For Those Who Need to Know the “Why”

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Welcome to Your Body's Chemical Communication Network

Hormones are fascinating.

They're also complicated.

Very complicated.

If you've ever seen a social media post saying:

“These three symptoms mean your hormones are out of balance…”

your endocrine system would like a word.

Hormones don't operate independently.

They interact with your brain, pituitary gland, thyroid, adrenal glands, ovaries or testes, pancreas, liver, fat tissue and many other systems.

Change one part of the system and other parts may respond.

That's why good hormone care begins with investigation—not assumptions.

Meet the Endocrine System

Your endocrine system includes glands and tissues that produce hormones and release them into circulation.

Some of the major players include:

Hypothalamus

Located in the brain, it helps coordinate endocrine function with the nervous system.

Pituitary gland

Often called the “master gland,” it releases hormones that influence several other endocrine glands.

Thyroid

Thyroid hormones play important roles in metabolism, temperature regulation, cardiovascular function and many other processes.

Adrenal glands

These produce several hormones involved in stress response, blood pressure, fluid balance and metabolism.

Ovaries

They produce hormones including estrogen and progesterone and also contribute to androgen production.

Testes

They are the primary source of testosterone in men.

Pancreas

Hormones including insulin and glucagon help regulate blood glucose.

And those are only some of the players.

Hormones are less like individual light switches and more like a very complicated group text.

Change one conversation and several others may notice.

Why Do Hormone Levels Change?

Hormones naturally change throughout life.

Puberty changes them.

Pregnancy changes them.

Menstrual cycles change them.

Perimenopause and menopause change them.

Aging changes them.

But hormone levels can also be affected by:

• Sleep

• Body composition

• Nutrition

• Illness

• Certain medications

• Physical activity

• Stress

• Thyroid disease

• Pituitary disorders

• Ovarian or testicular disorders

• Other medical conditions

This is why a symptom by itself rarely tells us which hormone—if any—is responsible.

Start With the Question, Not the Hormone

Imagine someone comes to us because they're exhausted.

We could immediately order testosterone.

Or thyroid tests.

Or cortisol.

Or estrogen.

Or all of them.

But there's a better first question:

Why is this person tired?

Maybe it's hormonal.

Maybe they're anemic.

Maybe they're deficient in an important nutrient.

Maybe they have sleep apnea.

Maybe their medication is contributing.

Maybe they're sleeping five hours a night.

Maybe several things are happening at once.

Treating a laboratory number while missing the actual problem doesn't help anyone.

So we work backward from the patient's story.

Testing: Numbers Need Context

Laboratory testing can be extremely useful.

But hormone testing isn't a fishing expedition where we order everything and wait for something to come back highlighted in red.

The tests should answer a question.

Depending on the patient's age, sex, symptoms, medications and medical history, testing might include appropriate measures of:

• Testosterone

• Estradiol

• Progesterone

• FSH and LH

• Thyroid markers

• Prolactin

• DHEA-S

• Cortisol when clinically indicated

• Metabolic markers

• Other relevant laboratory measures

Not everyone needs every test.

And one laboratory result rarely tells the entire story.

Testosterone: More Than “Low T”

Testosterone gets a tremendous amount of attention.

Especially online.

Symptoms associated with testosterone deficiency in men can include decreased sexual function, reduced libido and other physical changes.

But fatigue, decreased motivation and changes in mood can have many other causes.

That's why testosterone deficiency should not be diagnosed from symptoms alone.

Proper evaluation requires compatible symptoms and repeatedly low testosterone levels measured appropriately.

When testosterone is truly low, the next question is:

Why?

The problem could originate in the testes.

Or signals coming from the pituitary and hypothalamus may be involved.

Body weight, medications, illness and other factors can also influence testosterone.

Simply finding a low number is the beginning of the investigation—not the end.

Women's Hormones: The Moving Target

Female reproductive hormones present another challenge:

They're supposed to change.

Hormone concentrations can vary throughout the menstrual cycle and change dramatically during perimenopause and menopause.

During perimenopause, hormone levels may fluctuate considerably.

Symptoms can include:

• Hot flashes

• Night sweats

• Sleep problems

• Menstrual changes

• Vaginal or urinary symptoms

• Sexual concerns

• Mood changes

Hormone therapy can be highly effective for certain menopausal symptoms in appropriately selected women.

But the decision isn't simply:

“Estrogen is low. Add estrogen.”

Age, symptoms, time since menopause, whether the uterus is present, personal and family medical history, cardiovascular considerations, breast-cancer risk, clotting risk and other factors may influence the decision.

This is individualized medicine.

What About “Bioidentical” Hormones?

This word causes a lot of confusion.

Bioidentical means that the hormone has the same molecular structure as the hormone produced by the human body.

Estradiol and micronized progesterone are examples.

But here's something many people don't realize:

Bioidentical does not automatically mean compounded.

There are FDA-approved hormone medications that are bioidentical.

Compounded hormones are individually prepared by compounding pharmacies and may sometimes be appropriate when a patient needs a formulation or ingredient combination that isn't commercially available.

But compounded products do not undergo the same FDA approval and manufacturing oversight as approved medications.

And there is not good evidence that compounded hormones are automatically safer or more effective simply because they're marketed as “natural” or “bioidentical.”

Natural-sounding words still have to answer to biology.

When Is Hormone Therapy Appropriate?

Sometimes the investigation leads to hormone therapy.

When it does, the goal isn't:

“Let's get your hormones as high as possible.”

It's to use an appropriate therapy for a clearly identified reason while balancing benefits and risks.

Depending on the patient and diagnosis, treatment might involve:

• Estrogen

• Progesterone

• Testosterone

• Thyroid hormone

• Other endocrine therapies

Different hormones require different monitoring.

There is no universal hormone-balancing prescription.

What About Lifestyle?

This part is easy to underestimate.

Sleep, exercise, nutrition, body composition, alcohol use, medications and chronic disease can all interact with endocrine function.

Sometimes improving those factors becomes part of the treatment.

That doesn't mean we're telling someone:

“Your hormones are fine. Go sleep more.”

It means we're looking at the entire system.

If poor sleep is contributing to a hormonal problem, ignoring sleep while adding medication doesn't make much sense.

We want to address the cause whenever we can.

Our Approach

Hormone Balancing follows a straightforward process.

1. Listen

What changed?

When did it change?

What symptoms are affecting your life?

2. Investigate

Review your health history, medications, lifestyle, symptoms and relevant risk factors.

3. Test When Appropriate

Use laboratory testing to answer specific clinical questions.

4. Find the Why

Is there evidence of a hormonal problem?

If so, which system appears to be involved?

Could something else explain the symptoms?

5. Build the Plan

Treatment may involve lifestyle changes, nutrition, correcting deficiencies, treating another condition, hormone therapy, or a combination of approaches.

6. Reassess

Did symptoms improve?

Did relevant laboratory measurements change appropriately?

Are there side effects?

Does the treatment still make sense?

Because prescribing something isn't the finish line.

Helping you function better is.

What Are We Trying to Accomplish?

We're not chasing perfect numbers.

We're looking for meaningful outcomes.

Depending on the problem being treated, those may include improvements in:

• Menopausal symptoms

• Sexual function

• Energy when hormone deficiency is the cause

• Sleep

• Menstrual symptoms

• Muscle and bone health

• Thyroid-related symptoms

• Quality of life

• Other symptoms related to a diagnosed endocrine condition

Most importantly, we want to help answer the question that brought many people here in the first place:

“Why don't I feel like myself?”

Sometimes hormones are the answer.

Sometimes they're one piece of the answer.

And sometimes they aren't the answer at all.

Our job is to help you find out.