Female Fertility Blood And Urine Test Panel
This fertility lab panel combines blood and urine markers to assess ovulation timing, ovarian reserve, thyroid overlap, and metabolic patterns.
This panel bundles multiple biomarker tests in one order—your report explains how results fit together.
This is a bundled lab panel, not a single hormone test. It combines blood and urine measurements that work together to clarify ovulation timing, ovarian reserve signals, thyroid overlap, and metabolic patterns that can affect cycles and conception planning.
Because fertility labs are highly timing-dependent, the value of this panel is the way the results fit together (and when they were collected), not any one number in isolation.
Do I need this panel?
You may benefit from this fertility blood-and-urine panel if your cycles are irregular, you are tracking ovulation but the signs do not line up (apps, cervical mucus, LH strips, basal body temperature), or you are trying to understand why cycle length, bleeding patterns, or symptoms have changed.
This panel is also useful when you want a clearer baseline before trying to conceive, when you are monitoring known conditions that commonly overlap with fertility (such as PCOS, thyroid dysfunction, or elevated prolactin), or when you are in the perimenopause transition and want to distinguish “normal transition” from a treatable hormone or thyroid issue.
If you are already working with a clinician or fertility specialist, this panel can support clinician-directed care by providing objective lab data to pair with your history, ultrasound findings, and cycle timing—rather than relying on online hormone “rules” or one-off tests.
Fertility-related hormones can vary by cycle day, time of day, and medication use; your collection timing and context matter as much as the numeric result.
Lab testing
Order the Female Fertility Blood And Urine Test Panel
Schedule online, results typically within about a week
Clear reporting and optional clinician context
HSA/FSA eligible where applicable
Get this panel with Vitals Vault
Vitals Vault lets you order a multi-marker fertility lab panel so you can see key reproductive, thyroid, and metabolic signals together in one place. Instead of chasing single tests across different dates, you can build a more interpretable snapshot that matches your cycle goals (baseline evaluation, ovulation confirmation, or follow-up after a change).
After your results post, you can use PocketMD to ask questions in plain language like how your LH/FSH/estradiol pattern fits with your cycle day, whether progesterone suggests ovulation occurred, and which results might be worth repeating (and when) for a clearer trend.
If your results suggest you need more depth—such as expanded androgen testing, broader thyroid evaluation, or a more comprehensive hormone and metabolic view—you can scale up to a larger women’s hormone panel rather than guessing which single add-on will matter most.
- Orderable lab panel with multiple fertility-relevant markers in blood and urine
- Designed for cycle-aware interpretation (timing and patterns across results)
- PocketMD support for next-step questions and retesting strategy
- Useful for baseline, follow-up, and trend tracking when symptoms change
Key benefits of Female Fertility Blood And Urine Test Panel testing
- Gives you a multi-marker view of ovulation signals instead of relying on one hormone or one app prediction.
- Helps distinguish ovarian reserve–related patterns from timing-related fluctuations in early-cycle hormones.
- Surfaces thyroid and prolactin patterns that can mimic or worsen cycle irregularity and fertility symptoms.
- Adds metabolic context (glucose/insulin-related markers) that often overlaps with PCOS and irregular ovulation.
- Supports smarter retesting by showing which markers are stable and which are cycle-day dependent.
- Improves conversations with your clinician by pairing symptoms and cycle history with objective lab patterns.
- Reduces “online hormone extremes” by anchoring decisions in a coordinated panel rather than influencer protocols.
What is the Female Fertility Blood And Urine Test Panel?
The Female Fertility Blood And Urine Test Panel is a bundled set of lab tests designed to evaluate fertility-relevant biology across several systems at once. It typically includes reproductive hormones that change across the menstrual cycle, plus supporting markers that can influence ovulation and cycle regularity (thyroid function, prolactin, and metabolic markers).
Blood tests are commonly used for baseline reproductive hormones (such as follicle-stimulating hormone, luteinizing hormone, estradiol, and anti-Müllerian hormone) and for hormones that can disrupt cycles when elevated or low (such as prolactin and thyroid-stimulating hormone). Urine testing is often used to capture cycle-phase signals that can be easier to interpret when you are tracking timing at home, such as LH surges or progesterone metabolites.
This panel is not a diagnosis by itself. Fertility is influenced by anatomy (tubes/uterus), partner factors (semen parameters), ovulation frequency, egg quantity/quality, and timing. The goal of the panel is to clarify which physiologic “lane” your cycle appears to be in—ovulatory vs anovulatory patterns, reserve signals, thyroid overlap, and metabolic stress—so your next steps are more targeted.
What do my panel results mean?
Patterns that can look “low” across the panel
In a fertility panel, “low” usually means one of two things: either a hormone is lower than expected for the cycle phase, or the overall pattern suggests under-signaling in an axis. Examples include low mid-luteal progesterone (or low urine progesterone metabolite) that may suggest ovulation did not occur or that timing was off; low estradiol with low/normal gonadotropins that can be seen with hypothalamic suppression (stress, low energy availability, significant weight loss, heavy training); or low thyroid hormone signaling patterns when paired with symptoms. Low results are most interpretable when you confirm the collection day and whether you were using hormonal contraception, fertility medications, or supplements that can shift readings.
Patterns that are typically considered “optimal”
An “optimal” panel pattern is one that matches your cycle timing and your goals. Early-cycle hormones (often collected around cycle day 2–4) generally show a balanced relationship between FSH, LH, and estradiol, with ovarian reserve markers (such as AMH) in a range that fits your age and clinical context. If you are confirming ovulation, progesterone (or urine progesterone metabolite) is appropriately elevated in the luteal phase relative to your ovulation timing. Thyroid and prolactin markers fall in a supportive range, and metabolic markers do not suggest significant insulin resistance. The key is coherence: the numbers make sense together for the day of your cycle and your symptoms.
Patterns that can look “high” across the panel
Higher results can point to several common fertility-related patterns. Elevated androgens or a higher LH-to-FSH pattern (when included) may align with PCOS physiology, especially when paired with irregular cycles and metabolic markers suggesting insulin resistance. Higher prolactin can interfere with ovulation and may be associated with cycle disruption, breast discharge, or headaches (but it also rises with stress, sleep disruption, and nipple stimulation). Thyroid patterns can also matter: a higher TSH may be associated with suboptimal thyroid support for conception in some people, depending on clinical guidelines and your full thyroid profile. High values should be interpreted with medications, cycle day, and repeatability in mind—many “high” findings require confirmation before any conclusions.
Factors that influence fertility panel results
Cycle timing is the biggest driver: FSH, LH, and estradiol are typically interpreted differently in the early follicular phase than near ovulation, and progesterone is most meaningful when measured about 6–8 days after ovulation (not simply on a calendar day). Hormonal contraception, fertility medications (like letrozole or clomiphene), thyroid medication, dopamine antagonists, and some supplements can shift results. Stress, acute illness, sleep loss, and under-fueling can suppress hypothalamic signaling and change gonadotropins and ovulation markers. Body weight changes and insulin resistance can influence androgen patterns and ovulation frequency. Finally, lab-to-lab reference ranges vary, so the most useful interpretation focuses on patterns across the panel and trends over time rather than a single cutoff.
What’s included in this panel
- Amorphous Sediment
- Appearance
- Bacteria
- Bilirubin
- Calcium Oxalate Crystals
- Casts
- Color
- Crystals
- Estradiol
- Estrogens, Total, Ia
- Fsh
- Glucose
- Granular Cast
- Hyaline Cast
- Ketones
- Leukocyte Esterase
- Nitrite
- Occult Blood
- Ph
- Progesterone
- Prolactin
- Protein
- Rbc
- Renal Epithelial Cells
- Specific Gravity
- Squamous Epithelial Cells
- T4, Free
- Testosterone, Total, Ms
- Transitional Epithelial Cells
- Triple Phosphate Crystals
- Tsh
- Uric Acid Crystals
- Wbc
- Yeast
Frequently Asked Questions
Do I need to time this panel to a specific cycle day?
Usually, yes—at least for the blood hormone portion. Many baseline reproductive hormones (like FSH, LH, and estradiol) are commonly interpreted when collected early in the cycle (often cycle day 2–4). Ovulation confirmation markers (like progesterone or urine PdG) are most meaningful when collected after ovulation. If your cycles are irregular, timing can be based on ovulation tracking rather than calendar days.
Do I need to fast for this panel?
If your panel includes fasting glucose and fasting insulin, fasting (typically 8–12 hours) can improve interpretability. Water is usually fine. If you cannot fast, you can still test, but you should interpret glucose/insulin in that context and consider repeating fasting if results are borderline.
How do I read the panel if one marker is “abnormal” but the others look fine?
Single outliers are common, especially with cycle-day dependent hormones and stress-sensitive markers like prolactin. The most useful approach is to confirm timing (cycle day and time of day), check for medication or supplement effects, and look for supporting patterns across the panel. If the outlier would change a decision, repeating the specific marker under better-controlled conditions is often the next step.
Can this panel diagnose PCOS or early menopause?
This panel can show patterns that are consistent with PCOS physiology (such as androgen-related patterns plus metabolic signals) or diminished ovarian reserve (such as certain AMH/FSH patterns), but diagnosis typically requires clinical criteria and sometimes imaging. For PCOS, symptoms and ultrasound findings may matter; for menopause-related transitions, age, cycle history, and repeat testing can be important.
What if I’m on hormonal birth control or fertility medication?
Hormonal contraception can suppress or alter many reproductive hormone readings and can make ovulation markers less meaningful. Fertility medications can intentionally change FSH/LH/estradiol/progesterone patterns. You can still test, but interpretation should be framed around your medication regimen and goals (baseline vs monitoring). If you want a true baseline, ask your clinician about an appropriate washout period.
Is it better to order a panel or individual fertility tests?
A panel is often more useful when you want a coherent story—ovulation signals, reserve markers, thyroid overlap, and metabolic context—collected in a coordinated way. Individual tests can be appropriate when you already know exactly what you are monitoring (for example, a targeted progesterone check after ovulation). Many people start with a panel, then use targeted retesting based on what the panel shows.