From grimoire
Guides evidence-based Kegel exercises during pregnancy to prevent incontinence and prepare for labor. Use for pelvic floor strengthening, correct Kegel technique, and birth prep.
How this skill is triggered — by the user, by Claude, or both
Slash command
/grimoire:apply-pelvic-floor-trainingThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
Execute an evidence-based Kegel protocol to prevent incontinence and prepare the pelvic floor for labor.
Execute an evidence-based Kegel protocol to prevent incontinence and prepare the pelvic floor for labor.
Adopted by: NICE, ACOG, Pelvic Obstetric and Gynaecological Physiotherapy (POGP) — all recommend pelvic floor training as standard antenatal care. Impact: Pelvic floor muscle training (PFMT) reduces urinary incontinence in late pregnancy by 56% (Cochrane 2017, 38 RCTs, n=9,832). Postpartum incontinence risk reduced by 26% when training begins in pregnancy (Woodley et al., 2017). Why best: The pelvic floor supports uterine weight throughout pregnancy and must stretch/contract through delivery. Untrained muscles increase urinary incontinence, pelvic organ prolapse, and perineal tearing risk.
Morning routine: 10 slow holds (10-sec each) + 10 quick contractions while lying in bed before rising. Functional integration: Contract before every sneeze, cough, and lifting action throughout the day.
Health Disclaimer: Pelvic floor dysfunction (pain, heaviness, prolapse symptoms) warrants referral to a pelvic floor physiotherapist before starting any PFMT protocol. This skill addresses prevention in low-risk pregnancy.
npx claudepluginhub jeffreytse/grimoire --plugin grimoireBuilds trimester-adapted prenatal exercise plans using ACOG's 150-minute/week framework. Screens for contraindications, adjusts intensity by trimester, and applies talk-test guidelines.
Applies exercise science knowledge to program design, periodization, biomechanics, injury prevention, and evidence-based training methodology.
Provides evidence-based training guidance using 2025 research on hypertrophy, progressive overload, and biomechanics for designing strength and muscle development programs.