Garrett Easson

Garrett Easson

CRM Early Career Executive Council, Member

Garrett is a current postdoctoral fellow in the Wagenseil lab. He joined the CRM ECEC in 2023. His thesis research is focused on the mechanisms of intervertebral disc mechanical transduction to better understand the development of low back pain.

Matthew Ishahak, PhD

Matthew Ishahak, PhD

CRM Early Career Executive Council, Member; DPS Class of 2024

Dr. Ishahak is a postdoctoral fellow in the Millman Lab. He joined the CRM ECEC in 2023. Matt’s research is focused on engineering stem cell-derived organoid model systems to study human development and pathophysiology.

Renuka Khatik, PhD

Renuka Khatik, PhD

CRM Early Career Executive Council, Member

Dr. Khatik is a postdoctoral fellow in the Sharma Lab. She joined the CRM ECEC as co-chair in 2023 and continues as a member in 2024. Renuka’s research is focused on engineering of nano-drug delivery systems.

Marlie Maestas

Marlie Maestas

CRM Early Career Executive Council, Member

Marlie is a graduate student in the Millman lab. Her research focuses on leveraging stem cell technology to improve treatment for diabetes.

Brittany Meyer, MSc

Brittany Meyer, MSc

CRM Early Career Executive Council, Member

Ms. Meyer is a research technician II in the Theunissen Lab. She joined the CRM ECEC in 2023. She is interested in researching stem cells and their applications in disease therapy and regenerative medicine.

Sara Pietroforte, PhD

Sara Pietroforte, PhD

CRM Early Career Executive Council, Chair

Dr. Pietroforte is a postdoctoral fellow in the Amargant i Riera Lab. She joined the CRM ECEC as co-Chair in 2024. Sara’s research is focused on the study of intrinsic and extrinsic factors that modulate oocyte quality in normal conditions and elucidate their changes with aging.

Adrienne Scott, PhD

Adrienne Scott, PhD

CRM Early Career Executive Council, Co-Chair; Former T32 Fellow; CRM DPS Class of 2024

Dr. Scott is a postdoctoral fellow in the Oyen Lab. Her research is focused on vascular remodeling of the placenta in Fetal Growth Restriction pregnancies and developing models to predict microvascular changes from low resolution ultrasound imaging.