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Hands-On Biomedical Research, 100% Online

DryLab gives you a PhD mentored, publishable, research project
—all from home.

What Is DryLab?

DryLab pairs you with a PhD or MD mentor to run a unique research project in genomics, metabolomics, computational biology, or environmental health—entirely online. Build real skills and create publishable work without needing a physical lab.

Research Design

Data Analysis

Poster & Paper Writing

Capstone

Graduate With More Than Just Experience

1

Kickoff Call

Meet your mentor, align goals, choose your track.

2

Literature Review

Learn the field and shape your hypothesis with templates.

3

Data Analysis

Analyze real datasets (genomics, metabolomics, imaging, or environmental).

4

Publish & Present

Draft a manuscript and poster; rehearse your talk.

Mentor Spotlight

Meet Dr. Casey Bennett

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PhD, Informatics & Computer Science (IU) • Chair, Health Informatics at DePaul • US-patented clinical AI researcher • Work featured by IBM’s Smarter Planet

  • AI and robotics professor leading real healthcare innovation projects.

  • 20+ years experience in machine learning and digital health.

  • Former senior data scientist at Cigna, CVS, and major hospitals.

  • Trained students now working at Google, Samsung, Apple, Amazon.

  • Builds real clinical AI tools used to improve patient care.

Mentor Spotlight

Meet Dr. Anthony Cirrincione

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PhD, Cell and Molecular Biology (UM) • World-Class Expertise in Cancer, Genomics & Regeneration

  • Award-winning cancer and genomics researcher with international presence.

  • Skilled in both wet-lab and computational biology mentoring.

  • Former clinical genomics scientist interpreting real patient DNA.

  • 10+ years experience across academia, biotech, and precision medicine.

  • Supportive mentor who makes complex biology clear and confidence-building.

Mentor Spotlight

Meet Dr. Daniel Pierce (Dr. Dan)

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PhD, Physical Chemistry (UMBC) • 9 first-author publications • Inventor of Fluorophore-Induced Plasmonic Current (FIPC)

  • Mentors undergrads to publication-ready work (posters & manuscripts).

  • Focus: environmental contaminants (PFAS, microplastics) & public health.

  • Assay design (ELISA/qPCR), LC/GC-MS, fluorescence & optics; Python/R.

  • Teaches a “full-stack” research mindset—from molecule to population.

  • Provides strong letters of rec for students who complete capstones.

Frequently asked questions

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