Fact-Checking Female-Specific Training & Nutrition Advice with Dr. Lauren Colenso-Semple, PhD

In this episode, Laurel and Sarah sit down with  muscle physiology researcher and science communicator Lauren Colenso-Semple to take a hard look at some of the most popular and problematic claims circulating in women’s health and fitness. Together, they unpack the slogan “women are not small men,” and the idea that women need completely different training and nutrition approaches than men. Lauren explains where the evidence actually stands on topics like muscle loss at 30, lifting to failure, cardio recommendations for women, bone density changes at menopause, training fasted versus fed, cycle syncing, cortisol “hacks,” and more.

This conversation is a deep dive into separating women's physiology from marketing ploys. Learn why overcomplicating women’s training does more harm than good. You'll gain clear, evidence-based guidance for women in perimenopause, post-menopause, and beyond.

Sign up for the Bone Density Course Interest list

Follow us @MovementLogicTutorials on Instagram

04:30 Why Naming Sources Matters

08:15 “Women Are Not Small Men”: What’s True and What’s Branding

16:00 How Much Research on Women Actually Exists

29:30 Training to Failure, Heavy vs. Light Loads, and Age-Specific Claims

31:00 The Case for Keeping Moderate-Intensity Cardio

36:15 Bone Loss Myths and What Exercise Really Helps

46:30 What “Challenging Sets” Mean in Research

49:00 Cortisol, Fasted Training, and Breakfast Timing

52:30 Low Energy Availability vs. Simply Skipping Breakfast

01:08:00 Cycle Syncing and Monthly Program Overhauls

01:15:00 Rapid-Fire Q&A: Creatine, Weighted Vests, Collagen, Protein Targets, Electrolytes

01:23:30 How Overcomplicated Rules Keep Women Out of Exercise

01:24:00 Has Stacy Sims Done More Good or More Harm?

01:26:30 Why Simple, Progressive Training Works for Everyone

Dr Lauren Colenso-Semple on Instagram

Front Page Fitness Podcast

Study Menstrual cycle phase does not influence muscle protein synthesis or whole-body myofibrillar proteolysis in response to resistance

Mel Robbins Podcast interview with Dr. Stacey Sims

Huberman Lab Podcast interview with Dr. Stacey Sims