Across dozens of studies, daily astaxanthin doses between 4mg and 12mg have been linked to improvements in skin hydration, elasticity, and UV resilience, as well as benefits for eye comfort, exercise recovery, and cognitive performance.1 2 3 5 6 Lower doses (46mg per day) often support skin and eye outcomes, but research suggests 12mg daily may unlock even broader effects.1 7 13 At 12mg, trials show improved endurance performance including faster cycling time trials and reduced muscle-soreness markers.3 8 Other studies point to enhanced cognitive function and sleep quality, benefits that tend to appear near the upper end of the dosing range.4 9 Taken together, these findings helped establish 12mg per day as the most compelling astaxanthin dose in the scientific literature
SVVYGLR peptide significantly enhanced the adhesion and proliferation of MSCs but also endothelial cell activity, resulting in an upregulation of neovascularization [169, 239, 240]
Supporting Healthy Hair During Weight Loss While hair shedding can feel frustrating, there are ways to support your scalp and hair throughout the process
We get into: Why perimenopause weight gain isn't a willpower problem it's biology The truth about GLP-1s and Ozempic, and why rapid weight loss can mean losing muscle, not fat ("skinny fat") Why muscle mass is the real longevity organ for women over 40 The 2530 gram protein rule for blood sugar balance (and easy ways to hit it) Michelle's 6 pillars of midlife health: sleep, stress, blood sugar, nutrition, movement & hormones Simple sleep fixes magnesium glycinate, morning sunlight, and stable blood sugar for better rest in perimenopause Nervous system and stress regulation techniques for midlife women Why this isn't a midlife crisis, it's a midlife reassessment If you're a woman in your 40s, 50s, or 60s wondering why your body isn't responding to diet and exercise the way it used to, this episode will help you understand what's actually going on with your hormones and remind you that you're not broken
It acts as a metabolic "messenger," translocating to the nucleus in response to metabolic stress to regulate genes involved in glucose handling
