31/08/2026
STRUGGLING TO CONCEIVE? YOUR LUTEAL PHASE MAY HOLD AN IMPORTANT CLUE ⚡️
Your luteal phase is the time between ovulation and your next period. During this phase, progesterone rises to prepare the uterine lining for implantation and support the earliest stages of pregnancy.
A luteal phase that is consistently 10 days or fewer may be worth investigating, particularly if you are trying to conceive.
Some signs you may notice include:
🌸 Your period repeatedly arriving 10 days or fewer after ovulation
🌸 Spotting for several days before your period
🌸 A BBT rise that lasts only a short time or falls earlier than expected
These signs do not automatically mean your progesterone is low, but they can provide useful clues about your ovulation and overall cycle health.
FIRST, MAKE SURE YOU ARE ACCURATELY IDENTIFYING OVULATION.
An app prediction alone cannot confirm when ovulation occurred, especially if you have irregular cycles. Cervical mucus tracking, BBT and ovulation testing can provide a clearer picture when used together.
HERE IS THE PART MANY WOMEN MISS 👇
Supporting progesterone starts with supporting ovulation.
After an egg is released, the emptied follicle becomes the corpus luteum. This temporary structure produces most of the progesterone needed during the luteal phase.
This is why it can be more helpful to explore why ovulation may be irregular or not occurring consistently, rather than focusing only on progesterone.
For those with PCOS/PMOS, this may include supporting:
✔️ Insulin sensitivity and steadier blood sugar
✔️ Stress regulation and healthy cortisol patterns
✔️ Adequate food, protein, healthy fats and overall energy intake
✔️ Nutrients involved in ovarian function, including magnesium, zinc and vitamin C
✔️ Sleep, inflammation and overall cycle health
ONE MORE IMPORTANT TIP:
“Day 21” progesterone testing is not appropriate for every cycle. Progesterone is generally assessed around seven days after ovulation, so the correct testing day depends on when you actually ovulate.
PCOS/PMOS does not look the same in every body - comment ‘type’ if you want to understand yours bett