80% of women will experience hot flashes, flushing, and night sweats as they transition through the menopausal years. The medical community refers to these symptoms as vasomotor symptoms or VMS.  The hypothalamus triggers hot flashes and night sweats in the brain to release heat built up in the body in response to a surge of adrenaline, one of our stress hormones.  While the sudden drop in estrogen is thought to be the primary trigger of the cascade that causes a hot flash, high cortisol, low cortisol, low progesterone, or low serotonin can also be drivers for hot flashes.  

Estrogen, progesterone, and testosterone modulate different aspects of brain function through several pathways initiated ONLY after hormones bind to receptors on our brain cells.

If you’re going through perimenopause or menopause, you’ve probably heard conflicting messages about estrogen—some that spark curiosity and others that fuel fear. It’s no wonder many women feel uncertain about hormone replacement therapy (HRT), especially if they have a personal or family history of breast cancer. But let’s look at how the “war on estrogen” came to be and why a more nuanced understanding can make all the difference.

I'm often asked whether nonhormonal remedies are an effective alternative to hormone replacement therapy (HRT) for women transitioning from perimenopause to menopause (and beyond).

Weight changes in perimenopause and menopause are common and the result of several factors

Chances are, if you’re in your perimenopausal or menopausal years, you’ve had your fair share of sleepless nights. I know I have. And most of my clients and patients have too.  Sleep is critical for hormone balance. Hormones are made when we sleep.  Hormones are detoxified when we sleep. Sleep affects ALL of our hormones, so we need to prioritize a good night’s sleep. 

The vagina, vulva, urethra, bladder, and pelvic floor muscles are loaded with estrogen receptors. When estrogen declines, these organs and tissues are no longer exposed to estrogen. Women wind up with vaginal atrophy, loss of elasticity, thin tissue, changes in vaginal pH, and changes in the vaginal microbiome.