25 questions patients ask us about Longevity & Anti-Aging, answered by the clinical team at Balanced Aesthetics + Wellness in Brookhaven, Atlanta. Ready to talk about treatment? See Longevity →
What is the longevity mindset?
The longevity mindset shifts from reactive healthcare (wait for disease, then treat it) to proactive optimization (maintain biological function, prevent decline, and extend healthspan). It means treating your body as a system to maintain — like maintaining a high-performance vehicle — rather than waiting for breakdowns. At Balanced, the longevity mindset informs everything: comprehensive lab testing catches decline before symptoms appear. Treatment protocols are preventative, not just corrective. The regenerative technology stack supports ongoing cellular maintenance. Hormone optimization maintains the biological environment that prevents age-related decline. Patients with the longevity mindset invest consistently in their health — not just when something goes wrong. The return on that investment compounds over decades.
What are senescent cells and how do they affect aging?
Senescent cells are damaged cells that stop dividing but refuse to die — becoming 'zombie cells' that accumulate with age. They secrete inflammatory signals (the SASP — senescence-associated secretory phenotype) that damage surrounding healthy cells, drive chronic inflammation, impair tissue function, and accelerate aging throughout the body. Reducing the senescent cell burden is one of the most active areas of longevity research. At Balanced, several therapies may influence senescent cell clearance or reduce their impact: HBOT (a 2020 study showed HBOT reduced senescent cell counts in aging adults), fasting-mimicking protocols (caloric restriction activates autophagy — cellular cleanup including senescent cells), NAD+ (supports the cellular energy needed for repair and clearance processes), and exercise (one of the most potent natural stimuli for senescent cell clearance).
Can longevity protocols delay visible aging?
Yes — the entire premise of longevity medicine is that addressing the internal biology of aging slows its visible and functional manifestation. When mitochondrial function is optimized (red light, NAD+), hormones are maintained (HRT, TRT), inflammation is controlled (peptides, HBOT), and cellular repair is supported (growth hormone peptides, sleep optimization) — the visible markers of aging (wrinkles, skin thinning, volume loss, hair changes) progress more slowly than they would without intervention. This is why Balanced's most successful anti-aging patients combine internal longevity protocols with external aesthetic treatments. The internal optimization creates a biological environment where aesthetic treatments produce better, more durable results. A patient with optimized hormones, low inflammation, and healthy mitochondria will respond to microneedling and laser treatments significantly better than a patient with the same concerns but compromised internal biology.
What is the cost of a longevity protocol at Balanced?
Longevity protocols are individualized, so costs vary based on which components are included. A comprehensive longevity protocol may include hormone optimization (TRT Membership at $175/month or HRT at similar levels), peptide therapy (varies by peptide and protocol), NAD+ IV infusions (periodic — typically monthly or quarterly), Regenerative Elite Membership (unlimited HBOT, red light, PEMF, BioCharger), and lab monitoring (quarterly comprehensive panels). The total monthly investment depends on which components your provider recommends based on your labs, goals, and priorities. Some patients start with foundational elements (hormones + one peptide) and layer in additional modalities over time. Your provider helps prioritize within your budget — the goal is sustainable commitment, not maximal initial spend.
What is longevity medicine?
Longevity medicine is the clinical practice of extending healthspan — the number of years you live in good health, with energy, cognitive function, physical capability, and independence. It goes beyond treating disease to proactively optimizing the biological systems that decline with aging.
Traditional medicine waits for disease to appear and then treats it. Longevity medicine identifies and addresses the biological hallmarks of aging before they produce symptoms or disease.
The hallmarks of aging that longevity medicine targets include mitochondrial dysfunction (declining cellular energy), chronic inflammation (inflammaging), hormonal decline, telomere shortening, cellular senescence (accumulation of damaged cells), epigenetic changes, stem cell exhaustion, and declining autophagy (cellular cleanup).
At Balanced, longevity medicine integrates hormone optimization (addressing the hormonal decline driving multiple aging processes), peptide therapy (targeted signaling for repair and regeneration), regenerative technologies (HBOT, red light, PEMF for cellular support), metabolic optimization (insulin sensitivity, body composition), and advanced lab monitoring (tracking biomarkers of aging, not just disease markers).
The goal isn't just to live longer — it's to maintain the vitality, function, and quality of life that make those years worth living.
What labs does Balanced monitor for longevity?
Longevity-focused lab panels go far beyond standard annual bloodwork. At Balanced, longevity monitoring includes markers that track biological aging rather than just screening for disease.
Hormone panel: comprehensive testosterone, estrogen, progesterone, DHEA-S, thyroid (TSH, free T3, free T4), cortisol, IGF-1, and insulin — tracking the hormonal infrastructure that drives cellular function.
Metabolic markers: fasting insulin (the single best predictor of metabolic health), HbA1c, fasting glucose, full lipid panel with particle size, homocysteine, and uric acid.
Inflammatory markers: hs-CRP (high-sensitivity C-reactive protein), fibrinogen, and ESR — tracking the chronic inflammation that accelerates every hallmark of aging.
Nutrient and cofactor status: vitamin D (target 60–80 ng/mL for longevity), B12, folate, magnesium RBC, ferritin, and omega-3 index.
Organ function: comprehensive metabolic panel, CBC with differential, liver enzymes, kidney function, and hemoglobin/hematocrit.
Advanced markers (when indicated): ApoB (cardiovascular risk), Lp(a), SHBG, prolactin, and oxidative stress markers.
These panels are repeated at regular intervals (typically quarterly for the first year, then every 6 months) to track trajectory rather than just snapshots.
What is the role of growth hormone in aging?
Growth hormone (GH) is produced by the pituitary gland and plays a central role in tissue repair, body composition, sleep quality, cognitive function, skin health, and immune function. GH production peaks in adolescence and declines approximately 14% per decade after age 30 — by 60, many adults produce less than half their youthful levels.
This age-related decline (sometimes called somatopause) contributes to increased body fat (especially visceral abdominal fat), decreased lean muscle mass and strength, reduced bone density, impaired sleep quality (GH is primarily released during deep sleep), thinning skin and reduced collagen, slower recovery from injury and exercise, and declining cognitive function and energy.
Direct GH injection (synthetic HGH) is expensive, requires careful monitoring, and carries side effects at supraphysiological doses. At Balanced, the preferred approach is stimulating your body's own GH production using growth hormone secretagogue peptides (CJC-1295/Ipamorelin, Sermorelin, Tesamorelin). These peptides signal the pituitary to release more GH naturally — maintaining the body's feedback loops and producing physiological rather than supraphysiological levels.
The result: improved sleep, better body composition, faster recovery, and enhanced vitality — without the risks of direct GH injection.
How does exercise affect longevity?
Exercise is the single most powerful longevity intervention available — and it's free. Regular physical activity directly addresses multiple hallmarks of aging simultaneously: it improves mitochondrial function and biogenesis, reduces chronic inflammation, enhances insulin sensitivity and metabolic health, maintains muscle mass and bone density, improves cardiovascular function, supports cognitive health and neuroplasticity, and enhances sleep quality.
The evidence is overwhelming: regular exercisers have 30–35% lower all-cause mortality risk compared to sedentary individuals. The benefit curve is steepest at the low end — going from zero exercise to moderate activity provides the largest longevity gain.
For longevity specifically, the research supports a combination of resistance training (2–3 times per week for muscle mass, bone density, and metabolic health), cardiovascular exercise (150+ minutes per week of moderate intensity), and mobility/flexibility work (maintaining functional movement capacity).
At Balanced, exercise is integrated into every longevity protocol as a foundational element. Hormone optimization, peptide therapy, and regenerative technologies all amplify exercise benefits — and exercise amplifies the benefits of these treatments in return. The combination produces results that neither approach achieves alone.
What is the difference between healthspan and lifespan?
Lifespan is the total number of years you live. Healthspan is the number of those years spent in good health — with physical capability, cognitive function, energy, independence, and quality of life.
The gap between healthspan and lifespan is called the disability period — the years at the end of life spent in declining health, chronic disease, cognitive decline, and dependence. In the United States, this gap averages 12–16 years. Modern medicine has extended lifespan dramatically but has been less successful at extending healthspan proportionally.
Longevity medicine at Balanced focuses on compressing this gap — maximizing the years of vitality and minimizing the disability period. The goal isn't to add years of decline; it's to maintain peak function as long as possible and compress the decline into the shortest possible window.
Every treatment at Balanced — hormone optimization, peptide therapy, regenerative technologies, metabolic management, and lifestyle optimization — is evaluated through the healthspan lens: does this treatment help you function better, longer? Does it protect cognitive, physical, and metabolic capacity? The answer must be yes for it to be part of a longevity protocol.
What is metabolic health and why does it matter for aging?
Metabolic health describes how effectively your body processes energy — converts food to fuel, manages blood sugar, stores and burns fat, and maintains the biochemical balance needed for cellular function. Poor metabolic health is the common denominator underlying cardiovascular disease, diabetes, cognitive decline, cancer risk, and accelerated aging.
The key metabolic markers that define metabolic health: fasting insulin (the earliest and most sensitive indicator of metabolic dysfunction — often elevated years before blood sugar rises), blood glucose and HbA1c, triglycerides, HDL cholesterol, waist circumference and visceral fat, and blood pressure.
By these criteria, only 12% of American adults are metabolically healthy — meaning 88% have at least one metabolic marker out of optimal range. This isn't a disease state yet — it's the pre-disease trajectory that longevity medicine aims to redirect.
At Balanced, metabolic health is a treatment priority regardless of what brings you through the door. Hormone optimization improves insulin sensitivity. GLP-1 therapy addresses metabolic dysfunction directly. Peptide therapy supports mitochondrial function. Exercise and nutrition guidance creates the behavioral foundation.
What is the role of sleep in longevity?
Sleep is the most undervalued longevity intervention. During deep sleep, growth hormone is released (critical for tissue repair and body composition), the glymphatic system clears metabolic waste from the brain (including beta-amyloid associated with Alzheimer's), immune function is regulated, hormones are produced and balanced, memory consolidation and cognitive processing occur, and cellular repair processes peak.
Chronic sleep deprivation (consistently less than 7 hours or poor-quality sleep) accelerates every hallmark of aging: increased inflammation, impaired glucose metabolism, reduced growth hormone production, accelerated cognitive decline, weakened immune function, and increased cortisol.
The research is stark: sleeping less than 6 hours consistently is associated with a 12% increased risk of premature death. The effect is dose-dependent — each hour of sleep lost compounds the biological cost.
At Balanced, sleep optimization is built into treatment protocols. Progesterone supports deep sleep in women. Testosterone optimization improves sleep architecture in men. Peptides like DSIP (Delta Sleep-Inducing Peptide) directly enhance sleep quality. Magnesium, lifestyle modifications, and addressing underlying causes (sleep apnea, anxiety, hormonal imbalance) complete the approach.
What are telomeres and why do they matter?
Telomeres are protective caps at the ends of chromosomes — like the plastic tips on shoelaces that prevent fraying. Each time a cell divides, its telomeres get slightly shorter. When telomeres become critically short, the cell can no longer divide and enters senescence (a state of dysfunction) or dies. Telomere length is considered a biological clock — measuring how much replicative capacity your cells retain.
Shorter telomeres are associated with accelerated aging, increased disease risk, reduced cellular repair capacity, impaired immune function, and higher mortality.
Factors that accelerate telomere shortening: chronic stress, poor sleep, chronic inflammation, smoking, obesity, sedentary lifestyle, and poor nutrition. Factors that preserve telomere length: regular exercise (the most well-established), stress management, adequate sleep, anti-inflammatory nutrition, and certain supplements (vitamin D, omega-3s).
At Balanced, while we don't currently offer telomere testing as a routine service, the entire longevity protocol is designed to address the factors that accelerate telomere shortening: hormone optimization reduces cellular stress, peptide therapy supports repair, regenerative technologies reduce inflammation, and lifestyle guidance addresses the behavioral foundations.
What is the science behind longevity medicine?
Longevity medicine addresses the biological mechanisms of aging itself — not just the diseases aging produces. The framework is built on the 'hallmarks of aging' — interconnected biological processes: genomic instability, telomere shortening, epigenetic alterations, loss of proteostasis, deregulated nutrient sensing, mitochondrial dysfunction, cellular senescence, stem cell exhaustion, altered intercellular communication, and chronic inflammation.
Every intervention targets one or more hallmarks. Hormone optimization addresses intercellular communication and mitochondrial dysfunction. Peptide therapy addresses stem cell exhaustion and proteostasis. HBOT targets mitochondrial function and has demonstrated telomere-lengthening effects. NAD+ supports mitochondrial energy and DNA repair. Anti-inflammatory interventions address the chronic inflammation accelerating all other hallmarks.
At Balanced, longevity isn't a single treatment — it's a systems-level approach addressing multiple hallmarks simultaneously. Lab testing measures biomarkers of biological aging, and protocols are designed to slow, stabilize, or partially reverse age-related decline.
What is biological age vs. chronological age?
Chronological age is your birthday — a fixed number. Biological age measures how well your body actually functions relative to that number. A 50-year-old who exercises, sleeps well, and maintains healthy hormones may have the biological age of a 38-year-old. A sedentary, inflamed, sleep-deprived 45-year-old may function like a 60-year-old.
Biological age is measurable through epigenetic clocks (DNA methylation patterns — most validated), telomere length analysis, metabolic biomarkers (fasting insulin, HbA1c, hs-CRP), cardiovascular fitness (VO2 max), body composition analysis, and cognitive function testing.
The purpose of longevity medicine is to reduce the gap between chronological and biological age. Every intervention at Balanced — hormones, peptides, regenerative technologies, lifestyle modification — aims at this objective.
Tracking biological age over time provides objective evidence that your protocol is working. Periodic reassessment using biomarker panels gives concrete data on your trajectory.
Related Questions
→ What is the science behind longevity medicine?What is autophagy and why does it matter for longevity?
Autophagy is your body's cellular recycling program — the process by which cells identify and break down damaged proteins, dysfunctional organelles (particularly mitochondria), and cellular debris, then recycle the components into new cellular materials. Think of it as your body's internal cleanup crew.
When autophagy functions well, cells stay clean, efficient, and youthful. When it declines (as it does with aging), damaged cellular components accumulate, cellular function deteriorates, and the conditions for age-related disease develop. Impaired autophagy is directly linked to neurodegeneration, cardiovascular disease, cancer, metabolic dysfunction, and accelerated aging.
Autophagy activators include fasting and caloric restriction (the strongest natural stimulus), exercise (particularly high-intensity), adequate sleep, spermidine (a naturally occurring polyamine), and certain peptides.
At Balanced, autophagy is supported through several treatment modalities: intermittent fasting guidance (timed to each patient's lifestyle), NAD+ therapy (supports the cellular energy needed for autophagy), growth hormone optimization through peptides (GH stimulates autophagic pathways), and lifestyle recommendations that preserve autophagic function.
Related Questions
→ What is the science behind longevity medicine?What is NAD+ and why is it important for aging?
NAD+ (nicotinamide adenine dinucleotide) is a coenzyme present in every cell of your body that's essential for cellular energy production, DNA repair, gene expression regulation, and cellular communication. It's a fundamental molecule for cellular function — without adequate NAD+, cells cannot produce energy efficiently and repair processes slow dramatically.
The problem: NAD+ levels decline approximately 50% between ages 40 and 60. This decline is directly linked to reduced mitochondrial function (less cellular energy, more fatigue), impaired DNA repair (accelerated aging and increased disease risk), decreased sirtuin activity (sirtuins are longevity-associated enzymes that depend on NAD+ as a cofuel), and reduced cellular stress resilience.
NAD+ restoration is one of the most promising interventions in longevity medicine. At Balanced, NAD+ therapy is delivered through IV infusion (highest bioavailability — bypasses digestive losses), subcutaneous injection (convenient self-administered option), and oral precursors (NMN, NR — for daily maintenance between infusion protocols).
Patients typically report improved mental clarity, sustained energy, better sleep quality, and enhanced recovery. The effects are often noticeable after the first IV session and compound with regular treatment.
Related Questions
→ What is the science behind longevity medicine?What is biohacking and how does Balanced approach it?
Biohacking broadly refers to using science, technology, and self-experimentation to optimize biological performance beyond what conventional medicine targets. At its best, biohacking is evidence-informed optimization. At its worst, it's unguided self-experimentation with unregulated substances.
Balanced's approach falls firmly in the evidence-informed optimization camp. We use the tools that biohackers value — peptides, regenerative technologies, advanced diagnostics, hormone optimization — but within a medically supervised framework with proper sourcing, dosing, monitoring, and clinical oversight.
Many of our patients self-identify as biohackers or optimization-minded individuals. They come to Balanced specifically because they want the advanced therapies available in the biohacking community (HBOT, peptides, NAD+, PEMF) but with the medical guidance that ensures they're used safely and effectively.
The difference between DIY biohacking and what Balanced offers: we start with comprehensive data (60+ biomarker panels), prescribe from licensed pharmacies with third-party purity testing, monitor with quarterly labs, and adjust protocols based on objective outcomes. The therapies are the same; the medical infrastructure around them is what separates safe optimization from risky experimentation.
What are the benefits of NAD+ for longevity?
NAD+ sits at the intersection of multiple longevity-relevant pathways. It's a required cofactor for sirtuins (proteins that regulate aging, inflammation, and DNA repair), it's essential for mitochondrial energy production (which declines with age), and it supports PARP enzymes (critical for DNA damage repair).
As NAD+ levels decline with age — dropping approximately 50% between your 20s and 50s — all of these protective and repair mechanisms slow down. Mitochondria produce less energy. DNA damage accumulates faster. Inflammatory processes become less regulated. The decline in NAD+ is increasingly recognized as a central driver of the aging phenotype.
Restoring NAD+ levels through IV infusions or precursor supplementation (NMN, NR) supports these pathways. Patients report improved energy, cognitive clarity, better sleep, and a subjective sense of vitality. The research on NAD+ and longevity is among the most active areas in aging science.
At Balanced, NAD+ IV therapy is part of our longevity protocols — often combined with hormone optimization, peptide therapy, and regenerative technologies for a multi-system anti-aging approach.
What is the best anti-aging treatment for someone in their 40s?
The 40s are the intersection point where prevention and correction meet — making it the ideal decade to build a comprehensive anti-aging strategy. The most impactful treatments at this stage address both the visible signs and the internal drivers of aging simultaneously.
Aesthetics: Botox for expression lines that are transitioning from dynamic to static. Filler for early volume loss (temples, cheeks, under-eyes). Laser Genesis for ongoing collagen maintenance. IPL to clear accumulating sun damage. RF microneedling for skin tightening and texture. Medical-grade skincare (prescription retinoids, vitamin C, SPF).
Wellness: hormone evaluation and optimization (perimenopause often begins in the 40s for women, testosterone decline is measurable in men), growth hormone peptides for sleep, recovery, and body composition, and metabolic support for the metabolic slowdown that accelerates in this decade.
Regenerative: red light therapy for mitochondrial support and skin quality. NAD+ for cellular energy. HBOT for inflammation and recovery.
The patients in their 40s who age most successfully at Balanced are those who treat aging from both directions: aesthetics for what's visible and wellness for what's driving the decline underneath. Starting in your 40s is an investment that compounds for decades.
What is the telomere theory of aging and how does it apply at Balanced?
Telomeres are protective caps at the ends of chromosomes — similar to the plastic tips on shoelaces. Each time a cell divides, its telomeres shorten slightly. When telomeres become too short, the cell can no longer divide effectively and enters senescence (a zombie-like state where it's alive but dysfunctional) or undergoes apoptosis (programmed death). Telomere shortening is one of the hallmarks of biological aging.
Factors that accelerate telomere shortening: chronic stress (elevated cortisol), poor sleep, chronic inflammation, oxidative stress, sedentary lifestyle, and smoking. Factors that may slow shortening: exercise, adequate sleep, stress management, antioxidant-rich nutrition, and reduction of chronic inflammation.
At Balanced, several therapies address telomere-relevant pathways even though we don't measure telomere length directly. Hormone optimization reduces chronic stress hormones. Peptide therapy (Thymosin Alpha-1, BPC-157) modulates inflammation and immune function. NAD+ supports DNA repair mechanisms. HBOT and red light therapy reduce oxidative stress and support mitochondrial health.
The practical application isn't about measuring telomeres — it's about addressing the biological factors that determine how quickly you age at the cellular level.
What does a longevity protocol look like at Balanced?
A longevity protocol at Balanced is a multi-system approach targeting the biological mechanisms of aging — not just managing symptoms. The typical structure: Foundation layer — hormone optimization (HRT/TRT to restore the hormonal environment that supports every body system), comprehensive metabolic assessment (insulin, thyroid, inflammatory markers), and sleep optimization. Active layer — growth hormone peptides (CJC-1295/Ipamorelin for deep sleep, recovery, body composition), BPC-157 (gut health, inflammation, tissue repair), GHK-Cu (collagen, skin quality, hair), and NAD+ IV infusions (cellular energy, DNA repair). Technology layer — HBOT (oxygen delivery, stem cell mobilization, inflammation reduction), red light therapy (mitochondrial optimization), PEMF (cellular voltage restoration), and BioCharger (frequency optimization). Aesthetic layer — Laser Genesis, microneedling, Sculptra, and injectables to maintain external appearance alongside internal optimization. The protocol is phased over 12+ months and adjusted quarterly based on lab results.
What is mitochondrial health and why does it matter for aging?
Mitochondria are the energy factories inside every cell — they convert nutrients and oxygen into ATP (the energy currency your cells use for everything). Mitochondrial decline is one of the most fundamental drivers of aging: as mitochondria become less efficient, every cellular process slows — repair, immune function, cognition, muscle contraction, hormone production, and detoxification. You experience this as fatigue, brain fog, slower recovery, reduced exercise capacity, and accelerated visible aging. At Balanced, multiple therapies directly support mitochondrial function: red light therapy (stimulates cytochrome c oxidase, the key mitochondrial enzyme), NAD+ (essential cofactor for the electron transport chain), HBOT (delivers oxygen — the final electron acceptor in ATP production), CoQ10 and PQQ supplementation (direct mitochondrial support), and growth hormone peptides (support mitochondrial biogenesis — the creation of new mitochondria). Addressing mitochondrial health is addressing the energy infrastructure that every other body system depends on.
Can peptides support longevity?
Several peptides directly target longevity-relevant biological pathways. Epitalon — a tetrapeptide that may activate telomerase (the enzyme that maintains telomere length), potentially slowing cellular aging at the chromosomal level. CJC-1295/Ipamorelin — restore growth hormone pulsatility to younger patterns, supporting sleep architecture, body composition, and tissue repair that decline with age. BPC-157 — reduces chronic inflammation (a central aging driver) while supporting gut integrity and tissue repair throughout the body. GHK-Cu — activates over 4,000 genes involved in tissue remodeling, anti-inflammation, and regeneration. Thymosin Alpha-1 — modulates immune function, supporting the immune system's declining capacity with age (immunosenescence). At Balanced, longevity peptide protocols are phased and stacked strategically — not all peptides at once, but layered based on your specific aging drivers identified through comprehensive labs. The combination of targeted peptides + hormone optimization + regenerative technologies creates a longevity platform that addresses aging from multiple angles simultaneously.
What is the difference between chronological age and biological age?
Chronological age is the number of years since you were born — fixed and immutable. Biological age reflects how old your body actually functions — measured through biomarkers like hormone levels, inflammatory markers, metabolic function, cardiovascular health, body composition, and cellular health indicators. Two people who are both chronologically 50 can have dramatically different biological ages. One might have the metabolic profile, hormone levels, and recovery capacity of a 40-year-old. The other might function like a 60-year-old biologically. The gap is determined by genetics (~20%) and lifestyle, environment, and medical interventions (~80%). At Balanced, our goal is reducing the gap between chronological and biological age — or ideally, making your biological age younger than your chronological age. Comprehensive labs establish your biological age markers, and treatment protocols target the specific drivers moving your biological age in the wrong direction.
What does anti-aging medicine actually mean?
Anti-aging medicine at Balanced means addressing the biological mechanisms that drive aging — not just concealing its visible effects. It's the difference between painting over rust and treating the metal underneath.
Aging is driven by measurable biological processes: mitochondrial decline (cellular energy drops), hormonal depletion (growth hormone, testosterone, estrogen decline), chronic low-grade inflammation (inflammaging), collagen degradation, telomere shortening, oxidative stress accumulation, and declining cellular repair capacity.
Our approach addresses these at multiple levels simultaneously. Peptide therapy restores cellular signaling that has declined. Hormone optimization returns key hormones to their functional range. Regenerative technologies (HBOT, red light, PEMF) support mitochondrial function and cellular repair. Aesthetic treatments (microneedling, lasers, fillers, Sculptra) address the visible manifestations while the internal work improves the foundation.
The patients who age most successfully at Balanced are those who treat aging from both directions: outside in (aesthetics) and inside out (wellness). When your metabolism is working, your hormones are balanced, inflammation is controlled, and cellular energy is optimized — the aesthetic treatments produce better, more durable results.