COPYRIGHT NOTICE FOR ALL SOLINGER METHOD CONTENT

 

© Dr. Sarah Solinger, PhD, ND, MSc, FCN, Root Health L.L.C., The Solinger Method. All rights reserved.

 

This educational content is the intellectual property of Dr. Sarah Solinger and Root Health L.L.C. No portion of this material may be copied, reproduced, distributed, displayed, translated, uploaded, stored in a retrieval system, or transmitted in any form or by any means without prior written permission from the author.

 

This material is for general information and education only. It is not medical advice, does not establish a doctor patient relationship, and should not be used to diagnose, treat, cure, or prevent any condition. Always consult with a qualified healthcare professional for personal medical concerns.

Unauthorized use, reproduction, or distribution of this material is strictly prohibited and will be subject to all applicable legal remedies.

 

 

LOW TESTOSTERONE IN WOMEN

Hormone Health | The Solinger Method Educational Library

​

1. Overview

Low testosterone in women is profoundly under recognized, under discussed, and often misunderstood.
Most women assume testosterone is a “male hormone,” when in reality, testosterone is essential for female:
• energy
• motivation
• mood
• libido
• metabolic function
• mitochondrial efficiency
• muscle tone and strength
• assertiveness
• cognitive clarity
• bone density
• insulin sensitivity
• vitality

When testosterone drops, women often describe feeling like the spark inside them has dimmed.

Common symptoms include:
• low libido or minimal sexual desire
• reduced response or pleasure
• low motivation or drive
• loss of competitive spirit, ambition, or initiative
• difficulty building or maintaining muscle
• increased body fat, especially midsection
• fatigue or low stamina
• brain fog or reduced mental sharpness
• decreased resilience to stress
• low mood or emotional flatness
• increased aches or slower recovery after exercise
• reduced confidence or sense of capability
• feeling “washed out,” “dulled,” or “not myself”

Testosterone deficiency rarely stands alone.

It interacts tightly with:
• cortisol
• DHEA
• thyroid function
• insulin levels
• ovarian aging
• inflammation
• perimenopause

Low testosterone is not simply a hormone problem.
It is a whole system slowdown.

 

2. The Physiology of Testosterone in Women

What testosterone actually does and why deficiency is so disruptive

2.1 Testosterone is produced in three locations

In women, testosterone is produced by:
• the ovaries
• the adrenal glands
• peripheral tissues through DHEA conversion

When ovarian or adrenal function changes, testosterone output changes too.

2.2 Testosterone supports cellular energy

Testosterone enhances mitochondrial function by:
• increasing ATP production
• improving fat oxidation
• enhancing metabolic flexibility
• supporting muscle protein synthesis

Low testosterone contributes to fatigue and weight changes.

2.3 Testosterone modulates mood, motivation, and cognition

Healthy testosterone levels support:
• dopamine function
• focus and mental drive
• confidence and assertiveness
• resilience to stress
• overall sense of vitality

Low testosterone often feels like the lights dimmed inside the brain.

2.4 Testosterone supports sexual function

Testosterone modulates:
• desire
• arousal
• lubrication indirectly through blood flow
• orgasmic response
• sexual satisfaction

A drop in testosterone often leads to dramatic shifts in intimate wellbeing.

2.5 Testosterone and muscle tissue

Testosterone is essential for maintaining muscle mass.
Low testosterone accelerates sarcopenia and reduces metabolic rate.

 

3. Root Causes of Low Testosterone

Low testosterone is rarely random.
It is a downstream result of stress, inflammation, metabolic strain, or ovarian transition.

3.1 Chronic stress and cortisol dysregulation

High cortisol suppresses adrenal androgen production.
Over time, this decreases:
• DHEA
• androstenedione
• testosterone

Chronic stress is one of the strongest testosterone suppressors in women.

3.2 Aging and ovarian transition

Beginning in the mid thirties, ovarian androgen output gradually declines.
Perimenopause accelerates this process.

3.3 Low DHEA

DHEA is the precursor for testosterone synthesis.
If DHEA is low, testosterone is usually low.

3.4 Thyroid dysfunction

Low thyroid function reduces androgen production and increases SHBG, the protein that binds testosterone.

Higher SHBG equals less available testosterone.

3.5 Insulin instability

Insulin affects SHBG and androgen balance.
In some women, insulin resistance lowers free testosterone by raising SHBG.
In others, it may cause androgen excess.

It depends on metabolic and ovarian context.

3.6 Inflammation

Inflammation suppresses androgen production and increases SHBG.

3.7 Over exercise or under eating

A low energy state suppresses reproductive hormones, including testosterone.

3.8 Medications

Certain medications can reduce testosterone, including:
• oral contraceptives
• SSRIs
• corticosteroids
• anti seizure medications

 

4. Metabolic Connections

4.1 Lower muscle mass equals lower metabolic rate

Testosterone supports muscle tissue.
With less muscle, metabolism slows, fat burning decreases, and blood sugar becomes more unstable.

4.2 Insulin sensitivity

Testosterone improves insulin sensitivity.
Low testosterone increases risk for:
• insulin resistance
• glucose swings
• cravings
• abdominal weight gain

4.3 Mitochondrial output

Testosterone directly supports mitochondrial biogenesis.
Low testosterone equals low cellular energy production.

4.4 Cortisol synergy

Low testosterone makes women more sensitive to cortisol’s effects.
Stress feels harder, overwhelm feels bigger, and recovery is slower.

 

5. Hormone Crosstalk

5.1 DHEA

Low DHEA equals low testosterone.
These two almost always travel together.

5.2 Progesterone

Low progesterone increases cortisol sensitivity, which suppresses testosterone output further.

5.3 Thyroid hormones

When T3 is low, testosterone production and activation both decrease.

5.4 Insulin

Stable insulin supports androgen balance.
Dysregulated insulin creates unpredictable androgen swings.

5.5 Estrogen

Estrogen increases SHBG, which binds testosterone.
In estrogen dominant states, free testosterone is often low even if total testosterone is normal.

 

6. Gut Connection

6.1 Absorption of micronutrients

The gut must absorb key nutrients for androgen production, including zinc, magnesium, B vitamins, and essential fatty acids.

6.2 Inflammation from dysbiosis

Chronic gut driven inflammation suppresses adrenal androgen output.

6.3 Estrogen metabolism

Estrogen dominance increases SHBG, lowering free testosterone.
Gut issues worsen this imbalance.

 

7. Nervous System Connection

Testosterone profoundly affects the brain and nervous system.

7.1 Motivation and drive

Low testosterone reduces dopamine tone.
Women feel:
• unmotivated
• apathetic
• overwhelmed by basic tasks
• unable to initiate projects they would have once enjoyed

7.2 Confidence and assertiveness

Testosterone is tied to the sense of personal agency.
Low testosterone can feel like losing internal strength or decisiveness.

7.3 Cognitive clarity

Testosterone supports working memory and executive function.
Low levels often present as brain fog or feeling “slower.”

7.4 Stress resilience

Testosterone tempers the effects of cortisol.
When testosterone is low, stress hits harder.

 

8. Nutrition Strategy

8.1 Protein rich nutrition

Supports hormone production, muscle synthesis, and metabolic stability.

8.2 Healthy fats

Hormones require cholesterol and essential fatty acids as building blocks.

8.3 Zinc, magnesium, B complex vitamins

Key for steroid hormone synthesis.

8.4 Blood sugar regulation

Stable glucose supports adrenal and ovarian hormone production.

 

9. Lifestyle Strategy

9.1 Strength training

The most effective lifestyle tool for improving natural testosterone signaling.
Strength training increases:
• muscle mass
• metabolic rate
• mitochondrial function
• insulin sensitivity
• androgen receptor sensitivity

9.2 Stress reduction

Lower cortisol improves androgen output.

9.3 Adequate sleep

Androgen synthesis depends heavily on deep sleep.

9.4 Avoiding chronic caloric restriction

The body will not create sex hormones when it perceives famine.

 

10. Symptom Clusters and Their Interactions

• Low testosterone plus low DHEA equals profound fatigue, low libido, and low motivation
• Low testosterone plus high cortisol equals burnout, anxiety, and central weight gain
• Low testosterone plus low thyroid equals slow metabolism and low mood
• Low testosterone plus insulin instability equals cravings and weight gain
• Low testosterone plus estrogen dominance equals low libido and emotional flatness

 

11. Lab Interpretation

Useful educational markers include:
• total testosterone
• free testosterone
• SHBG (high SHBG means less available testosterone)
• DHEA S
• fasting insulin
• thyroid panel with Reverse T3
• vitamin D
• hsCRP

Patterns are often more important than single values.

 

12. How Low Testosterone Interacts With Other Conditions

It worsens:
• perimenopause
• low progesterone
• estrogen dominance
• PMS and PMDD
• insulin resistance
• metabolic syndrome
• thyroid dysfunction
• depression and low mood
• chronic fatigue
• low libido
• cognitive dysfunction
• weight gain

 

13. Faith and Mindset Note

Low testosterone can make women feel disconnected from their inner strength, drive, and identity.
This is not a flaw, and it is not permanent.
It is a physiological depletion, not a personal one.

Your identity is not defined by your hormone levels.
You are still capable, strong, and purposeful.
Restoring your internal vitality is an act of honoring the body God entrusted to you.