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Zayna earned her PhD in Cell Biology and Physiology from the University of North Carolina at Chapel Hill in 2022 where she gained extensive experience in light microscopy. Her doctoral research focused on understanding the dynamics of cytoskeletal networks and their influence on cell motility under both physiological and pathological conditions. Following her graduate studies, Zayna transitioned into the pharmaceutical industry, where she supported FDA-regulated development and validation of newly manufactured drugs and biologics.

After a year in the pharmaceutical sector, Zayna joined Protochips as a Product Specialist and has been an integral part of the company ever since. She finds great fulfillment in engaging with researchers worldwide to share insights about Protochips' in situ transmission electron microscopy (TEM) systems and research solutions. She also enjoys staying informed about the groundbreaking research that continues to push scientific boundaries all over the world.

In her role at Protochips, Zayna collaborates closely with the Sales, Marketing, and New Product Development teams to support the creation and commercialization of innovative in situ TEM products. Although she is not formally trained as a transmission electron microscopist, her extensive experience with light microscopy and her passion for engaging with young researchers has facilitated a seamless and enjoyable transition into the TEM community.

Zayna's talk will highlight her transition from a background in light microscopy and biology to the in situ TEM field, which spans disciplines ranging from materials science to energy materials research and beyond. Zayna will share her strategies for navigating such career shifts, offering insights on leveraging existing and newly acquired skills to succeed in any professional setting. 

About the speaker:

Zayna King, PhD, is a trained cell biologist who transitioned into industry as a Product Specialist at Protochips. Her primary focus is on advanced tools used for  in situ electron microscopy. She earned her PhD from UNC Chapel Hill, where she studied the cytoskeletal mechanisms driving cell motility, using light microscopy-based techniques. Zayna is an advocate for diversity and mental wellness initiatives within the community.

ORCID: Zayna King https://orcid.org/0000-0003-1465-7751