Student Seminar – Page 2 – MIT ChemE

Design and Material Strategies for Endovascular Devices that Deliver Minimally Invasive Cellular Therapeutics

Mapping the Human Anti-αGal Antibody Repertoire: A High-Throughput Platform for Glyco-antigen Profiling

Platform Engineering for the Development of Cyclotide Therapeutics

Computational Modeling and Generative Design of OLED Emitters and Host Materials

Creating Platform for Scalable Delivery of Organ-Scale Cellular Therapeutics for Chronic Disease Treatment

Engineering Liquid Crystal Elastomer Formulations for Enhanced Magnetic Alignment

Electrostatic Effects on Liquid Phase Catalysis in Zeolites

Generalized Tensioned Model for Bond Activation: Transition Force Prediction of Organic Mechanophore

Combinatorial Engineering of Poly(β-amino esters) for Intramuscular mRNA Vaccine Delivery

Engineering In Vitro Transcription for Scalable and Affordable Gene Therapy Manufacturing