This week, I advanced my thesis research by developing a MATLAB simulation to model the release kinetics of a therapeutic peptide from a drug delivery vehicle. This peptide is currently used in both my home lab at Cornell and the host lab at HSS, so the model will serve as a critical tool to compare experimental data across sites and validate theoretical predictions.
Clinically, I observed several surgical procedures, including a robot-assisted total hip replacement using the MAKO system. This procedure integrates preoperative MRI imaging with intraoperative robotic guidance, enabling the system to restrict surgical tools if they deviate from the planned trajectory. The precision and safety offered by this technology reinforced the powerful role of engineering in modern surgical care.
Unfortunately, due to a mechanical issue with the microtome, I was unable to continue histological sample preparation this week. We are planning on sending some sample blocks up to Cornell to have them section slides for us.
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