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Female Hormone Blood Panel

Type

Blood Testing

Biomarkers

11

Duration

10 min

Results

3 days

A focused 3-marker reproductive hormone panel measuring FSH, LH, and progesterone — the core markers for assessing ovulation, cycle regularity, and menopausal status. More affordable than a comprehensive hormone screen, this panel answers the specific question of whether ovulation is occurring and where you sit in your reproductive timeline. Useful as a first step before committing to broader hormonal investigation.

This focused 3-marker panel measures the core reproductive hormones — FSH, LH, and progesterone — that govern ovulation, menstrual cycle regularity, and menopausal transition. It is designed as an affordable first step for women investigating cycle irregularity, fertility concerns, or perimenopausal symptoms before committing to a comprehensive hormone screen. FSH (follicle-stimulating hormone) drives follicle development in the ovaries and rises as ovarian reserve declines with age. Elevated FSH on day 2-5 of the cycle suggests diminished ovarian reserve or approaching menopause. LH (luteinising hormone) triggers ovulation — a mid-cycle LH surge confirms that the hormonal signal for egg release is functioning. The FSH-to-LH ratio is also diagnostically useful: a reversed ratio (LH higher than FSH) is characteristic of polycystic ovary syndrome. Progesterone is best measured on day 21 of the cycle (7 days before the expected period) to confirm whether ovulation has actually occurred. Adequate progesterone after ovulation is essential for endometrial preparation and early pregnancy maintenance. Low progesterone despite ovulation may indicate a luteal phase defect — a common and correctable cause of difficulty conceiving or early pregnancy loss. ClearLabs delivers results within 2-3 business days, with timing guidance provided at booking to ensure the blood draw occurs at the appropriate point in the menstrual cycle. No fasting is required, and no GP referral is needed. The results are displayed on a digital dashboard with both standard and optimal reference ranges.

Key Details

Markers
3 reproductive hormones
Focus
Ovulation + cycle assessment
Collection fee
+A$20

Who Is This For?

Ovulation confirmation, cycle irregularity, menopausal status assessment, fertility first step, period problems

What's Included

FSH (follicle-stimulating hormone)
LH (luteinising hormone)
Progesterone

Preparation Required

No fasting required. For ovulation assessment, test on day 21 of menstrual cycle (7 days before expected period). For baseline hormones, test on day 2-5 of cycle.

Panel Categories

Men’s Health Panel Women’s Health Panel

Biomarkers Tested

11
4-OH Oestradiol ng/mL

Metabolite of estradiol.

5α-DHT mg/day

5α-Dihydrotestosterone, a potent androgen.

Anti-mullerian hormone (AMH) ng/mL

A hormone secreted by cells in developing egg sacs (follicles), indicating ovarian reserve.

DHEA-S µg/dL

Precursor to other hormones

Epi-Testosterone mg/day

Metabolite of testosterone.

Free PSA ng/mL

Measures only the unbound PSA in the blood.

Free Testosterone pg/mL

The unbound, biologically active fraction of testosterone (typically 1–3% of total). Free testosterone is the form that can enter cells and exert effects. More clinically relevant than total testosterone for assessing hormonal status.

LH to FSH Ratio ratio

Normally 1:1; higher ratios (e.g., 2:1 or 3:1) may indicate PCOS.

Progesterone ng/mL

A hormone essential for menstrual cycle regulation and pregnancy maintenance. Progesterone rises after ovulation, preparing the uterus for implantation. Low levels can cause irregular periods and difficulty maintaining pregnancy.

Prolactin ng/mL

A hormone primarily known for stimulating breast milk production. Elevated prolactin in non-pregnant individuals can indicate pituitary tumors, medication side effects, or hypothyroidism. High levels can suppress reproductive hormones.

SHBG (Sex Hormone-Binding Globulin) nmol/L

A protein that binds and transports sex hormones (testosterone, estrogen) in the blood. High SHBG reduces the amount of free, active hormones available. SHBG increases with age, thyroid hormones, and estrogen; decreases with obesity and insulin resistance.

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