Trends from the Trenches Podcast

Casey McPherson’s Mission to Find a Cure to Rare Diseases

September 30, 2025

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Rare diseases do not receive enough attention for the impact they have on patients and their families. This is what AlphaRose’s founder and CEO Casey McPherson learned after his daughter was diagnosed with a rare condition. In a conversation with host Ari Berman, McPherson shares how he switched from music to founding his own pharmaceutical company, what technologies AlphaRose is developing, and how his company is creating environments that allow innovation and iteration. He also shares his thoughts on embracing failure in order to make progress and emphasizes holding compassion and understanding for the patients and families that are impacted by rare diseases—because you never know what it’s like until it happens to you.


Casey McPherson, Founder and CEO, AlphaRose Therapeutics
Casey McPherson is a talented entrepreneur and singer-songwriter known for his two #10 US hits and a #10 video on VH1, having performed for hundreds of thousands of fans worldwide. Following the diagnosis of his youngest daughter, Rose, with a rare disease, Casey dedicated himself to understanding genetics and drug development.

In 2020, he founded the To Cure A Rose Foundation to support research for Rose and other rare disease patients. He co-founded Everlum Bio in 2022, the first contract research lab focused on rare diseases for family-run foundations, and in 2023, he established AlphaRose Therapeutics, a platform for the commercialization of rare disease therapeutics, where he serves as founder and CEO.

With a strong network of professionals in the rare disease sector, Casey draws parallels between drug development and the music industry, emphasizing the importance of grit, creativity, and focus. Based in Austin, Texas, he enjoys sailing, hiking, and surfing while advocating for children with rare genetic conditions through conference talks and media features.


Ari Berman

Host Bio

Ari Berman

Ari received his Ph.D. in Molecular Biology with a focus on Neuroscience in 2005 from the University of Texas at Austin (UT). His graduate work focused on studying the effects of genetics on addictive behaviors such as alcoholism. His postdoctoral fellowships at the University of California, San Francisco (UCSF) and the Buck Institute for Research on Aging focused on improving our understanding of neurodegenerative diseases of aging (specifically, Parkinson’s and Alzheimers Disease) by utilizing a combination of laboratory science and animal models, as well as bioinformatics and computational biology. Ari is also an expert in Scientific Computing specializing in high performance computing (HPC), high-performance networks, data centers, storage, cloud, general IT infrastructure, and bioinformatics and data analytics. He has been designing, building, and operating scientific computing environments for 26 years and strives to advocate for science and empower researchers to make discoveries from their complex datasets. His ultimate goal is to help create a dynamic enough abstraction of flexible infrastructure from research end-users to enable anyone to analyze and gain knowledge from very complex datasets.

A life science IT consulting firm at the intersection of science, data, and technology, BioTeam builds innovative scientific data ecosystems that close the gap between what scientists want to do with data—and what they can do. Learn more at www.bioteam.net.

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Meet the Host

Eleanor Howe

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Eleanor has been working at the cutting edge of bioinformatics for over 20 years. As founder of Diamond Age, she led the company’s evolution from a small, project-based service provider to a full-fledged consultancy that works closely with clients to tackle their most difficult research challenges. Trained as a computational biologist, Eleanor has deep expertise in transcriptional profiling as well as drug discovery and development. She earned her doctorate degree in bioinformatics from Oxford University and spent years in biomedical research at The Institute for Genomic Research, Dana-Farber Cancer Institute, and The Broad Institute.


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