Biology Department of Adelphi University
@adelphibiodept.bsky.social
Huge congratulations to the team!
April 16, 2025 at 11:28 PM
Huge congratulations to the team!
– Kelly Bartley (MS) showed the effect was specific to PKCι and not PKCζ.
– Prachi Shah (UG) demonstrated that VHL-dependent lysosomal degradation regulates integrins.
– Chandni Dave (4+1 BS/MS) found lysosome size and protein processing varied with VHL presence, reinforcing the mechanism.
– Prachi Shah (UG) demonstrated that VHL-dependent lysosomal degradation regulates integrins.
– Chandni Dave (4+1 BS/MS) found lysosome size and protein processing varied with VHL presence, reinforcing the mechanism.
April 16, 2025 at 11:28 PM
– Kelly Bartley (MS) showed the effect was specific to PKCι and not PKCζ.
– Prachi Shah (UG) demonstrated that VHL-dependent lysosomal degradation regulates integrins.
– Chandni Dave (4+1 BS/MS) found lysosome size and protein processing varied with VHL presence, reinforcing the mechanism.
– Prachi Shah (UG) demonstrated that VHL-dependent lysosomal degradation regulates integrins.
– Chandni Dave (4+1 BS/MS) found lysosome size and protein processing varied with VHL presence, reinforcing the mechanism.
Student contributions were essential
– Alyssa Schurr (UG) pioneered the PKCι knockout using CRISPR.
– Alexandria Jaramillo (MS) confirmed the effect in a second cell line.
– Alyssa Schurr (UG) pioneered the PKCι knockout using CRISPR.
– Alexandria Jaramillo (MS) confirmed the effect in a second cell line.
April 16, 2025 at 11:27 PM
Student contributions were essential
– Alyssa Schurr (UG) pioneered the PKCι knockout using CRISPR.
– Alexandria Jaramillo (MS) confirmed the effect in a second cell line.
– Alyssa Schurr (UG) pioneered the PKCι knockout using CRISPR.
– Alexandria Jaramillo (MS) confirmed the effect in a second cell line.