100 grams of fructose improves insulin resistance.
Fructose is half of what constitutes table sugar (sucrose), and what distinguishes it from starch.
On a 20% fructose diet, diabetics had:
⦿ LOWER morning blood sugar
⦿ REDUCED HbA1c
in comparison to a high starch diet.
Sugar lowers blood sugar with a meal.
Here, using a small (7.5g) amount of fructose improved the amount of glucose that could be metabolized,
while also reducing insulin response.
The classic signs of improved insulin sensitivity.
Pure fructose added to the diet improves blood sugar + insulin levels.
Here's another study using 85-110g of fructose a day in normal meals for 2 weeks in diabetics.
Once again we can see the REDUCTION in both insulin and glucose with meals throughout the day.
Replacing a quarter of the carbs in the diet with pure fructose improves blood sugar.
Another study, same story.
By the way, none of these studies show increases in weight either.
Many people don't realize this, but the primary reason that blood sugar remains elevated in diabetes is due to increased production by the liver.
Insulin normally inhibits this process, but in insulin resistance this doesn't happen.
Fructose prevents the production of glucose in diabetics.
Another study here showing that swapping 30% of the carbs in the diet for pure fructose LOWERS fasting blood sugar.
Also reduces A1C.
Fructose is metabolized differently from ordinary glucose, which gives it these unique properties to improve glucose metabolism.
1. Fructose is not insulin dependent - it does not trigger insulin secretion like other carbs. Thus, you can metabolize it without any insulin sensitivity. 2. Fructose bypasses key regulatory steps in normal carbohydrate metabolism, making it quicker and easier to get energy from without being inhibited 3. Fructose 1-phosphate, a compound unique to fructose breakdown, stimulates various enzymes in the metabolism of glucose, helping cells generate energy from it.
All of this makes fructose a catalyst of glucose metabolism.
The KEY is to not OVERFEED.
If you are gaining weight, under stress, or adding sugar on top of your existing maintenance diet, then the advantages of fructose become negatives.
Its quick and unregulated metabolism make it a prime candidate to generate fat from.
However, these studies have all clearly shown that when sugar is a part of your normal diet, again, not added on top of your diet, has some awesome metabolic benefits.
If you enjoyed this thread, we take the same creative science-based approach to help people every day with an individualized approach. Schedule a free call here and we’ll help you too: go.prism.miami/consultation
These are the major metabolite of all cholesterol produced in the body - they're excreted into the gut to aid in digestion.
◇ Taurine
◇ Glycine
Are needed to synthesize these.
Fiber prevents the re-absorption of bile, meaning more is created from cholesterol and thus cholesterol gets utilized.
2. Hormones
Cholesterol is the precursor to ALL steroid hormones.
To help this conversion, you need:
➢ Sufficient thyroid hormone
➢ Vitamin A
➢ Zinc
Specific hormones require specific optimization - so ensuring your levels of all are in check is key, and ensures your cholesterol is getting used properly.
This study was published in 2008, looking at people with age related macular degeneration.
This is the most common cause of vision loss with age and can cause blurry vision and just having worse overall eyesight.
The macula is a central region in the retina, the part of the eye that helps facilitate vision.
(2/7)
They used a laser of red light applied to the back of the eye.
◈ Wavelength: 780 nm (near-infrared)
◈ Laser type: Semiconductor diode, continuous emission
◈ Power output: 7.5 mW
◈ Frequency modulation: 292 Hz
◈ Spot diameter: 3 mm (collimated beam)
◈ Irradiation time: 40 seconds per eye
◈ Energy density (fluence): 0.3 J/cm² per session
◈ Total dose: 1.2 J/cm² (4 sessions, 2 × per week × 2 weeks)
◈ Application site: Transconjunctival (through the sclera, not through eyelid)
◈ Distance from eye: ~1 cm from ocular surface
◈ Beam target: Toward macular region with eye turned inward (adduction)
◈ Power reaching retina (estimated): ≈ 1–2 mW after tissue attenuation
◈ Thermal profile: Sub-thermal (non-heating, purely photobiomodulatory)
You DO NOT want to stare into a red light. If one was to use this with a normal non laser device, closing the eyes and allowing the red light to penetrate through would be a better option.
In fact, we ate lots of calories, fat, sugar and carbs.
This is what we used to REALLY eat, back when everyone was skinny (based on historical evidence):
(🧵1/11)
United states calorie supply:
1909 = ~3500 calories.
1989 = ~3500 calories.
Yet, obesity increased by about 10 FOLD.
What exactly were we eating? Well...
We ate TONS of calories prior to the obesity epidemic.
Let's take a look at the 1939 USDA book of agriculture.
The more money people spent, the more calories were consumed.
On the low end: around 2,000.
On the high end: over 4,000, even close to 5,000 a day.
This is for a 154 pound man who was "moderately active."
This would be more active than a man today for sure, but the richest people would also be the least active of the day, yet no detectable obesity crisis.