APOE4

WT

Live confocal calcium imaging of an immature iAssembloid captured at the University of Cincinnati. This video showcases dynamic calcium transients within the developing neural tissue, reflecting spontaneous neuronal activity in real-time. The use of live confocal microscopy enables high-resolution visualization of intracellular calcium fluxes, offering insights into early network formation and functional maturation in iAssembloids.

Working on a biomedical science project is truly a privilege — it’s an opportunity to contribute to the ever-expanding frontier of human knowledge, with the potential to impact lives and transform healthcare. Every experiment, every image, every data point brings us closer to understanding the intricate biology that underlies health and disease.

Please enjoy below a collection of moments — both failures and successes — captured in pseudo-dramatic images. In science, failure is not the opposite of mastery, but its witness.

-not completely written using an LLM

Images and pictures I have taken over the course of my experiences as a student, a teacher, and a researcher.

Many individuals have shaped me on a personal and professional level. I am thankful to everyone who has contributed to my career. I keep this archive to honor my past and guide me in my future.

As they say on my side of the world, baobab trees need sturdy roots to withstand storms.

No matter what you do, your work is a reflection of who you are. You may not get the appreciation you believe you deserve in our realm, but know that the heavens and earth will bear witness.
— YY circa 2020 NYC

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new pictures added weekly