WOMEN'S LAB ORDERS

Basic Hormone + Health Panel — $179

This is our foundational panel for women. It gives us the core data needed to evaluate hormone balance, thyroid function, and overall health markers that can impact weight, mood, energy, sleep, libido, and cycle symptoms.

Includes:

  • Total Testosterone + Free Testosterone

  • Estradiol (E2)

  • Progesterone

  • Pregnenolone

  • Thyroid (TSH)

  • CBC with Platelets

  • Comprehensive Metabolic Panel (CMP)

Best for:

  • Baseline labs before starting BHRT / peptides

  • Cycle symptoms (PMS, heavy periods, irregular cycles)

  • Fatigue, low libido, mood changes

  • Weight changes or stubborn body composition issues

  • Thyroid screening + overall health check

Optional Add-Ons

Add these tests if you want a deeper, more comprehensive understanding of hormone balance, adrenal function, fertility signaling, or thyroid complexity. These are especially helpful when symptoms don’t fully match basic lab results or when we’re moving from “baseline” into true optimization.

Hormone Signaling + Binding

(Recommended for optimization and symptom clarification)

These markers help us understand how your brain, ovaries, and adrenal system are communicating — not just what your hormone levels are, but how they’re functioning.

SHBG (Sex Hormone Binding Globulin)

What it does:
SHBG is a protein that binds to testosterone and estradiol. When hormones are bound, they are not biologically active. This test tells us how much of your hormone is actually usable.

Why you might want this added:

  • Your total testosterone or estradiol looks “normal” but you still have symptoms

  • You have low libido despite adequate testosterone

  • You have signs of estrogen dominance or unstable estrogen swings

  • You struggle with insulin resistance or metabolic concerns

  • We are adjusting testosterone therapy and need precise dosing

Why it matters:
Low SHBG can lead to hormone instability and exaggerated swings.
High SHBG can make total hormone levels look normal while free (usable) hormone is low.

LH + FSH (Luteinizing Hormone + Follicle Stimulating Hormone)

What they do:
LH and FSH are brain signaling hormones that tell the ovaries what to produce. They help us understand where you are in your reproductive transition.

Why you might want this added:

  • Irregular or changing cycles

  • Suspected perimenopause

  • Early menopause concerns

  • Fertility evaluation

  • Mood changes or anxiety that feel “cycle-related”

  • You’re wondering, “Why are my hormones suddenly changing?”

Why it matters:
These markers show whether the issue is ovarian production, brain signaling, or transition into perimenopause/menopause. They give context to estradiol and progesterone results.

DHEA-S (Dehydroepiandrosterone Sulfate)

What it does:
DHEA-S is produced by the adrenal glands and serves as a precursor to testosterone and estrogen. It reflects adrenal resilience and stress capacity.

Why you might want this added:

  • Chronic stress or burnout

  • Fatigue despite normal thyroid and testosterone

  • Low libido

  • Poor recovery from workouts

  • Stubborn body fat

  • Brain fog or low motivation

Why it matters:
Low DHEA can contribute to low androgen symptoms, poor stress tolerance, and slower recovery.
High DHEA can indicate adrenal overstimulation or androgen imbalance.

Thyroid Deep Dive

(When TSH alone isn’t enough)

Comprehensive Thyroid Panel

What it includes (example components):

  • Free T4

  • Free T3

  • Reverse T3

  • Thyroid Peroxidase (TPO) Antibodies

  • Thyroglobulin (Tg) Antibodies

Why you might want this added:

  • You have thyroid symptoms but a “normal” TSH

  • History of thyroid disease

  • Hair thinning or hair loss

  • Cold intolerance

  • Constipation

  • Brain fog

  • Weight resistance despite diet and exercise

  • Family history of autoimmune thyroid disease

Why it matters:
TSH alone does not tell us how well you are converting thyroid hormone into its active form (T3), nor does it identify autoimmune thyroid conditions. A full panel gives us a clearer picture of metabolism, inflammation, and hormone conversion efficiency.