Sarthak Saha

This paper describes a method to recover and biobank CD34+ hematopoietic stem cells from clinical apheresis waste for hemoglobinopathy research, showing comparable yields and viability to peripheral blood samples.

The paper develops a graphene device for high-temperature crystallography to study enzymatic reactivity across temperature ranges, revealing how transition state ensembles relate to catalytic rates.

The paper introduces a microfluidic T-Chip for one-step clinical-scale T-cell purification from blood products, achieving high purity, viability, and recovery of CD3+ T cells for CAR T-cell manufacturing.

This paper describes a scalable microfluidic device for automated X-ray crystallography that enables efficient and damage-free crystal mounting for protein structure analysis.