Can you really build more muscle just by rethinking how you dose leucine and essential amino acids? Dr. Daniel A. Traylor, Ph.D. — co-founder and principal scientist of LEUVATE™ — reveals the science behind protein quality, muscle protein synthesis, and why older adults may need twice the protein dose to get the same results as younger people.

We dig into mTORC1 signaling, sarcopenia, the 30g protein absorption myth, GLP-1 drug effects on muscle, and the clinical trial data behind LEUVATE™. If you care about muscle, longevity, or protein strategy, this one is loaded.

Daniel A. Traylor, Ph.D. is an Assistant Professor of Health Sciences at DePaul University in Chicago and Owner, Co-Founder, and Principal Scientist of LEUVATE™. His research explores how protein quality, amino acids, and exercise interact to influence muscle adaptation, recovery, and physical function across the lifespan. He is the co-inventor of LEUVATE™ — a precision-engineered leucine-enriched nutritional formula validated across multiple peer-reviewed human clinical trials.

• 3:36 — Can you really only absorb 30g protein at once?
• 9:16 — Sarcopenia: the muscle-loss crisis in aging
• 16:01 — mTORC1 and what triggers muscle protein synthesis
• 20:46 — Why older adults may need twice the protein dose
• 30:26 — The origin story of LEUVATE™
• 34:01 — Leucine: the master switch for MPS
• 37:56 — How leucine acts as a dimmer on mTORC1
• 53:21 — GLP-1 drugs, muscle loss, and amino acid needs
• 1:06:36 — LEUVATE™ vs whey: MPS data and ongoing trials
• 1:17:01 — How leucine-enriched EAAs signal differently in the gut
• 1:27:11 — Protein spiking and supplement quality red flags

• LEUVATE™
• Dr. Traylor email

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