , Ralph F Hopkins , Heather Jordan , Troy Moore , Steve I Max , Jun Wang , Florence Hsieh , Luda Diatchenko , Kate Marusina , Andrew A Farmer , Gerald M Rubin , Ling Hong , Mark Stapleton , M Bento Soares , Maria F Bonaldo , Tom L Casavant , Todd E Scheetz , Michael J Brownstein , Ted B Usdin , Shiraki Toshiyuki , Piero Carninci , Christa Prange , Sam S Raha , Naomi A Loquellano , Garrick J Peters , Rick D Abramson , Sara J Mullahy , Stephanie A Bosak , Paul J McEwan , Kevin J McKernan , Joel A Malek , Preethi H Gunaratne , Stephen Richards , Kim C Worley , Sarah Hale , Angela M Garcia , Laura J Gay , Stephen W Hulyk , Debbie K Villalon , Donna M Muzny , Erica J Sodergren , Xiuhua Lu , Richard A Gibbs , Jessica Fahey , Erin Helton , Mark Ketteman , Anuradha Madan , Stephanie Rodrigues , Amy Sanchez , Michelle Whiting , Anup Madan , Alice C Young , Yuriy Shevchenko , Gerard G Bouffard , Robert W Blakesley , Jeffrey W Touchman , Eric D Green , Mark C Dickson , Alex C Rodriguez , Jane Grimwood , Jeremy Schmutz , Richard M Myers , Yaron S N Butterfield , Martin I Krzywinski , Ursula Skalska , Duane E Smailus , Angelique Schnerch , Jacqueline E Schein , Steven J M Jones , Marco A Marra , Mammalian Gene Collection Program Team |
2002-12-24 | - |
| 排名 | 科研单位 | 文献 |
|---|---|---|
| 1 |
Department of Bioinformatics, Merck Research Labs, Rahway, New Jersey 07065, USA. |
1 |
| 2 |
Stanford University School of Medicine |
1 |
| 3 |
National Neuroscience Institute |
1 |
| 4 |
National Cancer Institute |
1 |
| 5 |
Swiss Institute for Bioinformatics |
1 |
目前还没有研究热点单位
| 排名 | 研究人员 | 文献 |
|---|---|---|
| 1 |
Jane Grimwood |
2 |
| 2 |
Richard M Myers |
2 |
| 3 |
Jeremy Schmutz |
2 |
| 4 |
Qiang Wu |
2 |
| 5 |
Theresa Zhang |
1 |
目前还没有研究热点人员