I've yet to come across any hard data comparing the insulin responses of various isolated proteins in matching quantities.
The "insulin index" tries, but fails, as it uses real foods that vary in carb/fat and are matched based on calories not grams of protein which distorts the results (100cal of baked beans is mostly carb, 100cal of eggs is mostly fat, 100cal of fish is mostly protein = worthless results) Info specifically on glucagon responses seems even more rare/nonexistent, all I keep seeing is amino acids = insulin/glucagon response
It's my understanding that all dietary protein, regardless of source provoke both insulin and glucagon responses based on its digestion rate. To make this even more complex, whey being very quickly absorbed and of high bioavailability is going to spike insulin faster than an equal quantity of slower digested or less bioavailable proteins (less usable aminos)
Are whey proteins invoking more insulin response than other proteins over time, or is the higher bioavailability/faster absorption simply providing a larger volume of aminos in a shorter time? This is the question, and it's one I've yet to find a good answer to



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