RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
Relationships between hyperinsulinaemia, magnesium, vitamin D, thrombosis and COVID-19: rationale for clinical management | Open Heart https://t.co/TorcvpReOn
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @erandaw1: There's no widely available vaccine for COVID-19 yet ➡️ along with social distancing & other measures it's worthwhile acknowl…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
Relationships between hyperinsulinaemia, magnesium, vitamin D, thrombosis and COVID-19: rationale for clinical management https://t.co/7aAv2Yt8RC This is a must read article for caregivers.
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
RT @LoriShemek: Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsul…
Hyperinsulinemia leads to increased inflammation and reduces vitamin D transport, availability and activation. Hyperinsulinemia increases mitochondrial ROS leading to increased cytokine production via NLRP3 inflammasome & NFkB. https://t.co/YrQaGEF
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @VickyRaboso: La hiperinsulinemia: denominador común d penosas consecuencias por covid19. Carbohidratos d alto ig produce inflamación, d…
There's no widely available vaccine for COVID-19 yet ➡️ along with social distancing & other measures it's worthwhile acknowledging the elephant in the room ➡️ metabolic health Addressing this has zero downsides Becoming metabolically healthier however
La hiperinsulinemia: denominador común d penosas consecuencias por covid19. Carbohidratos d alto ig produce inflamación, deplección d vit D, ⬇NAD+ intracelular, ⬆estrés oxidativo, ⬆formación d coágulos. Restricción de ch de ⬆ig, Mg, vit D y zinc https://t.
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @natureboyrr: 2) Don’t eat sugar/refined carbs/ultra processed food if you want better outcomes with viruses. The good news even T2 for…
RT @natureboyrr: 2) Don’t eat sugar/refined carbs/ultra processed food if you want better outcomes with viruses. The good news even T2 for…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Schematic representation of the role of hyperinsulinemia in endothelial/vascular inflammation, RBC & platelet coagulati…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia➡️⬆️mitochondrial ROS➡️⬆️cytokines via NLRP3 & NFkB &⬆️Inhibition of fibrinolysis via ⬆️PAI-1 ➡️⬆️Blood…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Hyperinsulinemia➡️⬆️mitochondrial ROS➡️⬆️cytokines via NLRP3 & NFkB &⬆️Inhibition of fibrinolysis via ⬆️PAI-1 ➡️⬆️Blood…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
RT @I_mitochondria: Schematic representation of the role of hyperinsulinemia in endothelial/vascular inflammation, RBC & platelet coagulati…
RT @I_mitochondria: Schematic representation of the role of hyperinsulinemia in endothelial/vascular inflammation, RBC & platelet coagulati…
Schematic representation of the role of hyperinsulinemia in endothelial/vascular inflammation, RBC & platelet coagulation, sequestration/inhibition of vitD activation➡️⬇️cholesterol sulphate, HSPG & cathelicidin synthesis. From https://t.co/RGN2fZH
RT @I_mitochondria: Hyperinsulinemia➡️⬆️mitochondrial ROS➡️⬆️cytokines via NLRP3 & NFkB &⬆️Inhibition of fibrinolysis via ⬆️PAI-1 ➡️⬆️Blood…
RT @I_mitochondria: Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suf…
Hyperinsulinemia➡️⬆️mitochondrial ROS➡️⬆️cytokines via NLRP3 & NFkB &⬆️Inhibition of fibrinolysis via ⬆️PAI-1 ➡️⬆️Blood clotting Hyperglycaemia➡️⬇️ NAD+ ➡️⬇️NADPH availability, essential for activation of vit D. &⬆️cytokine IL-6 & blood co
To reduce the risk of poorer outcome from COVID-19, target to reduce hyperinsulinemia. Major causal factor is dietary starchy carbohydrates and sugar. Restricting carbohydrates ➡️⬇️hyperinsulinemia➡️⬇️Inflammation and better blood glucose regulation. h
Hyperinsulinemia is the common denominator of the co-morbidities (obesity, T2DM, CVD, hypertension) in patients who suffer poorer outcomes from COVID-19. Hyperinsulinemia➡️⬆️inflammation, ➡️⬇️vitamin D availability & prevents breakdown of blood clots
RT @I_mitochondria: We just published our paper on Hyperinsulinaemia, VitD, Mg, thrombosis + COVID19 @kenbrookler @PharmacistCath @d…
RT @DrAseemMalhotra: BREAKING ‘Patients with #COVID19 admitted with hyperglycaemia &/or hyperinsulinaemia should be placed on a low refined…
Something to think about... especially when your patients that are on vitD supplements which don’t seem to be doing anything. Could they be insulin resistant??? https://t.co/9ehzrHI0sR
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @I_mitochondria: We just published our paper on Hyperinsulinaemia, VitD, Mg, thrombosis + COVID19 @kenbrookler @PharmacistCath @d…
RT @DrAseemMalhotra: BREAKING ‘Patients with #COVID19 admitted with hyperglycaemia &/or hyperinsulinaemia should be placed on a low refined…
RT @DrAseemMalhotra: BREAKING ‘Patients with #COVID19 admitted with hyperglycaemia &/or hyperinsulinaemia should be placed on a low refined…
@linseymarr @JakeKushnerMD Also take vitamin D, magnesium, zinc and selenium supplements, while avoiding sugary and heavily processed foods. https://t.co/Nwo5s4NYPU
@FLOTUS @RealMarkKennedy @POTUS https://t.co/j75YhOzL10 Patients with COVID-19 admitted with hyperglycaemia and/or hyperinsulinaemia should be placed on a restricted refined carbohydrate diet, with limited use of intravenous dextrose solutions. Supplement
RT @I_mitochondria: Co-morbidities in patients at high risk of poorer outcomes from COVID19, may be explained by hyperinsulinaemia. Address…
RT @I_mitochondria: Co-morbidities in patients at high risk of poorer outcomes from COVID19, may be explained by hyperinsulinaemia. Address…
Here’s why I do such a huge comprehensive evaluation on patients and recommend certain supplements for specific needs!! https://t.co/xnLnP1OzMG
RT @DrAseemMalhotra: BREAKING ‘Patients with #COVID19 admitted with hyperglycaemia &/or hyperinsulinaemia should be placed on a low refined…
RT @I_mitochondria: We just published our paper on Hyperinsulinaemia, VitD, Mg, thrombosis + COVID19 @kenbrookler @PharmacistCath @d…
RT @FructoseNo: Science behind #lowcarb in the management of #COVID. It's just biochemistry! https://t.co/axO8NU96gP
RT @Brads_science: Congrats to PhD @I_mitochondria in @Wmin_Physiology with her first publication today! A hypothesis paper on biochemistr…
Based on rigorous science: alternative rapidly effective COVID treatment proposed by team scientists&clinicians Especially relevant MetabolicSyndrome Obesity? @CTV_AvisFavaro @SandieR_ctv @CTVNationalNews @picardonhealth @TheCurrentCBC #DisruptPar
RT @FructoseNo: Science behind #lowcarb in the management of #COVID. It's just biochemistry! https://t.co/axO8NU96gP
RT @FructoseNo: Science behind #lowcarb in the management of #COVID. It's just biochemistry! https://t.co/axO8NU96gP
@yonatman quels ages ont-ils ? Quel sont leur taux sanguins de vitamine D ? Quels sont leurs index HOMA ? Des pistes pour les aider : https://t.co/cwQbm7C2yd
RT @DrAseemMalhotra: BREAKING ‘Patients with #COVID19 admitted with hyperglycaemia &/or hyperinsulinaemia should be placed on a low refined…
Alternative COVID Rx ? Supplemental magnesium vitamin D zinc should be administered & refined carbohydrate restricted so three primary risk factors: hyperinsulinaemia hyperglycaemia hypertension that increase inflammation & coagulation/thrombosi
An alternative perspective based on rigorous science: worth consideration @trishgreenhalgh @upshur_ross @WHO ? Relationships between hyperinsulinaemia, magnesium, vitamin D, thrombosis and COVID-19: rationale for clinical management https://t.co/uEtJ
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @lowcarbGP: Well done 👍 I was particularly pleased to see magnesium deficiency highlighted ALWAYS think of this if the patient mentions…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
@Drmartyufml 1/ il faut proteger les personnes a risque et que les autres vivent des vies normales. 2/ il faut ameliorer la sante des gens: https://t.co/cwQbm7C2yd
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…
RT @Alzhacker: https://t.co/7dKIvX3fJ5 高血糖および/または高インスリン血症で入院したCOVID-19患者は、ブドウ糖点滴の使用を制限して、精製炭水化物を制限した食事をとるべき。制限レベルは血糖値、インスリン、ケトン体の連続検査によって決…