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PS The Goods® - Our Articles + Blogs

  • Can NAD+ support brain health and cognitive function in women?

    Can NAD+ support brain health and cognitive function in women?

    The science is promising, the mechanism is solid, and the clinical picture for humans is still developing. NAD+ is a coenzyme present in every cell that powers the mitochondrial processes driving brain energy, DNA repair, and cellular signaling. As NAD+ levels decline with age, so does the cellular machinery that keeps the brain functioning at its best. Supplementing with a bioavailable NAD+ precursor like nicotinamide riboside (NR) supports those cellular processes, though large-scale human trials specifically targeting cognitive outcomes in healthy women are limited. Here is what the evidence actually shows, without the hype or the excessive hedging.

  • How does estrogen decline affect the brain and cognitive function in women?

    How does estrogen decline affect the brain and cognitive function in women?

    Estrogen receptors are distributed throughout the brain, including in the hippocampus and prefrontal cortex, the regions most involved in memory, learning, and executive function. As estrogen declines during perimenopause and menopause, those protective effects shift, and many women experience brain fog, word-finding difficulty, and reduced mental sharpness that are not imaginary and not unrelated to their hormonal transition. Here is what the research says, and what proactive support looks like.

  • Does creatine work differently at different points in your cycle?

    Does creatine work differently at different points in your cycle?

    Emerging research suggests it might. The short version: creatine's core benefits for muscle energy, recovery, and cognitive support appear consistent across cycle phases, but the hormonal shifts of the menstrual cycle, particularly changes in estrogen and progesterone, do influence how women store and use creatine. Understanding this can help you set accurate expectations and make the most of supplementation.

  • Why does stress feel worse in the two weeks before your period?

    Why does stress feel worse in the two weeks before your period?

    When your hormonal environment changes, that change has measurable effects on how your body responds to stress. The luteal phase, the roughly two weeks between ovulation and the start of your period, is characterized by rising progesterone and, eventually, declining estrogen. Research shows that these hormonal shifts alter the body's stress response in ways that make the same stressor feel significantly harder to manage than it would in the follicular phase. Understanding this pattern is the first step toward supporting your body through it.

  • Should you change your supplements based on your cycle phase?

    Should you change your supplements based on your cycle phase?

    Understanding how your hormones shift across your cycle can help you time your supplement routine more intentionally and make sense of why certain weeks feel harder than others. Cycle syncing, the practice of aligning diet, exercise, and wellness habits with the four phases of the menstrual cycle, has moved from niche functional medicine into mainstream women's wellness. Here is what the research supports, what is still evolving, and how to think about your supplements across your cycle.

  • What is the perimenopause longevity window and why does it matter?

    What is the perimenopause longevity window and why does it matter?

    The perimenopause longevity window is the decade or so before menopause, typically the mid-to-late 30s through the early 50s, when the lifestyle and supplement choices a woman makes have an outsized impact on her long-term health outcomes. Research in women's longevity medicine now identifies this window as one of the most important periods to intervene proactively, because bone density, cardiovascular markers, lean muscle mass, and cellular energy capacity all respond more readily to intervention before the full decline of ovarian hormone production. Learn more.