Low energy. Vanishing libido. Brain fog that makes you feel like you’re pushing through mud. Muscle that refuses to build no matter how hard you train. If you’ve ever been told this is “just stress,” “just aging,” or worse—all in your head—this episode is for you. In this powerful, no-fluff conversation, Dr. Jolene Brighten breaks down how to boost testosterone naturally in women by unpacking the real, research-backed reasons testosterone drops—and exactly what to do about it.
This episode goes far beyond surface-level hormone talk. You’ll learn why low testosterone is far more common in women than most clinicians acknowledge, how modern life quietly sabotages androgen production, and why symptoms like low motivation, poor resilience, loss of orgasms, and difficulty setting boundaries are biochemical—not psychological. Most importantly, you’ll walk away with specific, evidence-based strategies you can start implementing today to support testosterone production, signaling, and receptor function—whether or not hormone therapy is part of your future plan.
How to Boost Testosterone Naturally in Women: What You’ll Learn in This Episode
- Why low testosterone in women is never “normal”, even though it’s incredibly common
- The overlooked connection between chronic stress, cortisol, and suppressed DHEA to testosterone conversion
- How the HPA axis (hypothalamic–pituitary–adrenal axis) quietly controls your androgen output
- Why high-achieving, “undercovered” women are uniquely vulnerable to testosterone depletion
- The surprising reason you can feel exhausted but wired at night when testosterone is low
- How systemic inflammation (including conditions like endometriosis) suppresses adrenal testosterone production
- The exact ways hormonal birth control reduces testosterone production, availability, and receptor signaling
- Why combined oral contraceptives can cause a 40–60% reduction in free testosterone
- How increased sex hormone–binding globulin (SHBG) locks away your active testosterone
- Why some women experience persistent testosterone suppression even after stopping the pill
- The truth about age-related testosterone decline—and why it starts decades earlier than most women are told
- Why ovarian testosterone often drops before estrogen, especially in perimenopause
- How adrenal glands become more stress-sensitive with age, worsening low testosterone symptoms
- The real reason low testosterone shows up as loss of drive, poor boundaries, and mental fatigue, not just low libido
- Evidence-based nutrients and supplements—with clinical dosages—that support androgen synthesis and signaling
- Why endocrine disruptors in plastics and fragrances are a silent threat to testosterone receptors
- Simple, high-impact lifestyle swaps that offer a big hormonal return without overwhelm

How to Boost Testosterone Naturally in Women: The Science, the Systems, and the Strategy
When people talk about testosterone, the conversation is almost always framed around men. That’s a mistake—and one that has left millions of women underdiagnosed, undertreated, and misunderstood. Testosterone is not a “male hormone.” It is a critical hormone for women’s energy, cognition, muscle integrity, libido, motivation, confidence, and resilience.
In this episode, Dr. Brighten explains that women produce testosterone primarily through two systems: the ovaries and the adrenal glands, with the hormone DHEA acting as a key precursor. Anything that disrupts these systems—stress, inflammation, medications, aging, or environmental toxins—can significantly lower testosterone levels and impair how that testosterone functions at the receptor level.
Chronic Stress and Cortisol: The Hidden Testosterone Blocker
One of the top causes of low testosterone in women is chronic stress, but not in the simplistic “just relax” way it’s often discussed. Chronic stress dysregulates the HPA axis—the communication loop between the brain and adrenal glands. When cortisol remains elevated or erratic over time, DHEA production drops, and testosterone production follows.
This is why women under sustained stress often report:
- Low libido
- Poor strength gains despite consistent training
- Burnout and emotional flatness
- Difficulty initiating or completing tasks
- Feeling tired but unable to sleep
Importantly, stress isn’t always psychological. Chronic inflammation, infections, autoimmune conditions, and diseases like endometriosis all place a continuous demand on the stress response system, further impairing adrenal androgen output.
Hormonal Birth Control and Testosterone Suppression
Another major—and frequently ignored—cause of low testosterone in women is combined oral contraceptive use. The science here is robust and well-documented, yet rarely explained to patients.
Combined oral contraceptives:
- Suppress ovarian testosterone production
- Increase SHBG, which binds free testosterone and reduces bioavailability
- Introduce anti-androgenic progestins that block testosterone receptors
- Can increase inflammation, further impairing adrenal androgen synthesis
The result? Many women experience a profound drop in free testosterone, often accompanied by loss of libido, muted orgasms, reduced genital sensitivity, mood changes, and difficulty building muscle. These effects are biochemical and documented in prescribing literature, not imagined or emotional.
Even more concerning: testosterone levels may remain suppressed after discontinuation, especially following long-term use.
Age-Related Testosterone Decline and Perimenopause
Testosterone peaks in early adulthood and begins declining as early as the late 20s. By the late 30s and 40s—particularly during perimenopause—many women start to feel the effects. Ovarian testosterone production often declines earlier than estrogen, placing greater reliance on adrenal output at a time when adrenal glands are becoming more stress-sensitive.
Low testosterone in perimenopause often shows up as:
- Reduced resilience and stress tolerance
- Worsening brain fog
- Loss of motivation and follow-through
- Decreased confidence and boundary-setting
- Global reduction in “drive,” not just sex drive
Dr. Brighten emphasizes that while testosterone therapy may be appropriate for some women (and is addressed in a future episode), foundational support for natural testosterone production and signaling is essential for everyone.
Evidence-Based Nutrients That Support Testosterone Naturally
This episode provides specific, clinically relevant strategies for supporting testosterone without jumping straight to prescriptions.
Vitamin D3 for Testosterone Support
In clinical practice, supplementation is often considered when levels fall below 50 ng/mL, with common doses ranging from 2,000–4,000 IU daily, adjusted based on labs and individual response.
For those looking for a clinically dosed option, Dr. Brighten Essentials offers a Vitamin D3/K2 supplement designed to support optimal hormone signaling, but any high-quality vitamin D supplement that is third-party tested can be appropriate.
Ashwagandha for Testosterone Support
Because chronic stress suppresses DHEA production and disrupts HPA-axis signaling, prolonged cortisol dysregulation is strongly associated with lower downstream testosterone production in women.
In clinical practice, adaptogenic herbs such as ashwagandha are often used to support cortisol modulation and restore more balanced adrenal signaling. Human clinical trials suggest doses around 200 mg once or twice daily, with timing adjusted based on stress load and sleep patterns.
For those seeking a clinician-formulated option, Dr. Brighten Essentials Adrenal Support includes ashwagandha alongside complementary nutrients designed to support adrenal resilience and hormone signaling. However, any high-quality ashwagandha extract that is standardized and third-party tested may be appropriate.
Magnesium Glycinate for Testosterone Support
Magnesium plays a critical role in hormone availability by influencing sex hormone–binding globulin (SHBG), insulin sensitivity, and sleep quality—three factors that directly impact free testosterone levels in women.
In clinical practice, magnesium supplementation is commonly considered when symptoms such as poor sleep, stress intolerance, or low energy are present, even if serum levels appear within range. Typical dosing is around 300 mg daily, often taken in the evening to support relaxation and sleep architecture.
For those looking for a well-tolerated option, Dr. Brighten Essentials Magnesium Plus is formulated to support nervous system regulation and hormone balance. That said, any magnesium supplement using a bioavailable form—such as magnesium glycinate—that is third-party tested can be an appropriate choice.
Omega-3 Fatty Acids for Testosterone Support
Omega-3 fatty acids play an important role in reducing inflammation, supporting metabolic signaling, and maintaining healthy androgen receptor function, all of which influence how effectively testosterone can exert its effects in the body.
In clinical practice, omega-3 supplementation is often recommended to support hormonal signaling, particularly in individuals with inflammatory drivers, metabolic stress, or perimenopausal hormone shifts. Common dosing ranges from 1–2 grams daily of combined EPA and DHA, adjusted based on dietary intake and individual needs.
For those seeking a concentrated source, Dr. Brighten Essentials Omega Plus provides EPA and DHA in a form designed to support both hormone and brain health. As always, any high-quality fish oil that is third-party tested for purity and potency may be suitable.
- Zinc: Required for androgen synthesis. Deficiency is linked to lower testosterone. Typical dosing ranges from 15–30 mg daily, balanced with copper.
- Vitamin D: Acts as a steroid hormone. Low vitamin D correlates with lower free testosterone. Common dosing ranges from 2,000–4,000 IU daily, adjusted by labs.
- Magnesium (glycinate): Supports free testosterone by influencing SHBG, improves sleep, and enhances insulin sensitivity. Typical dose: ~300 mg nightly.
- Ashwagandha: Shown in human clinical trials to indirectly raise testosterone by modulating cortisol and HPA axis signaling. Typical dose: 200 mg once or twice daily.
- Omega-3 fatty acids (EPA + DHA): Improve inflammation, metabolic signaling, and androgen receptor function. Typical dose: 1–2 grams daily.
These interventions don’t replace hormone therapy when it’s needed—but they optimize the terrain so hormones can work more effectively and with fewer side effects.
Endocrine Disruptors: The Receptor-Level Problem
Even when testosterone production is adequate, environmental chemicals can disrupt how hormones function. Compounds like BPA, phthalates, and flame retardants can:
- Increase SHBG
- Impair androgen receptor signaling
- Worsen hormonal chaos during perimenopause
The episode outlines simple, high-impact swaps:
- Replace plastic with glass or stainless steel, especially for food and water
- Never heat food in plastic
- Filter drinking water when possible
- Reduce fragrance exposure from candles, plugins, and personal care products
These changes require minimal effort but can significantly improve hormonal signaling.
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Links mentioned in this episode:
- Dr. Brighten’s hormone optimization plan: https://drbrighten.com/plan
- Resources on cortisol support, perimenopause, and post–birth control recovery (available through The Dr. Brighten Show)
- Nutrients and combination products referenced in the episode (linked in show notes and video description)
- Upcoming episode on testosterone hormone therapy for women
Frequently Asked Questions About How to Increase Testosterone Naturally in Women
No. While it’s common, low testosterone is not considered normal and is associated with measurable changes in energy, libido, muscle mass, cognition, and motivation.
Low libido, reduced orgasm intensity, loss of muscle, fatigue, brain fog, poor motivation, difficulty setting boundaries, and diminished resilience.
Yes. Chronic stress dysregulates the HPA axis, suppresses DHEA production, and reduces downstream testosterone synthesis.
Combined oral contraceptives are strongly associated with reduced testosterone production, increased SHBG, and impaired androgen receptor signaling.
Sometimes, but suppression can persist—especially after long-term use—making targeted support essential.
Decline can begin in the late 20s, with more noticeable effects in the late 30s and 40s, particularly during perimenopause.
Certain nutrients—when used at evidence-based doses—can support androgen synthesis, availability, and receptor function.
No. Many women benefit from foundational lifestyle and nutritional strategies first, though therapy may be appropriate in some cases.
Yes. Endocrine disruptors can impair hormone signaling even when levels appear normal on labs.
No. Low libido is frequently biochemical and hormone-driven, particularly in cases of low testosterone.
If you’ve been searching for real answers on how to boost testosterone naturally in women, this episode delivers clarity, science, and actionable strategies—without minimizing your experience or oversimplifying your physiology.
Supplements do not “force” testosterone production, but certain nutrients—such as vitamin D, magnesium, omega-3 fatty acids, and adaptogenic herbs—can support the systems involved in androgen production and signaling when deficiencies or stress-related suppression are present.
This depends on individual needs, lab results, and tolerance. Some people prefer targeted single nutrients, while others find combination formulas more convenient. The most important factors are appropriate dosing, quality sourcing, and clinical relevance—not brand loyalty.
Your host is Dr. Jolene Brighten, board-certified naturopathic endocrinologist, FABNE, Menopause Society Certified Practitioner (MSCP), nutrition scientist, and certified sex counselor. As a licensed naturopathic physician, she utilizes her prescriptive authority, holds an active DEA license, and aligns her educational frameworks with leading global guidelines, including ESHRE and The Menopause Society. She is an international speaker who trains other licensed medical providers, including MDs, on the prescription and clinical management of HRT. She serves as a faculty member for the American Academy of Anti-Aging Medicine (A4M), acts as the Lead Researcher for the Brighten Essentials Research Division, and is currently directing ongoing scientific research initiatives to advance clinical care standards for women navigating endometriosis, ADHD, and severe hormone sensitivity.