Dandruff or scalp irritation? Try BLOO.

  • Benign Prostatic Hyperplasia (BPH)

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    @haidut yo, didnt you post something months or years ago on RPF about retinol destroying or detoxing micro plastics?
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    AlphaZanceA
    [image: maxresdefault.jpg]
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    @alfredoolivas it appears you are correct on that one! Finally, real progesterone.
  • Impacts of protein quantity and distribution on body composition

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    DavidPSD
    Protein is also important for bones. [image: 1735924038351-ae0b3ce5-381c-4ffe-a068-05d5476f1726-image.png]
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    NNightN
    I believe boron might be important if you consume lots of iodine/iodide, to decrease oxidative stress. I wonder if kelp contains some boron as well.
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    DavidPSD
    @Mauritio - I do not recall any mechanism either. My focus was, and still is, on easy dietary changes to extend healthspan.
  • Infectious Disease as a Modifiable Risk Factor for Dementia

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    @DavidPS Thanks for posting. It's nice to see which products you and others are using. Cheers!
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    PrinceTrebataP
    @haidut said in IDEALABS STUDY: Estrogen causes prostate cancer (PC), DHT and/or aromatase inhibitor may stop/treat PC: PL24-0935_24DEC24 Haidut have you ever used DHT either transdermally or sublingual?
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  • The relationship between telomere length and beekeeping among Malaysians

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    albionA
    @DavidPS I wonder if that EMF company publishes Bee EMFs for people to structure their water with, I know that there are bee sounds on Youtube / Apple Music... gonna try to study to beehive sounds tonight
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    yerragY
    @TexugoDoMel said in Hyperinsulinemia and Its Pivotal Role in Aging, Obesity, Type 2 Diabetes, Cardiovascular Disease and Cancer: @yerrag That general view of some peaters about lipolysis that you quoted in your reply probably stems from a misinterpretation of what Ray said about it. The emphasis he places on inhibiting lipolysis is in the context of too much PUFA stored in the tissues, which becomes less and less necessary as you become “PUFA depleted”. After that, inhibiting lipolysis becomes more of a therapeutic tool to be used in appropriate contexts, such as in some pathologies. I agree with how you qualify the need for inhibition of lipolysis, in that it is only needed when there is too much PUFA stored in the tissues. When that is the case, inhibiting lipolysis to such extent that fat stores don't undergo lipolysis except for a trickle isn't the solution, as when one takes too much niacinamide or when one increases insulin levels either by injection or by excreting a lot of it. As this keeps fat stores abundant and the person overweight or obese, and goes against the objective of becoming of normal weight again. The answer lies in going cold turkey on further intakes of PUFA for a relatively long period of time, say about 4 years, during which time PUFA stores are allowed to slowly lipolyze. During this time, PUFA will be released from fat stores and so the stress it produces has to be minimized. Because the presence of PUFAs is expected to hinder sugar absorption and metabolism, there is no choice but to accept that as a transitionary evil to be dealt with. It would be helpful to take antioxidants such as vitamin E to minimize runaway lipid peroxidation reactions and to minimize blocks in the ETC arising from lipid peroxidation, and to modify food intake by eating carbs that have fiber that slow down the time and the rate by which carbs are assimilated into the blood stream. Instead of a quick sudden flood of glucose from eating white rice, eating brown rice would help slow the flow of blood sugar to a trickle that doesn't overwhelm the limited rate by which the body absorbs blood sugar. This keeps blood sugar from rising too much that triggers the release of insulin which often results in blood sugar being converted to fat in the liver and in blood sugar dropping to very low levels, which causes stress to increase from low blood sugar levels. Accompanying the brown rice with plenty of meat protein and some fat in that meal would further slow down the rate of assimilation of sugar into the blood stream. In this way, blood sugar from a meal would trickle is slowly over a longer period of time. Ideally, the rate it trickles in would keep blood sugar maintained at normal healthy levels from that meal well into the next meal without blood sugar getting too high nor too low. Managing to achieve blood sugar stability between meals would keep the body from having to increasing insulin levels. Without high insulin levels, the body would be allowed to lose fat by lipolysis over this period while it is kept from making more fats via insulin signaling (with insulin being kept from being excreted excessively from minimizing high blood sugar levels). This is not an easy task, as 4 years in a long time, and requires one to have the discipline to stick to the plan. With patience, over time the body will be rid of PUFAs, and this will open the way for blood sugar to be quickly absorbed and metabolized. One can eat white rice once again, and as the ability to metabolize sugar optimally via the mitochondria is restored and strengthened, basal metabolism improves to such extent that internal metabolism increases, making the need for external metabolism less needed. One can eat plenty of white rice with no need to do any tricks like intermittent fasting and have no need to walk the stupid 10,000 steps a day to be slim and normal weighted. Like I do. Which is why I fail to see the wisdom in people saying one can bypass the 4-year cold turkey on PUFA intake by simply taking niacinamide and aspirin. This method just keeps PUFA in the fat stores and minimizes beta oxidation and the conversion of fatty acids into energy. Moreover, relying on insulin excretion is only useful in lowering blood sugar st the cost of gaining weight. Which explains why following the dictates of the AMA and their doctors is a surefire way for the country to have an obesity epidemic and for the health of the population to keep getting worse. For such a population, healthcare insurance companies can only make money by denying treatment as an insurance system where 100 percent of those insured will get sick and need costly treatment. When treatment is guaranteed for the sick, the healthcare insurance company will just go broke. He even mentions that in healthy people (especially children) stress hormones are only produced in the amount needed because free saturated fatty acids serve as negative feedback, not allowing them to rise beyond what is necessary. Good point. I must have missed reading this. Could you share the newsletter or where it is quoted? In good health, especially in children, the stress hormones are produced only in the amount needed, because of negative feedback from the free saturated fatty acids, which inhibit the production of adrenalin and adrenal steroids, and eating protein and carbohydrate will quickly end the stress. But when the fat stores contain mainly PUFA, the free fatty acids in the serum will be mostly linoleic acid and arachidonic acid, and smaller amounts of other unsaturated fatty acids. These PUFA stimulate the stress hormones, ACTH, cortisol, adrenaline, glucagon, and prolactin, which increase lipolysis, producing more fatty acids in a vicious circle. In the relative absence of PUFA, the stress reaction is self limiting, but under the influence of PUFA, the stress response becomes self-amplifying. This misinterpretation is probably one of the bases for the idea that moderately high insulin several times a day is beneficial (because it inhibits lipolysis and increases glucose oxidation). I don't particularly consider insulin to be a “stress hormone”, but high insulin several times a day and for long periods is obviously a bad sign; insulin plays an “enhancing” role and not the main role. Keto diets, a very low fat and/or very low protein diet, exercise, ACV before meals, walking after meals, and other similar tools aimed at reducing insulin are only necessary if metabolic dysfunction is already present. Is it good to have these options available with the constant attacks on our health? Yes, but the more miraculous a therapeutic tool is, the more likely it is that your health isn't as good as you think. If we peel away the layers of band aid we rely on, we realize that is the standard of care that only leads to the creation of more problems that require our experts in the medical establishment to guide us to the promised land.
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    yerragY
    @DavidPS I've suspected for a long time that poor kidney function does not really require absurdly low levels of protein intake. I think a lot of the medical myth has a lot to do with the perception that a higher protein intake increases creatinine levels, and because the eGFR formula used by rote and without question following the pied piper training of lemmingian doctor NPCs and transmitted to an uncritical base of miseducated people leads to the wrong think that eating less protein correlates to lower creatinine levels and a formulaic increase in the eGFR. An increase in calculated eGFR is assumed to indicate better kidney health. But the e in eGFR means the eGFR is just an estimate, no better than a guess or a rule of thumb, and eGFR can be way off the mark when compared to actual GFR. And creatinine levels do not necessarily have a negative correlation to glomerular filtration rates (GFR). This myth is a disservice to our health as it leads us to unnecessarily low levels of protein intake, which would severely rob us of key nutrients needed for our health upkeep. Another association with protein intake has to do with protein being acidic, and because of this fact, protein avoidance or minimization is needed to keep the body ecf (extracellular fluid) from being acidic. While it is true that we rely on our kidneys to maintain pH balance, and to keep us from being chronically acidic and to keep our organs from degenerating by calcification and fibrosis, it isn't by the fearful reduction of meat and protein intake that we keep ourselves from becoming chronically acidic and diseased, it starts with us knowing how to maintain a healthy lifestyle centered a lot on having the nutrients that keep our organs from degenerating and aging. The kidneys that stay young and working well benefit greatly from keeping our ecf pH optimal such as calcification and fibrosis are avoided. Lessening protein intake may be needed when kidneys are already advanced in their degeneration, but with healthy kidneys that benefit from good acid balance protein restriction is not something to be of concern as healthy kidneys and a sound mitochondrial sugar-dominant metabolism provides us with a surplus of a pH buffer in the form of CO2 to keep us in a continual state of acid base balance.
  • Pu erh /Theabrownin: weight loss miracle?

    puerh theabrownin
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    MauritioM
    @herayclitus said in Pu erh /Theabrownin: weight loss miracle?: @Mauritio Peat never mentioned SEA afaik, I was referring to the succinate. He mentions it as a relatively safe iron chelator in Nutrition for Women iirc, but I think he stopped recommending it at some point. SEA works like a mild uncoupler for me, especially after a high-carb meal. Yeah he stopped recommending succinate although I don't quite understand why. Shouldn't similar acids like malic acid have the same effect..? And they'reir contained in some foods in large amounts. lnteresting, might give it a try! You might wanna look into niclosamide, which posesses similar qualities.
  • Milk consumption and acne in teenaged boys

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  • Anabolic Sensitivity in Healthy, Lean, Older Men

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    DavidPSD
    @LucH - Thanks for the information on potassium. I purposefully have high amount of potassium in my diet for other reasons. Effect of experimental potassium deficiency on glucose and insulin metabolism (1980) Disturbances in glucose and insulin metabolism frequently accompany a variety of clinical states associated with potassium deficiency. The exact role of the potassium deficit and the mechanism of its effect are in doubt. The glucose-clamp technique was therefore employed to study glucose and insulin metabolism in 7 normal young male subjects before and after induction of potassium depletion. The clamp technique places the blood glucose concentration under the investigator's control. Under the conditions of steady state hyperglycemia (125 mg/dl above basal for 2 hr) it provides quantification of (1) pancreatic beta cell sensitivity to glucose (plasma insulin response), (2) glucose tolerance (glucose metabolized), and (3) tissue sensitivity to insulin (glucose metabolized/insulin response). Potassium deficiency was induced during a 7–8 day period of a weight-maintaining diet containing 40 meq potassium and at least 150 g carbohydrate, along with the administration of 60 g Na polystyrene sulfonate daily. Paired analysis showed a significant decline in the amount of glucose metabolized from pre- to postdepletion (−27.4 ± 4.5%, p < 0.01). This decline in carbohydrate tolerance was associated with a significant decrease in plasma insulin response to sustained hyperglycemia (−26% ± 6.9%, p < 0.02). Potassium depletion had no effect on tissue sensitivity to insulin (+1.7 ± 7.8%). The degree of potassium depletion as estimated by change in total body 40K ranged from 1.0% to 8.4% and correlated with the decrease in insulin response (r = 0.78, p < 0.05). This study demonstrates that potassium depletion causes glucose intolerance, which is associated with impaired insulin secretion. [image: 1734877380356-42dd2bc7-8d7e-4160-a467-36c2ac26b25a-image.png]
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    MauritioM
    Olive polyphenols are pretty underrated IMO. https://bioenergetic.forum/topic/3624/olive-leaf-extract-increases-t3-t4-lowers-tsh
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