DailyBriefs.info Review of Carb vs Fat: Satiation and Fat Storage
DailyBriefs.info Review of Carb vs Fat: Satiation and Fat Storage
Compare and contrast the consumption by a human being of carbohydrates and animal fats. Focus on the issue of satiation and the issue of fat accumulation in the body by each specific macro nutrient mentioned
1. Satiation (Feeling of Fullness)
Animal Fats:
High satiation due to slow digestion and hormonal effects (e.g., increased cholecystokinin (CCK) and peptide YY (PYY)).
Fats trigger a strong leptin response, promoting long-term satiety.
High-fat meals reduce ghrelin (hunger hormone) effectively.
Carbohydrates:
Simple carbs (sugars, refined grains) cause rapid blood sugar spikes and crashes, leading to short-term satiation but quicker return of hunger.
Fiber-rich complex carbs (vegetables, whole grains) provide better satiation due to slower digestion and gut fermentation (short-chain fatty acids promote satiety).
Insulin spikes from high-carb meals can paradoxically increase hunger in some individuals (due to reactive hypoglycemia).
Winner for Satiation: Animal fats > Fiber-rich carbs > Refined carbs
2. Fat Accumulation in the Body
Animal Fats:
Dietary fat is not directly stored as body fat unless consumed in extreme excess.
Fat metabolism is hormonally regulated (low insulin = fat burning; high insulin = fat storage).
Ketogenic diets (high-fat, low-carb) show reduced fat storage due to suppressed insulin.
Carbohydrates:
Excess glucose from carbs is converted to fat via de novo lipogenesis (DNL)—though this is inefficient in humans unless overeating chronically.
Insulin response from carbs promotes fat storage (blocks fat burning, increases lipoprotein lipase activity in fat cells).
High sugar intake (especially fructose) drives visceral fat accumulation and fatty liver.
Winner for Fat Accumulation Risk: Refined carbs > Animal fats (assuming no overeating)
Animal fats keep you fuller longer and have minimal direct fat storage effects when insulin is controlled (low-carb context).
Refined carbs cause blood sugar swings, increased hunger, and promote fat storage via insulin.
Fiber-rich carbs are better than refined carbs but still less satiating than fats for many people.
For satiety and metabolic health, animal fats outperform refined carbs. However, excess calories from any macronutrient can lead to fat gain—but carbs (especially sugars) are more metabolically prone to drive fat storage due to insulin effects.
Would you like a deeper dive into hormonal mechanisms (insulin, leptin, ghrelin)?
I am a 73-year-old Latino living in the United States and I would like to know how much grams of fat and grams of carbohydrate would be ideal for my health on a daily basis
At 73 years old, your ideal daily intake of fats and carbohydrates depends on your health status, activity level, and metabolic goals (e.g., weight maintenance, diabetes prevention, heart health). However, general guidelines based on older adult nutrition science can help.
Total Calories: ~1,800–2,200 kcal/day (adjust based on activity level).
Protein: 1.0–1.2 g per kg of body weight (prioritize muscle preservation).
Example: If you weigh 70 kg (154 lbs), aim for 70–85g protein/day.
Fats & Carbs: Adjust based on metabolic health (e.g., diabetes, heart disease).
Carbohydrates: 40–50% of calories (~180–275g/day)
Focus on fiber-rich sources (vegetables, beans, whole grains, berries).
Limit added sugars (<25g/day) and refined grains.
Fats: 30–35% of calories (~60–85g/day)
Prioritize mono/polyunsaturated fats (olive oil, avocados, nuts, fatty fish).
Limit saturated fats (<10% of calories, ~15–20g max from animal fats).
Example (2,000 kcal/day):
Carbs: 225g (45% of calories)
Fats: 75g (34% of calories)
Best if: You’re active, metabolically healthy, and not prediabetic.
Carbohydrates: 20–30% of calories (~100–150g/day)
Emphasize non-starchy veggies, nuts, seeds, berries.
Avoid sugary foods and refined grains.
Fats: 40–50% of calories (~90–120g/day)
Healthy fats (olive oil, fatty fish, avocado) + moderate saturated fat (butter, cheese).
Example (2,000 kcal/day):
Carbs: 125g (25% of calories)
Fats: 100g (45% of calories)
Best if: You have prediabetes, insulin resistance, or belly fat.
Heart Health:
Latino populations often have higher diabetes and heart disease risk—so limit processed carbs and sugary foods.
Replace lard, processed meats with olive oil, fish, avocado.
Muscle Preservation:
Ensure enough protein (fish, eggs, lean meats, beans) to prevent sarcopenia (muscle loss).
Fiber Intake:
Aim for 25–30g/day (helps digestion, blood sugar, cholesterol).
Hydration:
Older adults dehydrate faster—drink 2+ liters of water/day.
If you’re healthy & active: Moderate carbs (180–250g), moderate fats (60–85g).
If you’re prediabetic or overweight: Lower carbs (100–150g), higher fats (80–100g).
Monitor how you feel: Energy, digestion, and blood sugar responses matter more than strict numbers.
Would you like a sample meal plan based on these numbers?
I would like to have animal-based foods Constitute 90% of my diet on a date daily bit bases. Generate a seven day plan based on this restraints for my daily breakfast lunch and dinner
Since you want 90% animal-based foods in your diet, I’ll design a 7-day meal plan focusing on meat, fish, eggs, and dairy, with minimal plant-based ingredients (only for flavor or micronutrient balance). This approach aligns with carnivore or very low-carb ketogenic diets, which can support muscle retention, stable blood sugar, and satiety—key for a 73-year-old man.
✅ Prioritize: Fatty meats, fish, eggs, butter, cheese.
✅ Minimal Plant Foods (10%): Herbs, spices, coffee, small amounts of low-carb veggies (if desired).
✅ Macronutrient Estimate (Daily):
Protein: ~120–150g
Fat: ~100–150g
Carbs: <30g (mostly from dairy/eggs)
Day 1
Breakfast: 3 eggs fried in butter + 2 slices of bacon + cheddar cheese
Lunch: Ribeye steak (8oz) cooked in tallow + liver pâté (2 tbsp)
Dinner: Baked salmon (6oz) with sour cream + shrimp sautéed in garlic butter
Day 2
Breakfast: Scrambled eggs (3) with heavy cream + pork sausage links (2)
Lunch: Grilled chicken thighs (2) with skin + melted gouda + bone broth
Dinner: Lamb chops (2) + roasted bone marrow + full-fat Greek yogurt (plain)
Day 3
Breakfast: Omelet (3 eggs) with ham and brie
Lunch: Beef short ribs (6oz) + sardines in olive oil (1 can)
Dinner: Duck breast (6oz) + scrambled eggs (2) with butter
Day 4
Breakfast: Chaffles (cheese + egg waffles) with whipped cream (no sweetener)
Lunch: Pork belly (6oz) + hard-boiled eggs (2) with mayo
Dinner: T-bone steak (8oz) + shrimp cocktail (no sauce) + buttered lobster tail
Day 5
Breakfast: Steak and eggs (4oz leftover steak + 2 fried eggs)
Lunch: Chicken liver (4oz) sautéed in butter + crispy pork rinds
Dinner: Fatty ground beef (6oz) with cheddar + salmon roe (1oz)
Day 6
Breakfast: Cottage cheese (full-fat) + smoked salmon (3oz)
Lunch: Beef liver (4oz) + bacon (3 strips) + blue cheese crumbles
Dinner: Roast chicken (thigh + leg) with skin + bone broth
Day 7
Breakfast: Deviled eggs (3) with mayo + prosciutto (2oz)
Lunch: Venison steak (6oz) + butter-poached scallops (4oz)
Dinner: Prime rib (8oz) + whipped cream (unsweetened, as a "dessert")
Electrolytes & Hydration:
Drink bone broth daily (for sodium, potassium).
Add salt to meals (helps with energy and cramps).
Minimal Plant Foods (10% Rule):
Coffee/tea (no sugar), spices, small amounts of garlic/onion for flavor.
Adjust Portions:
If weight loss is a goal, reduce fat slightly; if maintaining/gaining, add more butter/cheese.
Supplements to Consider:
Vitamin D + K2 (if sunlight exposure is low).
Magnesium glycinate (for muscle/cramp prevention).
Would you like modifications (e.g., more seafood, less dairy, budget-friendly options)?
What would be the expected health come up eating every week The food schedules that you have given me providing that I get sufficient sun exposure sufficient clean water sufficient sleep and good human relations
If you follow this 90% animal-based diet while also ensuring sufficient sun exposure, clean water, quality sleep, and healthy social connections, you can expect the following health outcomes over weeks to months:
1. Metabolic & Blood Sugar Benefits (Within Weeks)
✅ Stable blood sugar & reduced insulin spikes (from near-zero refined carbs).
✅ Lower risk of type 2 diabetes (minimal sugar + high protein/fat improves insulin sensitivity).
✅ Reduced inflammation (less seed oils, processed foods, and sugar).
2. Body Composition & Muscle Retention (1-3 Months)
✅ Preserved muscle mass (high protein + healthy fats prevent age-related sarcopenia).
✅ Fat loss (if needed) – animal-based diets are highly satiating, reducing overeating.
✅ Less visceral fat (low-carb diets target belly fat linked to heart disease).
3. Heart & Brain Health (3-6 Months & Beyond)
✅ Improved HDL ("good" cholesterol) & lower triglycerides (common on low-carb, high-fat diets).
⚠ LDL may rise (but often shifts to benign "large fluffy" particles—not necessarily harmful).
✅ Better cognitive function (ketones from fat metabolism may support brain health).
✅ Reduced risk of neurodegenerative diseases (Alzheimer’s is sometimes called "type 3 diabetes").
4. Digestive & Gut Health (Varies by Individual)
✅ Reduced bloating/gas (no fiber fermenting in the gut).
⚠ Initial constipation possible (if electrolyte balance isn’t managed—drink bone broth!).
✅ Potential relief from IBS/acid reflux (many report improvements on carnivore diets).
5. Joint & Mobility Benefits (1-6 Months)
✅ Reduced joint pain (less inflammatory plant compounds like lectins/oxalates).
✅ Possible improvement in arthritis symptoms (anecdotal reports, but studies are limited).
❌ Low magnesium/potassium → Fix with: Electrolyte supplements (Mg, K, Na) + bone broth.
❌ Vitamin C deficiency (rare but possible) → Fix with: Raw liver or small amounts of berries.
❌ Boredom or social challenges → Fix with: Varied animal foods (seafood, organ meats, cheeses).
Protein intake is crucial for aging well—prevents muscle loss and frailty.
Sun exposure + animal fats = optimal vitamin D status (critical for immunity/bones).
Social connections + good sleep enhance the diet’s benefits (stress reduction = better metabolism).
If you tolerate this diet well (no digestive issues, energy is good), it could be excellent for metabolic health, body composition, and brain function as you age. However, check bloodwork after 3-6 months (cholesterol, HbA1c, electrolytes) to personalize further.
Would you like adjustments for specific health conditions (e.g., heart disease history, kidney concerns)?
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