Direct Functional Medicine

Perimenopause Is Not "Just Part of Aging"

Perimenopause can be one of the most challenging transitions in a woman's life. Symptoms may include:

• Anxiety and depression
• Insomnia and poor sleep quality
• Hot flashes and night sweats
• Low libido
• Heart palpitations
• Brain fog and memory changes
• Weight gain and insulin resistance
• Fatigue and reduced energy production
• Joint pain and muscle loss

Research shows that as estrogen, progesterone, and testosterone decline, women's risks for cardiovascular disease, metabolic dysfunction, osteoporosis, and cognitive decline increase. In fact, heart disease remains the leading cause of death in women, and risk rises significantly after menopause.

Unfortunately, many women are told they cannot be in perimenopause because they are still having periods, or because a single FSH or LH level falls within a "normal" range. However, hormone fluctuations during perimenopause can be highly variable, making one-time lab testing unreliable for ruling it out. Progesterone often declines before estrogen, and hormone levels can fluctuate dramatically from month to month.

Hormone optimization is about more than simply prescribing hormones. It also involves understanding how the body metabolizes and eliminates hormones, including gut health, liver detoxification pathways, nutrition, inflammation, insulin resistance, and overall metabolic health.

If you're struggling and not getting answers, work with a practitioner who understands the complexities of hormone health and takes the time to evaluate the whole picture.

Schedule a free Meet & Greet at DirectFunctionalMed.com. We have offices in Mebane and Clayton NC

Our office will be closed this Thursday 6/4.

Social media influencers make everyone with an MTHFR SNP think they need to be on high doses of methylated folate and B12. This is not good advice. There are other genes to consider in the methylation pathways such as COMT. Over methylation can not only cause mood imbalances such as anxiety but cancer also benefits from both over methylation and under methylation.

Risk of over methylation and under methylation in cancer:

The relationship between methylation and cancer is complex because both overmethylation and undermethylation (hypomethylation) can contribute to cancer development or progression — but in different ways.

What “methylation” means in cancer
Methylation usually refers to adding a methyl group (CH₃) to DNA, proteins, neurotransmitters, hormones, or detoxification pathways. In cancer biology, the most important issue is often DNA methylation, which affects whether genes are turned on or off.

A simplified way to think about it:

Too much methylation in the wrong places → can silence protective genes

Too little methylation overall → can destabilize DNA and activate harmful genes

Both patterns are commonly seen in tumors simultaneously.

Why this matters.

Hypermethylation can silence:

Tumor suppressor genes
DNA repair genes
Cell cycle regulation genes
Immune surveillance genes

Examples include silencing of:

BRCA-related pathways
MLH1
p16
APC

This can help tumors evade normal growth control.

If you have cancer or are at increased risk of cancer please work with a functional medicine provider who understands cancer instead of listening to social media influencers.

Our Mebane location has moved. Our new office is located at 1107 South 5th Street Mebane, NC suite 101

There is an important difference between simply being prescribed hormones for menopause and working with a hormone-focused specialist.

In many conventional primary care or gynecology settings, hormone therapy is often approached with a very narrow goal: relieve hot flashes and menopausal symptoms using the lowest effective dose of estrogen and progesterone for the shortest amount of time. While this can help with symptom relief, the framework is largely symptom-driven and time-limited.

Direct Functional Medicine approach looks at the bigger picture.

The question shifts from “What dose stops hot flashes?” to:

• What is the optimal hormone balance of estrogen, progesterone, DHEA and testosterone for the patient?
• How can we support long-term brain, bone, and cardiovascular health?
• How are these hormones impacting cellular energy, cholesterol metabolism, and insulin sensitivity?
• How is the patient’s body actually metabolizing and responding to hormones?

The goal is not just to reduce symptoms, but to optimize physiology and long-term health outcomes. That means considering hormones as part of a broader system that influences cognition, metabolism, cardiovascular risk, and overall vitality.

Menopause management doesn’t have to be limited to “lowest dose for shortest time.” It can be an opportunity to support women in maintaining strength, clarity, and metabolic health for decades to come.