VISIT US
AT THE SOBOL LAB
Welcome to the Sobol lab, where groundbreaking research in DNA repair pathways awaits you. We invite you to be a part of our dynamic team dedicated to unraveling the mysteries of PARP activation, replication stress, and overcoming PARP-inhibitor resistance.
VISIT US
AT THE SOBOL LAB
Welcome to the Sobol lab, where groundbreaking research in DNA repair pathways awaits you. We invite you to be a part of our dynamic team dedicated to unraveling the mysteries of PARP activation, replication stress, and overcoming PARP-inhibitor resistance.
We are located in:
Rhode Island Hospital
Coro West Building
Sobol Lab, Suite 5.17
Office: 5.21B
1 Hoppin St
Providence RI 02903
Sobol Lab, Suite 5.17
Office: 5.21B
1 Hoppin St
Providence RI 02903
Stay up to date with the Sobol Lab through our Twitter account!
We are located in:
Rhode Island Hospital
Coro West Building
Sobol Lab, Suite 5.17
Office: 5.21B
1 Hoppin St
Providence RI 02903
Sobol Lab, Suite 5.17
Office: 5.21B
1 Hoppin St
Providence RI 02903
Stay up to date with the Sobol Lab through our Twitter account!
JOIN THE LAB
Contact us today to express your interest in joining the Sobol lab. We look forward to embarking on an exciting scientific journey together.
As a member of our lab, you’ll have the opportunity to develop innovative biological assays to evaluate PARP activation, genotoxic stress, and gene-environment interactions. Through our research, we strive to understand how these pathways impact tumor cell survival, cellular toxicity, environmental genotoxins, cellular aging, and response to therapies.
We also explore novel proteomics approaches to uncover targets for enhanced chemotherapy response, and we actively work on developing small molecule inhibitors to overcome chemotherapy treatment resistance.
Join us in our welcoming and collaborative environment where diverse perspectives are valued.
As a member of our lab, you’ll have the opportunity to develop innovative biological assays to evaluate PARP activation, genotoxic stress, and gene-environment interactions. Through our research, we strive to understand how these pathways impact tumor cell survival, cellular toxicity, environmental genotoxins, cellular aging, and response to therapies.
We also explore novel proteomics approaches to uncover targets for enhanced chemotherapy response, and we actively work on developing small molecule inhibitors to overcome chemotherapy treatment resistance.
Join us in our welcoming and collaborative environment where diverse perspectives are valued.
THE SOBOL LAB
THE SOBOL LAB