The
Daily
Fix
3-2-1 minutes of each:
Veal Meatballs
Ketosis: The default human metabolic phenotype
Max rep strict muscle-ups
Rest
Max rep Sots presses
Rest
Tender veal meatballs simmered in a rich tomato cream sauce, served with roasted garlic broccoli.
A primer on how modern diets disrupted human metabolic flexibility
This workout is 23 minutes — 3 minutes of MUs, rest 3 minutes, 3 minutes of Sots press, rest 3 minutes; 2 minutes of MUs, rest 2 minutes, 2 minutes of Sots press, rest 2 minutes; 1 minute of MUs, rest 1 minute, 1 minute of Sots press.
Use an empty barbell for the Sots press.
Post total reps completed of each exercise to comments.
Ingredients
8 oz ground veal
1 egg
2 Tbsp grated parmesan
1 garlic clove, minced
½ cup crushed tomatoes (no sugar added)
¼ cup heavy cream
1 cup broccoli florets
1 Tbsp tallow (for roasting)
Salt & black pepper
Pinch dried basil
Macronutrients
(per serving, makes 1)
Protein: 47g
Fat: 45g
Carbs: 8g
Preparation
Preheat oven to 400°F. Toss broccoli florets with tallow and a pinch of salt. Spread on a baking sheet and roast 18–22 minutes until tender and lightly crisped on the edges.
In a bowl, combine ground veal, egg, parmesan, minced garlic, salt, and pepper. Mix gently until just combined and form into small meatballs.
Heat a skillet over medium heat. Add meatballs and cook 6–8 minutes, turning occasionally, until browned on all sides.
Pour in crushed tomatoes and bring to a gentle simmer. Cook 8–10 minutes until meatballs are cooked through and sauce slightly thickens. Stir in heavy cream and basil, then simmer another 3–5 minutes until the sauce is rich and creamy.
Serve meatballs with sauce spooned over the top and roasted broccoli on the side.
For most of human history, humans lived in a state of metabolic flexibility, naturally shifting between glucose and ketones depending on food availability. This primer explores the evolutionary, historical, and scientific case for ketosis as a normal human metabolic state rather than a modern dietary trend. Tracing the work of figures such as William Banting, Robert Atkins, Stephen Phinney, Jeff Volek, and others, the article explains how the widespread abandonment of fat-based metabolism in favor of constant carbohydrate intake coincided with the rise of obesity, diabetes, and chronic metabolic disease. It also examines how modern dietary guidelines, industry influence, and flawed nutrition science contributed to the demonization of dietary fat and ketosis despite growing evidence supporting carbohydrate restriction as a powerful tool for improving metabolic health.
THURSDAY 260528