(16/n) I find it helpful to use a nutrition tracking app (such as cronometer.com) to plan my meals.
I decide what kind of meal I want to eat and if necessary, I’ll substitute some foods for comparable lower carb options (e.g., swapping macadamia for cashews).
(17/n) Equally, I strive to include higher carb whole plant foods such as non-soy legumes (in smaller amounts).
These are foods linked with good health outcomes and thus are worth including when possible.
(18/n) I regularly eat a lot of tofu because:
• It’s low in carbs and calories.
• High in protein.
• I can easily make it myself in large batches.
(19/n) I regularly eat kale because:
• It’s a good source of: calcium, beta-carotene, omega 3 and vitamin K.
(20/n) I regularly eat nutritional yeast because:
• It enhances the flavour of savoury dishes.
• It’s a good source of B1, B2, B3, B6, folate and zinc.
(21/n) I regularly eat mushrooms because:
• They're a good source of B vitamins (especially B5).
• They’re tasty additions to all savoury dishes IMO.
(22/n) I almost never use oils, but when I do I choose extra-virgin oils that are low in saturated fat.
Oils are carb-free and thus can be helpful to ensure that one consumes enough energy on a low-carb plan.
(23/n) Meal examples: Salad + protein + nut/seed-based dressing
1⃣ +++ Observational studies link ⬆️total UPF to bad health outcomes.
2⃣ But sub-analysis by UPF type indicates that only a few UPFs are driving these associations (mainly fizzy pop🥤 & ultra-processed animal products🥓).
3⃣ The aforementioned observational studies usually control for diet quality & energy intake... this is NOT about whether junk food is bad for health (we pretty much know it is).
The key question is whether ultra-processing is intrinsically harmful.
4⃣ Kevin Hall et al's metabolic ward trial confirms that minimally processed foods are less obesogenic than HFSS (junk food).
But does not tell us much (nothing in my view) about whether UPF is intrinsically harmful.
A meal containing animal flesh was found to be more anabolic compared to a protein-equated whole-food plant-based dish in older adults:
⬆️ EAA
⬆️ Peak EAA
⬆️ Leucine
⬆️ Peak leucine
⬆️ Muscle protein synthesis
⬆️ Whole body protein synthesis
Some thoughts 👇🧵
This result is what many of us would have predicted... as whole plant foods contain more anti-nutritional factors as well as fibre (which may impair absorption/speed of amino acids).
But it's good to see this confirmed in a controlled study.
This study was on older adults & due to anabolic resistance this population may require more total protein & may be less able to extract protein from whole plant foods.
It would be good to see this study repeated on younger adults from my POV.