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Survey study, 2024

Do women with PMS have different hormone levels?

Women with PMS have lower progesterone levels throughout the luteal phase, with the biggest drop near the end of the cycle. However, hormone levels alone are not reliable enough to diagnose PMS.

Early or limited evidence 2666 women attending a fertility clinic; 894 had evaluable hormone tests

What they did

Retrospective cross-sectional study of 2666 women attending a fertility clinic for fertility problems or recurrent miscarriage. 894 women had at least one blood test measuring progesterone and oestradiol during the luteal phase (after ovulation). Researchers compared hormone levels in women with and without PMS symptoms.

What they found

Progesterone levels were up to 10 nmol/L lower in women with PMS compared to women without PMS. This difference was statistically significant for most PMS symptoms when measured at 9 or more days after ovulation. Oestradiol showed a similar trend but was not statistically significant. Steroid hormone levels alone were not useful for identifying who had PMS.

What it means for you

Women with PMS do show lower progesterone, particularly late in their cycle, providing some biological evidence that PMS involves hormone differences. However, hormone levels cannot reliably diagnose PMS on their own. A major limitation is the study looked only at women seeking fertility help, which is a specific group and may not represent all women.

10 nmol/L

progesterone difference in women with PMS

894

women with hormone tests

9+ days

timing after ovulation when difference was significant

About the study

Original title
Relationship Between Steroid Hormone Profile and Premenstrual Syndrome in Women Consulting for Infertility or Recurrent Miscarriage
Authors
Turner JV, McLindon LA, Turner DV et al.
Journal
Reproductive sciences (Thousand Oaks, Calif.)
Year
2024
Study design
Survey study
Participants
2,666
What was tested
None
Open access
Yes
Original abstract

To determine the relationships between luteal-phase steroidal hormonal profile and PMS for a large number of women attending a dedicated fertility clinic. This was a retrospective cross-sectional study on women attending a hospital-based clinic for fertility concerns and/or recurrent miscarriage. All participants were assessed with a women's health questionnaire which also included evaluation of premenstrual symptoms. Day of ovulation was identified based on the peak mucus symptom assessed by the woman after instruction in a fertility awareness-based method (FABM). This enabled reliable timing of luteal-phase serum hormone levels to be taken and analysed. Between 2011 and 2021, 894 of the 2666 women undertaking the women's health assessment had at least one evaluable serum luteal hormone test. Serum progesterone levels were up to 10 nmol/L lower for symptomatic women compared with asymptomatic women. This difference was statistically significant (p < 0.05) for the majority of PMS symptoms at ≥ 9 days after the peak mucus symptom. A similar trend was observed for oestradiol but differences were generally not statistically significant. ROC curves demonstrated that steroid levels during the luteal phase were not discriminating in identifying the presence of PMS symptoms. Blood levels for progesterone were lower throughout the luteal phase in women with PMS, with the greatest effect seen late in the luteal phase.

Reproduced under CC-BY.

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