schultz
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I would like to point out to all the people who think the carnivore diet must be synonymous with zero carbohydrate that shellfish tends to have carbohydrates. For example, eastern oysters have more carbohydrates than protein. Fresh meat has carbohydrates as well. If an animal is frozen soon after it is killed then the glycogen will not breakdown. Salting the meat will also help slow/prevent the glycogen breakdown. The Inuit of course live in a very cold climate so I imagine their fresh kills would soon freeze and maintain a large part of their carbohydrate content. It ain't sitting on the grocery store shelf for a couple weeks, that's for sure. Fresh liver would have quite a bit of carbohydrate in it. The inuit also consumed parts of the animal that "grocery store carnivores" probably don't eat, like endocrine glands, brain, etc. which would provide hormones.
It is estimated that the Inuit got as much as 15-20% of their diet as carbohydrates.
Carbs (not Meat) Were Crucial Factor For Developing Big Brains
Other important points are that the inuit consumed seafood as well. Whale muscle takes significantly longer to go through rigor mortis than something like a cow, so its glycogen content would be present much longer after its death, especially in a cold environment. This may have something to do with a unique metabolism that differs a bit to humans, probably having to do with diving. These types of diving mammals have increased glycogen stores compared to land mammals.
I found these two articles that were pretty interesting, and explain things a lot better than I have:
Eating raw marine mammals isn’t the same as eating cooked land mammals « Isegoria
Inuit cuisine explained
What about shellfish?
It is estimated that the Inuit got as much as 15-20% of their diet as carbohydrates.
Carbs (not Meat) Were Crucial Factor For Developing Big Brains
Other important points are that the inuit consumed seafood as well. Whale muscle takes significantly longer to go through rigor mortis than something like a cow, so its glycogen content would be present much longer after its death, especially in a cold environment. This may have something to do with a unique metabolism that differs a bit to humans, probably having to do with diving. These types of diving mammals have increased glycogen stores compared to land mammals.
I found these two articles that were pretty interesting, and explain things a lot better than I have:
Eating raw marine mammals isn’t the same as eating cooked land mammals « Isegoria
Inuit cuisine explained
Sounds like a copper deficiency. Not much copper in that carnivore diet (unless he is eating liver).
What about shellfish?