Name: SGK3
Price per aliquot (100µg): £110.00
Full Name:
SGK3 (1 - 130) PX domain
Immuno Sequence:
GST-SGK3 (1 - 130) DU 2034
Sheep Number:
S848D
Monoclonal/Polyclonal:
Polyclonal
Gel Image: 
Wildtype HEK293 and SGK3-‐KO HEK293 cell lysates were immunoblotted for SGK3, Bleeds 5 - 10 of the S848D antibody, and the S037D 3rd Bleed. 10ug whole cell lysate was loaded onto a 10% SDS-‐PAGE gel, and membranes probed with 1 ug/ml primary antibody, and 1:2500 secondary α-‐Sheep antibody. Membranes were developed using ECL Chemiluminescent Reagent, and simultaneously exposed for 20 seconds onto light-‐sensitive films.
3mg of HEK293 whole cell lysate underwent immunoprecipitation for SGK3 using 3ug of each Ab, coupled to 6ul Sepharose G beads. Protein was eluted from beads in 90ul 2X LDS with 5% BME, to give a 100ul sample. 10ul of this sample was loaded onto a 10% SDS-‐PAGE gel, with 20ug whole cell lysate and IP supernatant. Immunoblotting was performed using Anti-‐SGK Ab from Sigma (Cat# S5188). The data suggest that all the antibodies IP SGK3 from whole cell lysate very well. The later bleeds 5-‐7 also show more substantial depletion from the supernatant.
Wildtype HEK293 and SGK3-‐KO HEK293 cell lysates were immunoblotted for SGK3, Bleeds 5 - 10 of the S848D antibody, and the S037D 3rd Bleed. 10ug whole cell lysate was loaded onto a 10% SDS-‐PAGE gel, and membranes probed with 1 ug/ml primary antibody, and 1:2500 secondary α-‐Sheep antibody. Membranes were developed using ECL Chemiluminescent Reagent, and simultaneously exposed for 20 seconds onto light-‐sensitive films.
3mg of HEK293 whole cell lysate underwent immunoprecipitation for SGK3 using 3ug of each Ab, coupled to 6ul Sepharose G beads. Protein was eluted from beads in 90ul 2X LDS with 5% BME, to give a 100ul sample. 10ul of this sample was loaded onto a 10% SDS-‐PAGE gel, with 20ug whole cell lysate and IP supernatant. Immunoblotting was performed using Anti-‐SGK Ab from Sigma (Cat# S5188). The data suggest that all the antibodies IP SGK3 from whole cell lysate very well. The later bleeds 5-‐7 also show more substantial depletion from the supernatant.
