.png)
Hormone Therapy in McKinney, TX
Physician-supervised hormone therapy for men and women in McKinney, Texas
Medically reviewed by Scott Bradley Burris, MD. Reviewed May 2026.
Restore Balance, Vitality, and Confidence with Hormone Therapy in McKinney, TX
At Hartwater Wellness in McKinney, Texas, we do not just replace hormones, we optimize them to the individual biology of every patient. Our physician-supervised practice combines comprehensive hormone panels, bioidentical hormone replacement therapy, testosterone replacement therapy, and advanced pellet therapy, all guided by lab data and integrated with the rest of your longevity care. Hormone therapy here is precise, monitored, and built around you.
What Is Hormone Therapy?
Hormone therapy refers to the therapeutic supplementation of hormones that have declined below optimal levels due to aging, illness, or physiologic transition. However, the philosophy of how we approach hormone therapy matters enormously. Replacement, the traditional medical model, aims to restore hormones to a normal range defined by population averages. Optimization, Hartwater's model, goes further: we aim to restore hormones to levels that support vitality, longevity, cognitive function, and biological resilience.
Optimization means understanding each patient's baseline, symptoms, biomarkers, and goals, then tailoring a protocol to achieve those ends. It means monitoring not just hormone levels but also metabolic markers, bone density, cardiovascular risk, and cognitive markers. This is why hormone therapy at Hartwater is integrated with advanced lab work, peptide therapy, hyperbaric oxygen therapy (HBOT), GLP-1 protocols, and longevity-focused lifestyle strategies.​​ Hormones are not merely reproductive or metabolic, they are fundamental drivers of aging and longevity. A growing body of evidence in gerontology shows that hormone levels correlate directly with biological age, cellular health, and lifespan potential. When hormones are allowed to decline unchecked, cells age faster, disease risk rises, and lifespan contracts. This means that optimizing hormones is often a crucial element in optimizing overall health and longevity.
​
Testosterone, in both men and women, protects cognitive function, maintains bone density, supports cardiovascular health, and regulates body composition. Estrogen and progesterone in women provide neuroprotection, cardiovascular protection, and metabolic regulation. Growth hormone and IGF-1 support muscle protein synthesis, bone remodeling, and immune function. DHEA serves as a precursor to both testosterone and estrogen, and lower DHEA levels are associated with increased mortality risk. Cortisol, when chronically elevated, accelerates cellular aging and impairs immune function; when optimized, it supports circadian rhythm, stress resilience, and metabolic health. The thyroid hormones T3 and T4 regulate metabolic rate and mitochondrial function. In recent years, researchers have developed biological age clocks, algorithms that assess aging at the cellular level using DNA methylation, epigenetic markers, and other biomarkers. Studies show that optimized hormone levels slow biological aging and reduce disease risk.
​
How Hormone Levels Change with Age: Men and Women
The decline in hormone levels with age is predictable and well-documented. In men, total testosterone begins to decline around age 30-35, dropping approximately 1% per year on average. By age 70, many men have testosterone levels that would be considered clinically low (below 300 ng/dL) by current standards, though the population average masks huge individual variation. This decline, known as andropause, correlates with fatigue, loss of muscle mass, bone loss, cognitive slowing, mood disturbance, and erectile dysfunction. Free testosterone (the biologically active form) declines even faster than total testosterone because sex hormone-binding globulin (SHBG) rises with age, binding more of the circulating testosterone. Growth hormone (GH) also declines with age, dropping by about 14% per decade after age 30. DHEA-sulfate (DHEA-S) follows a similar trajectory, with levels at age 70 typically 80-90% lower than at age 25. Estrogen and progesterone in women follow a different trajectory: they remain relatively stable until the mid-40s, when perimenopause begins—a 4-10 year transition characterized by erratic hormone fluctuations. Estradiol levels spike and crash unpredictably, while progesterone drops precipitously, often creating a state of estrogen dominance (high estrogen relative to progesterone). This mismatch drives hot flashes, night sweats, mood disturbance, sleep disruption, and brain fog. By age 55-60, most women enter menopause, defined as 12 consecutive months without a menstrual period, and both estrogen and progesterone settle at low levels. Understanding these age-related changes is critical because they provide clinical rationale for early intervention. Rather than waiting until symptoms become severe or disease develops, optimizing hormone levels in the 40s and 50s, before the steepest declines, may provide greater protection against age-related disease and cognitive decline.
SIGNS YOU MAY BENEFIT FROM HORMONE THERAPY
Hormone decline is gradual, and its symptoms are easy to attribute to stress, age, or a busy life. The pattern is what matters. When several of the symptoms below show up together and persist, hormone testing is worth pursuing. The only way to know whether hormones are the cause is to measure them.​
Symptoms in Women
Hormone changes in women often begin in the years before menopause, a phase called perimenopause, and continue through menopause and beyond. Common signs include:
-
Hot flashes and night sweats
-
Disrupted sleep
-
Mood changes, irritability, or anxiety
-
Low libido
-
Vaginal dryness or discomfort
-
Weight gain, especially around the midsection
-
Brain fog and difficulty concentrating
-
Fatigue that rest does not resolve
-
Thinning hair or changes in skin quality
Symptoms in Men
Testosterone declines slowly in men, often by the late thirties or forties, and the symptoms can be subtle before they become disruptive. Common signs include:
-
Persistent fatigue and low energy
-
Low libido or erectile dysfunction
-
Loss of muscle mass or strength despite training
-
Increased body fat, especially abdominal
-
Brain fog, low motivation, or low mood
-
Poor sleep
-
Reduced sense of drive or competitiveness
HORMONE THERAPY FOR WOMEN
Perimenopause and Menopause
For women, the transition to menopause is one of the most significant hormonal life stages. The hallmark symptom is hot flashes or night sweats, which affect up to 85% of women and can severely disrupt sleep and quality of life. Other common symptoms include:
-
Mood disturbances, especially anxiety, irritability, and depression
-
Sleep disruption and night sweats
-
Decline in libido
-
Vaginal dryness and reduced sensitivity
-
Joint pain and muscle aches
After menopause, estrogen and progesterone remain at low levels, and these chronic hormone deficits contribute to accelerated bone loss, increased cardiovascular risk, cognitive changes, and metabolic dysfunction. While the most noticeable symptoms of menopause often decrease after the turbulent perimenopause phase, the long-term health risks of estrogen deficiency, such as osteoporosis, cardiovascular disease, and Alzheimer's disease, accumulate over decades. This is why hormone optimization for women at Hartwater doesn't stop when hot flashes resolve; it continues across the lifespan to protect bone, cardiovascular health, and cognitive function.
​​
​Bioidentical vs. Synthetic Hormones: What the Evidence Says
One of the most important and misunderstood distinctions in hormone therapy is bioidentical versus synthetic hormones. Bioidentical hormones have the exact same molecular structure as hormones produced by the human body. Estradiol, progesterone, and testosterone used in bioidentical hormone replacement therapy (BHRT) are molecularly identical to the endogenous hormones. Synthetic hormones have a different molecular structure designed to improve absorption, shelf life, or patent protection. At Hartwater, we use bioidentical estradiol, progesterone, and testosterone, dosed individually based on lab values and symptoms, and we emphasize the timing hypothesis, optimizing hormones early in perimenopause to minimize symptoms and protect long-term health.​
​
Pellet Therapy for Women: Consistency, Convenience and Physiologic Dosing
For many women, hormone pellet therapy has become a preferred delivery method due to its ability to provide steady, physiologic hormone levels. Unlike oral hormone therapy (which creates peaks and troughs as the liver metabolizes the hormone) or weekly injections (which create fluctuations between doses), pellets dissolve slowly over 3-6 months, providing continuous, steady-state delivery. This consistency translates into better symptom control: hot flashes are more reliably suppressed, mood remains more stable, sleep is more consistently improved, and vaginal health is more predictably restored. Women on pellets often report that they feel like themselves again, suggesting that steady hormone levels restore baseline function rather than the mood swings and symptom fluctuations that come with other delivery methods. Pellets are inserted through a small incision, typically in the upper buttock or lower abdomen, under local anesthesia. The procedure takes 10-15 minutes and requires minimal downtime. Pellets are available containing estradiol, testosterone, or both, allowing customization based on a woman's symptoms and hormone levels. The cost ($399 per cycle) is higher than some other methods, but women often find the improved symptom control and convenience justify the cost. Pellet therapy also works synergistically with progesterone, which is usually given separately as a micronized oral supplement or topical cream, since progesterone doesn't work well in pellet form. At Hartwater, we offer pellet therapy as one option within a broader menu of hormone delivery methods, matched to each woman's preference, lifestyle, and clinical situation.​
HORMONE THERAPY FOR MEN
Symptoms of Low Testosterone (Hypogonadism and Andropause)
Low testosterone affects every system in the male body, and symptoms often develop gradually, making men attribute them to normal aging rather than treatable hormone deficiency. Common symptoms include:
-
Persistent fatigue that doesn't improve with rest
-
Loss of libido and erectile dysfunction
-
Reduced muscle mass and strength (sarcopenia)
-
Increased body fat especially around the abdomen
-
Brain fog and difficulty concentrating
-
Mood disturbances including depression and irritability
-
Poor sleep quality
-
Joint and bone pain
-
Reduced motivation, drive, or competitiveness
These symptoms often appear so gradually that men don't recognize the pattern until someone, usually their partner or physician, points it out. By that time, bone density loss, cognitive decline, and metabolic dysfunction may already be underway. This is why screening for testosterone deficiency should not wait for severe symptoms; early intervention prevents these downstream complications.
​
Beyond just managing symptoms, Testosterone optimization also has important long-term health benefits for men. Testosterone supports cardiovascular function, insulin sensitivity (reducing new-onset diabetes risk), and bone density (reducing osteoporosis risk and fracture rate). It is also highly important for men's neurological health, supporting memory, processing speed, and cognitive function, and some research suggests testosterone therapy may reduce Alzheimer's disease risk. For men seeking to optimize health span and lifespan, testosterone optimization is , it's a foundational longevity strategy, supported by the latest evidence and integrated into Hartwater's broader longevity protocol.
​
Testosterone Replacement Therapy (TRT) Protocols
Testosterone replacement therapy can be delivered via multiple routes, such as injections, topical and oral preparations, and pellets. While injections, creams, and oral supplements can be effective as far as absorption, they can also allow testosterone levels to fluctuate within the injection or application intervals, which can affect mood and symptom control. At Hartwater Wellness, we typically recommend pellets as the most effective method with the least side effects. Testosterone pellets are small cylinders of pure testosterone that are implanted subdermally, usually in the upper buttock or lower back under local anesthesia. Pellets dissolve slowly over 3-6 months, providing steady-state testosterone levels with minimal fluctuation. This consistency often translates to better symptom control, more stable mood, and more predictable sexual function. Pellets cost more ($649 per insertion for men, $399 for women) but require fewer visits and no weekly injections. ​​​​​​
HOW HORMONE PELLET THERAPY WORKS
Hormone pellets are one of the most consistent ways to deliver bioidentical hormones. Each pellet is about the size of a grain of rice and is placed just beneath the skin, where it releases a steady, low dose of hormones into the bloodstream over several months. Because the dose is continuous, pellets avoid the daily upkeep of creams and the peaks and troughs that can come with injections. For many patients, that steadiness is the difference between feeling balanced and feeling like they are riding a wave.
The Insertion Procedure and What to Expect
Pellet insertion is a brief in-office procedure. After numbing a small area, usually on the upper hip, your provider places the pellets through a tiny incision that needs no stitches. The whole process takes only a few minutes. Most patients return to normal activity the same day, with a short pause on strenuous exercise to let the area settle. Hormone levels begin to shift within the first week, and most patients reach optimal levels within two to four weeks.
How Often Pellets Are Replaced
Pellets dissolve gradually as your body absorbs the hormones, so they are replaced on a regular schedule rather than removed. Women are typically re-pelleted every three to four months. Men are typically re-pelleted every four to six months. Your provider confirms the timing for you with follow-up lab work, so each re-pellet is based on your measured levels and how you are feeling, not a fixed calendar alone.
HOW MUCH DOES HORMONE THERAPY COST IN MCKINNEY, TX?
Hormone therapy in McKinney varies by the type of therapy and how it is delivered. At Hartwater Wellness, bioidentical hormone pellet therapy is priced at $399 per insertion for women and $649 per insertion for men. Therapy begins with a Hormone Baseline lab panel for $350, and a post-pellet follow-up lab panel is $99. Testosterone replacement therapy and other bioidentical hormone protocols are quoted at your consultation, because the cost depends on the medication, dose, and supporting protocol your provider designs for you.​
​
Every patient starts with the Hormone Baseline panel, which is what allows us to dose precisely rather than estimate. From there, your provider builds a plan and reviews the full cost with you before anything begins, so there are no surprises. We accept HSA, FSA, cash, and major credit cards, and itemized receipts are available for HSA and FSA reimbursement.
Hormone Therapy Pricing
THE HARTWATER APPROACH: LAB-DRIVEN AND PHYSICIAN SUPERVISED
Your Hormone Baseline Panel
Precision starts with data. Before any hormone therapy begins, every patient completes the Hormone Baseline lab panel, which measures far more than a single hormone level. For women, that includes estradiol, testosterone, and sex hormone binding globulin. For men, it includes total and free testosterone, estradiol, hematocrit, and PSA. This baseline is what lets your provider dose to your biology and track real change over time, rather than guessing and adjusting blindly. For patients who want a fuller metabolic picture, the comprehensive Foundational Metabolic & Micronutrient Panel is available as an optional add-on.
Your Monitoring and Follow-Up Schedule
Hormone therapy is not a set-it-and-forget-it treatment, and we do not run it that way. After your first pellet insertion, a post-pellet follow-up lab panel rechecks your levels to confirm they are landing where they should. From there, women are monitored every three to four months, before each re-pellet, and men are monitored before each re-pellet with PSA reviewed at least annually. This rhythm of testing, reviewing, and adjusting is the difference between hormone optimization and simple hormone replacement.
Hormone Therapy as Part of Your Longevity Protocol
Hartwater views hormone optimization not as an isolated intervention but as a cornerstone of a comprehensive longevity protocol. Optimized hormones provide the endocrine substrate for all other interventions to work synergistically. When combined with hyperbaric oxygen therapy (HBOT), which improves oxygen delivery to tissues, enhances mitochondrial function, and reduces systemic inflammation, hormones enable greater tissue repair and regeneration. When combined with IV therapy, high-dose vitamin C, NAD+, amino acid complexes, and glutathione, hormones optimize the cellular environment for nutrient utilization and cellular defense. When combined with peptide therapy beyond GH secretagogues, such as BPC-157 for gut healing and recovery, hormones create the anabolic milieu where these peptides exert maximal effect. When combined with GLP-1 agonist therapy for metabolic optimization and cardiovascular protection, hormones improve insulin sensitivity and support the anabolic response to exercise. When combined with genetic and biological age testing, using tools like epigenetic clocks, mitochondrial function assessment, and advanced biomarker panels, hormone optimization can be tracked objectively as it reduces biological age. Hartwater's integrated approach means that no patient receives hormone therapy in isolation. Every hormone optimization protocol is embedded in a broader longevity strategy that also includes advanced diagnostics, fitness programming, nutritional optimization, sleep hygiene, stress resilience, and access to cutting-edge regenerative and preventive therapies. This ecosystem integration is what separates true longevity medicine from symptom management.
Who Is a Candidate for Hormone Therapy?
Men: When TRT Is and Isn't Appropriate
Testosterone replacement therapy is appropriate for men with documented low testosterone who are symptomatic and in whom secondary causes of hypogonadism (such as pituitary or testicular disease) have been ruled out. The American College of Physicians and American Urological Association recommend screening men presenting with symptoms of low testosterone (fatigue, erectile dysfunction, reduced libido, mood disturbance, reduced muscle mass). Lab confirmation requires total testosterone below 300 ng/dL or free testosterone below 9 pg/mL. However, we also recognize that some men with testosterone levels in the 300-400 range are symptomatic and may benefit from optimization, and conversely, some men with low levels are asymptomatic and may not need treatment. This is why clinical judgment matters: we don't prescribe TRT based on labs alone, but on the combination of labs, symptoms, and patient goals. Contraindications to TRT include active prostate cancer, untreated sleep apnea (testosterone can worsen apnea), severe and uncontrolled obstructive sleep apnea, elevated hematocrit above safe levels (though this is manageable with monitoring and phlebotomy), uncontrolled polycythemia, and men who wish to preserve fertility (though newer low-dose protocols and adjunctive hCG or clomiphene can address this). Men with a personal or strong family history of prostate cancer require careful counseling and close PSA monitoring, but TRT is not absolutely contraindicated. Hartwater's approach is to educate men thoroughly about risks and benefits, identify contraindications, and support informed decision-making.
​
Women: Evaluating HRT Candidacy Across Life Stages
Hormone replacement therapy for women is most commonly considered during perimenopause and menopause, when the symptom burden is highest. Women with vasomotor symptoms (hot flashes, night sweats), mood disturbance, cognitive symptoms, sleep disruption, or sexual dysfunction due to hormonally related vaginal atrophy are excellent candidates. However, we also recognize that some women enter perimenopause without notable symptoms but have lab evidence of significant hormone decline; these women may benefit from early intervention to prevent future bone loss, cognitive decline, or cardiovascular disease. The traditional contraindications to HRT—estrogen-dependent breast cancer, active thromboembolism—remain absolute, but are less common than once thought and do not preclude all hormone therapy. Women with a personal history of breast cancer should be counseled that some recent data suggests low-dose transdermal estradiol with progesterone carries lower risk than previously believed, and individualized decisions can be made in consultation with their oncologist. Women with PCOS (polycystic ovary syndrome) may benefit from hormone optimization, especially if they develop estrogen dominance or testosterone excess. Women in surgical menopause (due to hysterectomy or oophorectomy) experience more abrupt hormone loss than natural menopause and often have a higher symptom burden, making them good candidates for HRT. The decision to begin HRT is highly individualized at Hartwater, based on symptom severity, lab values, cardiovascular risk, bone health, cognitive concerns, personal preferences, and the latest evidence. We believe in shared decision-making: patient concerns and values are central to the decision.
Who Should Not Pursue Hormone Therapy
Hormone therapy is not right for everyone, and being honest about that is part of doing it well. Hormone therapy may not be appropriate, or may need to wait, for patients with certain hormone-sensitive cancers, a history of blood clots or stroke, untreated cardiovascular disease, certain liver conditions, or a current or planned pregnancy. Some of these are absolute reasons not to proceed, and others simply mean the timing or approach needs to change. This is exactly why care begins with a physician review of your full history and labs. If hormone therapy is not the right path for you, your provider will tell you, and will help you find what is.
Meet Your Medical Team
Dr. Scott Bradley Burris is the Medical Director at Hartwater Wellness, leading our clinical protocols for hormone therapy, as well as GLP-1 weight loss, IV therapy, peptide medicine, hyperbaric oxygen therapy, and other longevity care. Dr. Burris oversees every patient's hormone optimization program personally, from initial lab work through long-term maintenance. He is committed to evidence-based, individualized care that combines the best of conventional medicine with emerging longevity science.
Frequently Asked Questions
Hormone Replacement Therapy (HRT) Near McKinney: Service Area
Hartwater Wellness is located in McKinney, Texas, at 7200 W University Dr, Suite 170, serving patients throughout McKinney, Allen, Frisco, Prosper, and all of Collin County. Our hormone optimization programs are available to anyone seeking comprehensive, evidence-based hormone therapy, regardless of whether they are a new patient or established in our practice. Whether you are a man in your 40s experiencing early andropause, a woman navigating perimenopause, or anyone seeking to optimize hormones as part of a longevity strategy, we are here to help. Our integrated approach, combining hormone optimization with peptide therapy, advanced diagnostics, HBOT, IV protocols, and lifestyle optimization, is available exclusively through our McKinney practice.
​
Ready to take control of your hormonal health and optimize for longevity? Schedule a consultation with Hartwater Wellness today. We will assess your current hormone status, identify opportunities for optimization, and create a personalized protocol tailored to your biology and goals. Contact us at our McKinney office to book your appointment. Your path to hormonal vitality and longevity begins now.
