Understanding Ashwagandha’s Bioactivity: The Role of Withanolides
Withanolides are the steroidal lactones behind most of ashwagandha’s measured activity. Which ones matter, and why extract type changes the profile entirely.
Ashwagandha and Other Adaptogens: A Comparative Guide for Midlife Well-being
Ashwagandha, rhodiola, holy basil, eleuthero and cordyceps do different things. A comparison of what each adaptogen is actually evidenced for in midlife.
Ashwagandha and Thyroid Function in Perimenopause: What the Evidence Suggests
Ashwagandha measurably shifts TSH, T3 and T4 in human trials. What that means if you are hypothyroid, on levothyroxine, or have an undiagnosed thyroid shift.
Ashwagandha for Immune System Support in Perimenopause: Building Resilience
Ashwagandha increases NK cell activity and other immune markers in human trials. Why that is a benefit for most women and a caution for a specific few.
Ashwagandha and Blood Sugar Balance During Perimenopause: Supporting Metabolic Health
Trials report modest fasting glucose and HbA1c shifts on ashwagandha. What that means during perimenopause, when insulin sensitivity is already changing.
Ashwagandha and Adrenal Fatigue Symptoms in Perimenopause: An Evidence-Based Look
Adrenal fatigue is not a recognised clinical diagnosis, but the symptom cluster is real. What ashwagandha’s HPA axis data does and does not support.
Understanding Ashwagandha and Sedative Medications: Potential Interaction Risks
Ashwagandha has additive sedative potential with benzodiazepines, barbiturates and sleep aids. Why the combination can deepen central nervous system depression.
Ashwagandha Dosage for Women: Understanding How Much and When to Take It
Ashwagandha trial doses cluster between 250 and 600 mg of standardised extract daily. How the number is derived, and why timing shifts by goal.
What Is Ashwagandha? An Adaptogen for Midlife Women
Ashwagandha is a Withania somnifera root used in Ayurveda for millennia and now studied for cortisol regulation. What an adaptogen does, in plain terms.