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Everett Moding, MD, PhD

@everettmoding.bsky.social

Physician scientist with Stanford Radiation Oncology studying radiation and sarcoma biology using genomic analysis and preclinical models.

Posts Replies Media

Everett Moding, MD, PhD @everettmoding.bsky.social · 17/03/2025

Congrats again to Faith Ryu on the gorgeous cover and our amazing team in the lab (Erik Blomain, Shaghayegh Soudi, Ziwei Wang, Anish Somani, and many more!). Thank you to all of our collaborators and grant support for making this possible! (8/8)

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Everett Moding, MD, PhD @everettmoding.bsky.social · 17/03/2025

Finally, we demonstrated that circulating tumor DNA can accurately measure subclonal architecture and non-invasively monitor sarcoma evolution during radiotherapy. (6/8)

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Everett Moding, MD, PhD @everettmoding.bsky.social · 17/03/2025

By analyzing genes mutated in radiosensitive subclones that contracted during radiotherapy, we observed an enrichment in mutations affecting the calcium signaling pathway. Inhibiting calcium transporters made sarcoma cells more sensitive to radiotherapy. (5/8)

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Everett Moding, MD, PhD @everettmoding.bsky.social · 17/03/2025

Using metrics of genetic divergence between regions to measure selection pressure, we found that radiotherapy increased evolutionary selection and led to the expansion of resistant subclonal cancer cells. (4/8)

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Everett Moding, MD, PhD @everettmoding.bsky.social · 17/03/2025

We observed evidence of strong selection during sarcoma development with most untreated UPS displaying initial linear evolution followed by branching evolution later in tumor development. (3/8)

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Everett Moding, MD, PhD @everettmoding.bsky.social · 17/03/2025

First post on @bsky.app to share that our study made the cover of @theaacr.bsky.social Cancer Research! Congrats Faith Ryu on this beautiful artwork showing the effect of #radiotherapy on #sarcoma evolution. A 🧵 of key findings from the most recent story from the lab. (1/8)

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