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seattle hub for synthetic biology

pinglay lab

We are a laboratory of biological tinkerers at the intersection of DNA synthesis, protein design and single-cell sequencing.
The Seattle Hub for Synthetic Biology is a collaboration between Allen Institute, Chan Zuckerberg Initiative and the University of Washington.

‍goals and approach

The lab is a group of biological tinkerers working at the intersection of genome-scale DNA synthesis, genome engineering, single-cell sequencing, and de novo design. The lab aims to construct improved disease models, elucidate the mechanisms of gene regulation, probe the limits of genome structure and encode novel functionalities into cells for applications in biologics production, cell therapy, cultivated meat and biological recording.

Man wearing glasses and blue sweater smiling at camera against white background
Sudarshan Pinglay, Ph.D, leads a research lab affiliated with the Seattle Hub for Synthetic Biology, as well as the University of Washington, the Department of Genome Sciences, and the Brotman Baty Institute for Precision Medicine. He holds a Ph.D. in Cell and Molecular Biology from the New York University School of Medicine.
Two young scientists in white lab coats working in a modern laboratory with glowing ceiling lights.
Zihao Song (Pinglay Lab) and Kenny Dang (Operations) using the Echo 555, which uses acoustic energy to dispense and transfer liquid in precise volumes for samples.

the pinglay lab

Learn more about the Pinglay Lab at our website.

pinglay lab website

pinglay lab team

Eleftheria Anastasia Beres
Jonas Koeppel
Mohammed Aljohani
Yash Sonthalia
Zachary Amador
Zihao Song
Andrew Ghazouli
Faaiz Quaisar
Researcher, Pinglay Lab, UW
Julie Trolle
we acceleratedevelopcatalyzeimpact

science done differently. shared with the world.

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brain science

Mapping every cell, connection, and circuit in the brain—openly shared with the world.

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Decoding how cells become tissues, then programming that knowledge into powerful new research tools.

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Revealing the brain's hidden algorithms that transform neural activity into real-world behavior.

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Creating the deepest open reference for the healthy human immune system ever built.

synthetic biology

Engineering cells to record their own histories, transforming how we understand disease over time.

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Big questions, open answers, and science built to be shared.

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Inspiring the next generation of scientists through open science resources.

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Our science is empowering researchers and advancing health worldwide.
advancing science through open, collaborative research
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