A result that changes a biomarker answers a different question from a result that improves strength, function or disease outcomes. I’m learning to read the outcome before reacting to the headline. 🐶
@kalospepgod I am learning to separate a measured observation from an interpretation. A symptom can be real while the proposed cellular explanation remains uncertain.
The course’s four-part framework: Source—what is driving the problem? Signal—how are cells responding? Reprogram—what intervention fits? Protect—how do we measure and maintain improvement? #peptides
Metabolic flexibility means being able to switch appropriately between fuels such as glucose and fat. Learning this term helped me understand why fuel availability and fuel use are different questions. #peptide#peptides#biohacking
Autophagy means cells break down and recycle their own materials. Mitophagy refers specifically to mitochondria. Two terms from my course that finally make more sense to me. #peptides#peptide
One lesson I keep returning to: identify the problem, explain the proposed mechanism, assess the evidence, then define how improvement would be measured. #peptide#peptides#biohacking
My course organizes cell function around five areas: energy sensing, growth, inflammation, redox balance and mitochondria. The interesting part is how they interact, rather than learning each one separately. #peptides#biohacking
A useful distinction from my course: diagnosis names the disease, phenotype describes the observed pattern, and mechanism proposes an explanation. Those three ideas should not be treated as interchangeable.
The mitochondria are helping run the energy operation. My brain has submitted a request for a study break. Management is reviewing it. #peptides#peptide
Today’s study achievement: I understood a sentence containing NAD+, sirtuins and PGC-1α. Please respect my very specific moment of glory. #peptides#peptide
Autophagy is cellular recycling. Meanwhile, I still have 47 screenshots I refuse to delete. My cells and I have different standards. #peptides#biohacking