Longevity & Anti-Aging Medicine in Bradenton, Sarasota & Lakewood Ranch
Slow biological aging with protocols built on biomarker data, not guesswork.
Aging is not a single event. It is a cascade of cellular and hormonal shifts that accelerate at different rates depending on your genetics, environment, and metabolic health. Most people do not notice the decline until it has been compounding for years: energy drops, recovery slows, sleep quality deteriorates, body composition changes. By the time symptoms surface, the underlying biological processes have been running unchecked for a long time. Longevity medicine at iRevive starts with a different question than conventional care. Instead of asking what is wrong, Ryan Hentges, NP asks how fast your body is aging and what specific interventions can slow or reverse that trajectory. The answer comes from lab work, not speculation. NAD+ optimization, targeted peptide protocols, hormone calibration, and metabolic support are among the tools available, but the protocol is always dictated by the data.
NAD+ | Peptides | Biomarker-Driven ProtocolsAt a Glance
Service
Longevity & Anti-Aging Optimization
Focus
Cellular repair, biological age reduction, healthspan extension
Therapies
NAD+, peptides (BPC-157, CJC/Ipamorelin), metabolic optimization
Guided By
Comprehensive biomarker panels and longitudinal tracking
Available In
Bradenton, Sarasota, Lakewood Ranch, Venice
Model
Concierge telehealth + $99/mo membership
What Is Longevity Medicine?
Longevity medicine is the clinical practice of measuring, monitoring, and intervening in the biological processes that drive aging. It is not about vanity or turning back the clock on appearance alone. The focus is healthspan: the number of years you live with full cognitive function, physical capability, metabolic efficiency, and freedom from chronic disease. Conventional medicine waits for disease to appear and then treats it. Longevity medicine identifies the precursors years or decades earlier and acts before irreversible damage accumulates.
At iRevive, that process begins with an extensive biomarker panel. Ryan Hentges, NP evaluates markers most primary care providers never order: fasting insulin, inflammatory cytokines, DHEA-S, free testosterone, IGF-1, homocysteine, full thyroid function, oxidative stress indicators, and NAD+ precursor levels. Those results reveal where your body is aging fastest and which interventions carry the most impact. Some patients need NAD+ restoration to address mitochondrial decline. Others benefit from peptide protocols that promote tissue repair, growth hormone optimization, or immune regulation. Many need hormonal recalibration as a foundational step before other longevity strategies can take full effect.
The protocols are not static. Biological aging is a moving target, and what your body needs at 42 is different from what it needs at 55. Follow-up labs at regular intervals allow the program to evolve with you. That ongoing calibration is what separates clinical longevity care from one-time supplement orders or IV drip bars.
Signs Your Body May Be Aging Faster Than It Should
Biological age and chronological age are not the same number. A 45-year-old with unmanaged insulin resistance, declining NAD+ levels, and chronic low-grade inflammation can have the cellular profile of someone a decade older. The patterns below suggest accelerated aging that lab-based evaluation can quantify and, in many cases, address.
Cellular & Metabolic Signals
- Persistent fatigue not resolved by sleep
- Slower recovery from exercise, illness, or injury
- Declining mental sharpness or memory recall
- Progressive loss of muscle mass despite training
- Increased body fat, particularly visceral fat
- Elevated inflammatory markers on routine labs
- Poor wound healing or prolonged soreness
- Rising fasting glucose or insulin resistance trends
Functional & Hormonal Decline
- Sleep quality declining with age despite good habits
- Reduced stress tolerance and longer recovery from stressors
- Decreased libido or sexual function
- Joint stiffness that worsens year over year
- Thinning skin, slower collagen turnover
- Hormonal shifts (low testosterone, thyroid changes, cortisol dysregulation)
- Feeling older than your actual age
- Family history of early cardiovascular disease or neurodegeneration
How Does iRevive's Longevity Program Work?
Longevity protocols without data behind them are just expensive habits. iRevive's approach treats aging the way any clinical condition should be treated: with diagnostic evidence, targeted intervention, and measurable outcomes. Every protocol starts and ends with lab work because that is the only way to know whether an intervention is actually doing what it is supposed to do.
Longevity Panel
A comprehensive biomarker workup measuring hormonal, metabolic, inflammatory, and cellular health markers that go far beyond a standard annual physical.
Biological Age Assessment
Lab results mapped against age-adjusted reference ranges to identify where your body is aging fastest and which systems carry the highest intervention priority.
Protocol Build
NAD+ optimization, peptide selection, hormonal support, and metabolic interventions prescribed specifically for your data. No generic anti-aging packages.
Longitudinal Tracking
Follow-up labs at defined intervals to measure response, adjust protocols, and confirm that your biological trajectory is actually shifting in the right direction.
What Your Longevity Protocol May Include
NAD+ Optimization
NAD+ is a coenzyme essential for mitochondrial energy production, DNA repair, and sirtuin activation. Levels decline significantly with age. iRevive uses targeted NAD+ support to restore cellular energy pathways and promote repair mechanisms.
Peptide Therapy (BPC-157)
BPC-157 is a body-protective compound with research supporting its role in tissue repair, gut healing, and reduced inflammation. Prescribed for patients whose labs and symptoms indicate repair-phase priority.
Growth Hormone Peptides
CJC-1295 and Ipamorelin are growth hormone secretagogues that may support lean body mass, fat metabolism, sleep quality, and recovery without the risks associated with direct HGH administration.
Hormone Optimization
Testosterone, thyroid, estradiol, progesterone, DHEA-S, and cortisol evaluated and optimized. Hormonal balance is foundational to longevity and directly impacts how every other intervention performs.
Metabolic Recalibration
Fasting insulin, glucose regulation, lipid profiles, and inflammatory markers tracked over time. Metabolic dysfunction accelerates aging more than almost any other single factor.
Inflammatory Marker Tracking
hs-CRP, homocysteine, fibrinogen, and other inflammatory biomarkers monitored because chronic low-grade inflammation is a primary driver of cardiovascular disease, neurodegeneration, and cellular aging.
Micronutrient & Oxidative Stress Assessment
Vitamin D, magnesium, zinc, B12, folate, and oxidative stress markers evaluated. Deficiencies in these areas impair cellular repair and accelerate age-related decline even when other markers look acceptable.
Ongoing Clinical Oversight
Regular telehealth consultations with Ryan Hentges, NP. Lab rechecks at defined intervals. Direct access by call or text between appointments. Your protocol adapts as your data changes.
Potential Benefits of Longevity Optimization
Results depend on your baseline biomarkers, adherence, and the specific interventions prescribed. With clinician-supervised protocols targeting the root mechanisms of aging, patients may experience measurable shifts across multiple health domains.
Two Approaches to Longevity Care
Cellular Repair & NAD+ Track
For patients whose primary aging drivers are mitochondrial decline, cellular energy depletion, and impaired DNA repair pathways. This track centers on NAD+ optimization and targeted peptides like BPC-157 that promote tissue regeneration and reduce chronic inflammation. It is built for patients who feel their energy, recovery capacity, and cognitive performance have declined beyond what age alone would explain. Lab work confirms the degree of cellular compromise and guides both the interventions selected and the timeline for reassessment.
Start NAD+ Evaluation
Hormonal & Metabolic Longevity Track
For patients whose accelerated aging is driven primarily by hormonal decline, metabolic dysregulation, or insulin resistance. Testosterone, thyroid, estrogen, progesterone, DHEA-S, and cortisol are evaluated alongside metabolic markers like fasting insulin and hs-CRP. Growth hormone peptides (CJC-1295/Ipamorelin) may be added where clinically appropriate to support body composition, recovery, and sleep. Some patients begin on this track and later add NAD+ or additional peptide protocols as their data evolves. The protocol follows the labs, not a predetermined schedule.
Explore Hormone OptimizationAnti-Aging & Longevity Medicine Serving Bradenton, Sarasota & Lakewood Ranch
Longevity care should fit into your life without adding complexity. iRevive delivers the full clinical program through telehealth, which means consultations, protocol adjustments, lab reviews, and ongoing monitoring all happen remotely. Labs are drawn at a location convenient to you in Bradenton, Sarasota, Lakewood Ranch, or Venice. Peptides and supplements ship to your door. Between scheduled appointments, Ryan Hentges, NP is available by call or text for questions that cannot wait. That direct access is part of the concierge model, and the monthly membership starts at $99. Most patients spend more than that on supplements they ordered without lab data to support the decision.
- Bradenton, FL
- Sarasota, FL
- Lakewood Ranch, FL
- Venice, FL
- Telehealth across Florida
Longevity & Anti-Aging FAQs
What is NAD+ and why does it matter for aging?
NAD+ (nicotinamide adenine dinucleotide) is a coenzyme present in every cell of your body. It is essential for mitochondrial energy production, DNA repair, and the activation of sirtuins, a family of proteins involved in cellular stress response and longevity. NAD+ levels decline substantially with age. By some estimates, levels drop by roughly 50% between age 40 and 60. Restoring NAD+ through targeted supplementation or precursor support may help improve cellular energy, cognitive function, and repair capacity.
What peptides does iRevive use for longevity?
iRevive prescribes peptides based on each patient's lab results and clinical goals. Common longevity-focused peptides include BPC-157 (tissue repair, gut healing, anti-inflammatory), CJC-1295 with Ipamorelin (growth hormone optimization for body composition, sleep, and recovery), and others selected based on your specific biomarker profile. Ryan Hentges, NP does not prescribe peptides without lab data supporting the decision, and every protocol includes follow-up labs to track response.
How is this different from an IV drip bar or wellness spa?
IV drip bars and wellness spas sell services without diagnostic context. You receive a standard infusion or treatment regardless of whether your body actually needs it. iRevive starts with comprehensive lab work, identifies which systems are declining and by how much, and then builds a targeted protocol around your data. Follow-up labs confirm the interventions are working. That diagnostic loop, the cycle of measure, intervene, remeasure, is the defining difference between clinical longevity care and retail wellness.
At what age should someone consider longevity medicine?
There is no single age threshold, but most of the biological processes longevity medicine targets begin accelerating in the mid-30s to early 40s. NAD+ levels, hormone production, mitochondrial efficiency, and inflammatory regulation all shift measurably during this period. Starting earlier provides a longer window for intervention and allows protocols to focus on prevention rather than damage repair. That said, patients in their 50s, 60s, and beyond still see meaningful improvements when interventions are guided by current lab data.
What labs are included in a longevity panel?
iRevive's longevity panel includes biomarkers most primary care providers do not order: fasting insulin, fasting glucose, HbA1c, a complete lipid panel with particle size, hs-CRP, homocysteine, fibrinogen, full thyroid (TSH, free T3, free T4, thyroid antibodies), sex hormones (testosterone, estradiol, progesterone, DHEA-S), IGF-1, vitamin D, B12, folate, magnesium, zinc, and a complete blood count. Additional markers may be added based on your history and clinical presentation.
Are peptides safe for long-term use?
The peptides iRevive prescribes have varying levels of published safety data, and not all are FDA-approved for the specific applications used in longevity medicine. Ryan Hentges, NP selects peptides with established safety profiles, prescribes at clinically appropriate doses, and monitors response through regular lab work. Treatment duration and cycling protocols are adjusted based on your biomarker trends. Patients are fully informed about the evidence base for each peptide in their protocol before starting.
Can longevity protocols be combined with hormone therapy or weight management?
Yes. In many cases the most effective longevity approach involves simultaneous hormonal optimization and metabolic support. Declining testosterone, thyroid dysfunction, and insulin resistance all accelerate biological aging, and addressing them creates the metabolic foundation that allows NAD+ and peptide interventions to perform at their best. Ryan Hentges, NP evaluates the full clinical picture and sequences interventions based on which systems need attention first.
How often do I need follow-up labs?
Initial follow-up labs are typically ordered 8 to 12 weeks after starting a protocol. Subsequent lab frequency depends on the complexity of your protocol and how your markers are responding. Patients on stable protocols with consistent results may move to quarterly or biannual lab checks. Patients in early protocol stages or with multiple interventions running simultaneously are checked more frequently. Ryan Hentges, NP determines the schedule based on your individual data trajectory.
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Ready to Find Out How Fast Your Body Is Actually Aging?
The lab work tells the story. Inflammatory markers, NAD+ precursors, hormones, metabolic efficiency. Once you see where your biology stands today, the conversation shifts from abstract worry to a concrete plan. A consultation with Ryan Hentges, NP is the first step toward a longevity protocol that is calibrated to your data and built to evolve with you.