Unspoken 🤫

The pelvic floor is a hammock of muscles stretching from your pubic bone to your tailbone. It supports your bladder, uterus, and rectum. It contracts during orgasm. It stabilizes your spine. And in the world of women's health, it might be the single most neglected, misunderstood, and under-discussed structure in the entire body.

Most women only hear about their pelvic floor after childbirth — when a doctor casually mentions "Kegels" as if squeezing an invisible elevator is sufficient treatment for a muscle group more complex than your rotator cuff. It's not.

What Nobody Tells You

The pelvic floor isn't one muscle — it's a group of 14 muscles arranged in three layers. They can be too weak (hypotonic) or too tight (hypertonic). And here's what most advice gets wrong: Kegels make hypertonic pelvic floors worse.

• Hypotonic (too weak): Leaking when you cough, sneeze, or jump. Feeling heaviness in the pelvis. Reduced sensation during sex. This is what Kegels help.
• Hypertonic (too tight): Pain during sex (dyspareunia), difficulty inserting tampons, urgency (sudden need to pee that's hard to control), chronic pelvic pain, lower back pain. Kegels make this worse — you're tightening muscles that are already in spasm.
• Up to 50% of women doing Kegels are doing them incorrectly — pushing down instead of lifting, or bearing down instead of engaging. Without proper assessment, you might be strengthening the wrong pattern.

The Cycle Connection

Your pelvic floor changes across your menstrual cycle — and nobody mentions this:

• Follicular phase: Rising estrogen increases tissue elasticity and blood flow to pelvic muscles. This is when your pelvic floor is at its most responsive — best time for strengthening exercises.
• Ovulation: Peak estrogen = peak tissue elasticity. Pelvic floor is most relaxed and supple. Coincidentally, this is when many women report the most enjoyable sex — it's not just hormonal desire, it's structural readiness.
• Luteal phase: Progesterone has a relaxing effect on smooth muscle, which can increase feelings of heaviness or urgency. If you have prolapse symptoms, they often worsen here.
• Menstruation: Prostaglandins that cause uterine cramping also affect pelvic floor muscles. That deep ache during your period? Part of it is your pelvic floor in sympathetic spasm.

What Actually Helps

1. See a pelvic floor physiotherapist. Not a general physio — a specialist. They'll do an internal assessment (yes, it involves a gloved finger) to determine if your pelvic floor is too tight, too weak, or both. This single appointment can change your life. Literally.
2. Learn to release, not just squeeze. The ability to fully relax your pelvic floor is as important as the ability to contract it. Think of it like a bicep curl — you need the full range of motion, not just the contraction.
3. Breathe properly. Your pelvic floor and diaphragm work in tandem. When you inhale, your diaphragm descends and your pelvic floor should gently lengthen. When you exhale, both lift. If you're a chest breather or breath-holder, your pelvic floor suffers.
4. Stop hovering over toilets. Squatting over public toilet seats trains your pelvic floor to not fully relax during urination. This contributes to incomplete bladder emptying and hypertonic dysfunction. Sit down. Use a seat cover if you must.
5. Squat deep. Full-depth squats (below parallel) are among the best pelvic floor exercises — they train the full range of contraction and release. Start bodyweight, go slow.

"The pelvic floor is the most important muscle group that nobody teaches you about. We spend years learning to use our hands, our legs, our core — but the muscle group that controls continence, sexual function, and organ support? Silence." — Dr. Sarah Duvall, pelvic floor physiotherapist

Let's name what happens: around days 22–28 of your cycle, progesterone falls. With it falls allopregnanolone — a neurosteroid that modulates GABA receptors (your brain's primary calming system). Simultaneously, estrogen drops, taking serotonin production down with it. The result is a neurochemical environment remarkably similar to benzodiazepine withdrawal.

Read that again. The premenstrual neurochemical state resembles drug withdrawal. And yet women are told they're "being dramatic."

The Neuroscience of Premenstrual Rage

• Serotonin drops 25–30% in the late luteal phase compared to mid-follicular. Serotonin regulates impulse control, emotional processing, and aggression inhibition. Less serotonin = shorter fuse. This is why SSRIs (which boost serotonin) are effective for severe PMS/PMDD — they're treating a measurable neurotransmitter deficit.
• GABA sensitivity decreases. Progesterone's metabolite allopregnanolone is a powerful GABA-A receptor agonist — essentially your body's natural Valium. When progesterone falls, allopregnanolone falls, and your brain's "calm down" system loses power. In women with PMDD, the GABA system doesn't just weaken — it paradoxically reverses, making the same neurosteroids that calm most women actually increase anxiety.
• Amygdala reactivity increases 30–40%. fMRI studies show that the amygdala — the brain's threat-detection center — becomes significantly more reactive to emotional stimuli in the late luteal phase. Faces that looked neutral in the follicular phase now look hostile. Tone of voice that seemed fine now sounds aggressive. You're not imagining the rudeness — your threat-detection sensitivity has been turned up.
• Prefrontal cortex activity decreases. The brain region responsible for emotional regulation, impulse control, and "thinking before acting" shows reduced activity when estrogen is low. Less braking power + more fuel = explosive combination.

Why Society Gaslights Premenstrual Women

There's a cruel double bind. If you express anger premenstrually, you're dismissed: "Oh, she's just PMSing." If you suppress it, you internalize rage that has nowhere to go — contributing to depression, resentment, and relationship breakdown.

But here's the thing researchers increasingly recognize: premenstrual rage often isn't irrational. Studies from the University of Toronto found that women in the luteal phase aren't angry about different things than in the follicular phase — they're angry about the same things, but with less capacity to suppress or rationalize the anger. The rage is often pointing at something real — a boundary violation, an unfair division of labor, an unmet need — that the follicular-phase brain is better at tolerating or ignoring.

What Actually Helps

• Track and predict. When you know the rage is coming (days 22–28 for most), you can prepare. Not suppress — prepare. "I know I'll have less emotional regulation this week. I'll avoid making major decisions, postpone difficult conversations to next week, and give myself permission to feel intensely."
• Move your body. Exercise is one of the few interventions that simultaneously boosts serotonin, increases GABA activity, and reduces amygdala reactivity. A 30-minute vigorous workout during the late luteal phase can shift your neurochemistry within 20 minutes of finishing.
• Calcium + Vitamin B6. A meta-analysis of 10 RCTs found that 1,200mg calcium daily reduced PMS mood symptoms by 48%. Vitamin B6 (50–100mg daily) supports serotonin synthesis. Both are well-tolerated and evidence-based.
• Consider this radical idea: listen to the rage. If you're furious about the same thing every luteal phase, it's probably not hormonal noise — it's a signal you're suppressing the rest of the month. Journal what triggers you premenstrually. Patterns will emerge. Address them in the follicular phase when you have the bandwidth.

"PMS isn't a woman's failing. It's a withdrawal state from her own neurosteroids. When we frame it that way, the question changes from 'Why can't she control herself?' to 'Why isn't her neurochemical shift being treated as the medical event it is?'" — Dr. Tory Eisenlohr-Moul, PMDD researcher

In her landmark research, Dr. Emily Nagoski (author of Come As You Are) identified two types of sexual desire that changed everything about how we understand female arousal:

• Spontaneous desire: The "out of nowhere" urge. You're doing the dishes and suddenly want sex. This is the type portrayed in movies and assumed to be the default. It's driven primarily by testosterone and dopamine — and it tends to be the dominant style in men and in women during their teens and twenties.
• Responsive desire: Desire that emerges in response to stimulation, not before it. You weren't thinking about sex, but then someone touches your neck, or you read something evocative, or you start kissing and your body responds — then you want it. This is the dominant style for 30%+ of women at any age, and it becomes more common after 35.

The problem: our entire cultural script for sex assumes spontaneous desire. If you don't "feel like it" before sex starts, you assume something is wrong with you. It's not. Your desire type shifted — and nobody told you.

The Hormonal Picture After 35

Starting in the mid-30s, several hormonal shifts affect desire — but not in the simple "decline" narrative you've been told:

• Testosterone does decline — by about 50% between ages 20 and 40. This can reduce spontaneous desire. But testosterone isn't the whole story.
• Estrogen fluctuates more wildly. Perimenopause (which can start as early as 35) brings estrogen spikes and crashes rather than a steady decline. Some months you'll feel more desire than you have in years. Others, nothing. The unpredictability is the feature, not the bug.
• Oxytocin sensitivity increases. As testosterone-driven spontaneous desire decreases, oxytocin-driven responsive desire can increase. Touch, emotional connection, and intimacy become more powerful triggers — not less powerful.
• The brain gets better at pleasure. Neuroimaging studies show that women over 35 have more active reward centers during sexual arousal than women in their early 20s. Your brain literally gets more efficient at pleasure processing with experience.

What Actually Works

1. Stop waiting to "feel like it." If you have responsive desire, arousal comes after you start, not before. Give yourself permission to begin with willingness rather than wanting. Many women report that once they start, desire catches up within 10–15 minutes.
2. Expand the definition of foreplay. For responsive desire, foreplay isn't 10 minutes before sex. It's the entire emotional context of the day. A text that made you feel seen. Help with the kids without being asked. A genuine compliment. By the time you're in bed, your body is already primed — or not.
3. Use your cycle. Desire tends to peak around ovulation (days 12–16) when estrogen and testosterone are both elevated. If you have a partner, this is the window for spontaneous encounters. During the luteal phase, responsive desire may need more runway — and that's fine.
4. Consider testosterone therapy. For women in perimenopause or menopause with clinically low testosterone and distressing loss of desire, testosterone therapy (typically a cream or patch at 1/10th the male dose) has strong evidence. The International Society for the Study of Women's Sexual Health now recommends it as a treatment option.

"Responsive desire is not low desire. It's a different pathway to the same destination. Treating it as a disorder is like saying you don't like food because you're not hungry until you smell cooking." — Dr. Emily Nagoski

In 1969, researchers first documented "broken heart syndrome" (takotsubo cardiomyopathy) — a condition where acute emotional stress causes the left ventricle of the heart to balloon, mimicking a heart attack. It can kill. It disproportionately affects women (90% of cases). And it's most commonly triggered by the death of someone loved.

Grief has a body. And that body hurts in ways we're only beginning to map.

What Grief Does to Your Physiology

• Immune suppression: In the first six months after the death of a spouse, the surviving partner's immune function drops measurably. Natural Killer cell activity decreases by up to 40%. T-cell proliferation slows. This is why the bereaved get sick more often — and why mortality risk increases 41% in the first six months of widowhood (the "widowhood effect").
• Cortisol dysregulation: Acute grief floods the body with cortisol. But chronic grief does something different — it flattens the cortisol curve. Instead of the healthy morning peak and evening trough, grieving individuals often show a flat, low cortisol profile — similar to what's seen in PTSD and chronic fatigue syndrome.
• Brain changes: Neuroimaging studies by Dr. Mary-Frances O'Connor at UCLA show that grief activates the nucleus accumbens — the brain's reward center — suggesting that the brain craves the lost person the way it craves an addictive substance. This is why grief feels like withdrawal. Neurologically, it is.
• Inflammation: A 2014 study in Psychoneuroendocrinology found that bereaved individuals had 17% higher levels of pro-inflammatory cytokines than matched controls — even a year after the loss. Chronic inflammation underlies cardiovascular disease, diabetes, and cognitive decline. Grief literally ages you faster.

Grief and the Menstrual Cycle

For menstruating women, grief can disrupt the cycle in specific ways:

• Amenorrhea: The hypothalamus — which controls your menstrual cycle — is exquisitely sensitive to stress. Severe grief can shut down GnRH pulsatility, stopping ovulation and periods entirely. This is functional hypothalamic amenorrhea, and it's more common in grief than most doctors recognize.
• Heavier periods: Cortisol disrupts the progesterone-to-estrogen ratio, which can lead to estrogen dominance and heavier, longer periods in the months following a loss.
• Amplified PMS: The luteal phase mood dip (serotonin and GABA changes) hits harder when your baseline neurochemistry is already depleted by grief. Many women report their worst PMS ever in the months after a significant loss.

What Helps the Grieving Body

Grief has no timeline and no cure. But the grieving body has needs that can be met:

1. Movement: Not "exercise to feel better" — movement to discharge cortisol and reset the nervous system. Walk. Swim. Dance in your kitchen at 3 AM. The type doesn't matter. The movement does.
2. Physical touch: Skin-to-skin contact releases oxytocin and reduces cortisol. If human touch feels too much, a weighted blanket activates the same pressure receptors. Even holding a warm mug engages the body's "social warmth" circuits.
3. Cold exposure: Counter-intuitive, but a cold shower or face splash activates the dive reflex, immediately lowering heart rate and shifting the nervous system from sympathetic (fight-or-flight) to parasympathetic (rest). Useful for grief waves that feel like drowning.
4. Sleep protection: Grief disrupts sleep more than almost any other stressor. The body needs sleep to process emotional memories (via REM) and repair immune function (via deep sleep). Prioritize sleep hygiene fiercely: consistent bedtime, dark room, no screens in the bedroom.
5. Name the physical sensations: "My chest is tight." "My throat aches." "My hands feel heavy." Research by Dr. Dan Siegel shows that naming physical sensations during emotional distress reduces amygdala activation by up to 50%. It's not about fixing the feeling — it's about giving it language so your brain can process it.

"Grief is not a problem to be solved. It is an experience to be carried. And the body carries what the mind cannot hold." — Dr. Mary-Frances O'Connor, The Grieving Brain