Insights

Water intake was recorded as only 1 glass on July 15 and 1 glass by the time of the migraine on July 16 at 17:45. July 15 also had 8 alcohol units, including beer at lunch and two Cobra beers, versus 0 units on July 16. This alcohol-plus-low-water combination occurred within roughly 24 hours of the episode and aligns with the user's suspected dehydration trigger, although the records do not show beverage timing or whether all water was logged.

• Prioritize tracking total fluids and timing, especially during and after alcohol intake.
• Record whether hydration changes alter recurrence before treating this as a confirmed pattern.

The July 16 stress rating was 1 out of 5, and July 15 was 2 out of 5, so the logged values do not support unusually high stress immediately before the episode despite stress being selected as a suspected trigger. Sleep was 8 hours with quality 4 on July 16 and 6.8 hours with quality 3 on July 15; neither was below the 6.5-hour threshold. There was shorter sleep earlier—6 hours with quality 2 on July 13—but that was about three days before the migraine.

• If stress felt high later on July 16, time-specific stress notes could capture changes missed by the daily rating.
• Sleep duration immediately before this episode appears broadly adequate.

Across July 10–16, 13 of 21 scheduled propranolol doses and 5 of 7 scheduled Allevia doses were recorded; under the supplied rule, unrecorded doses count as missed. The most relevant recent gap was the third propranolol dose on July 14, while all three propranolol doses were recorded on July 15. On July 16, two propranolol doses and Allevia were recorded, but the third propranolol dose was absent; because the episode began at 17:45, its scheduled timing is unknown, so it may not yet have been due when symptoms started. The largest gaps were July 10–11, several days before the episode.

• Track scheduled dose times as well as completion to distinguish missed doses from doses not yet due.
• If migraines repeatedly follow adherence gaps, that pattern would be worth discussing with the prescribing doctor.

Within about 24 hours, July 15 foods included cured meats in a Full English breakfast, dairy and nuts in chicken madras with peshwari naan, and beer; July 16 included chocolate at breakfast plus halloumi, peanuts, citrus, dairy, and egg at lunch. Alcohol is the food-related exposure with the clearest accompanying wellness signal because 8 units were logged. Gluten and dairy appeared repeatedly on non-migraine days as well, including July 13–14, so this week does not isolate them as likely triggers.

• Rather than broadly avoiding every tagged food, continue recording exact meal and symptom times to look for repeated 6–24-hour associations.
• Chocolate, halloumi/cheese, nuts, cured meat, and beer are candidates to compare across future episodes, not confirmed triggers.

Coffee changed from 0 cups on July 14 to 1 on July 15 and 2 on July 16. That variation could be monitored, but the episode did not follow an immediate caffeine reduction on July 16. Atmospheric pressure fell 2.5 hPa on July 16, but the same-sized fall occurred on July 13 without a recorded migraine; temperatures were warm throughout, with a July 16 high of 27.8°C and no rain. These data do not distinguish caffeine or weather as meaningful triggers yet.

Only one migraine occurred in this seven-day period, so exposures on migraine and migraine-free days cannot be compared reliably. Food entries begin on July 12, several wellness fields are absent on earlier days, and zero water or coffee values on July 10–11 and July 14 may represent true intake or incomplete logging. The current episode has no end time or relief-effectiveness rating, so duration and response to sumatriptan plus Migraleve Pink are not yet known.

• Update the episode with end time and medication effectiveness when known.
• Persistent or recurring patterns can be reviewed with a doctor; this single week does not establish a medical cause.