Adaptor Proteins
Adaptor proteins are essential molecules that influence signal transduction pathways, governing cross-talk and specificity. Adaptor proteins contain protein-binding motifs, which facilitate interactions between protein-binding partners and the generation of bigger signaling complexes. Many adaptor proteins are required to link molecules within a signaling cascade to ensure the appropriate signaling response. R&D Systems offers quality products to study intracellular adaptor proteins that interact with cell surface receptors and participate in the regulation of a diverse range of biological process, including cell survival, proliferation, differentiation, and stress responses.
- 14-3-3
- 14-3-3 beta
- 14-3-3 gamma
- 14-3-3 epsilon
- 14-3-3 eta
- 14-3-3 sigma
- 14-3-3 theta
- 14-3-3 zeta
- ABI1
- APBA2
- APBA3
- APPL
- BAP31
- BCAP
- BLNK
- BRDG1
- CARD9
- CBL
- CD2AP
- CHIP/STUB1
- CIDEA
- CIDEC
- CIN85/SH3KBP1
- CRADD
- Crk
- CrkL
- DAB2
- DAP10/HCST
- DAPP1
- Daxx
- DFF40/CAD
- DFF45/ICAD
- DISC1
- DOCK1
- DOCK2
- DOCK3
- DOK3
- DOK7
- Erbin
- FADD
- FLIP
- FRS2
- GAB2
- GAB3
- GAPDH
- GAPDH-2
- GBL
- GRAP2
- GRB2
- GRB7
- GULP1/CED-6
- Importin alpha 2/KPNA2
- Importin alpha 3/KPNA4
- Importin alpha 5/KPNA1
- Importin beta/KPNB1
- IRS1
- IRS2
- LAT
- LNK/SH2B3
- LRRC1/LANO
- Mena
- MIG2
- MyD88
- NCK1
- NOD1
- NTAL
- Numb
- p130Cas
- p62/SQSTM1
- PAG1
- PARD3/Par3
- Paxillin
- PDHX
- PINCH1
- Ras-GAP
- RIAM/APBB1IP
- SAM68
- SH2B1
- SH2D1A
- SH2D2A
- SHANK2
- SHB
- SHC1
- SIT1
- SOCS-5
- SOCS-6
- SOCS-7/Nck/NAP4
- STI1
- SWAP70
- TANK
- TAPP1
- Tollip
- TRADD
- TRAF-1
- TRAF-2
- TRAF-3
- TRAF-4
- TRAF-5
- TRAF-6
- TRAM/TICAM2
- TRIF/TICAM1
- TRRAP
- UBASH3B/STS1
- Vav-1