Clinical Specialty

Anti-Aging & Biological Rejuvenation

Evidence-informed protocols targeting cellular senescence, mitochondrial decline, NAD+ depletion, and epigenetic aging to restore biological function and vitality.

Telomere structure and cellular aging
Cellular senescence and epigenetic clocks
Cellular rejuvenation and mitochondrial biogenesis

Aging Is a Biological Process — Not Inevitable Decline

Biological aging is driven by measurable cellular processes: mitochondrial dysfunction, telomere shortening, NAD+ depletion, DNA damage accumulation, cellular senescence, and declining autophagy. These are not abstract theories — they are mechanisms that can be assessed, targeted, and influenced.

At BioReset, anti-aging is not cosmetic. It is clinical biological restoration. We assess your cellular and metabolic aging markers, identify where biological function has declined, and design targeted interventions to restore energy production, cellular repair capacity, and systemic resilience.

Biological Aging Drivers Addressed

Mitochondrial dysfunction & ATP decline
NAD+ depletion & sirtuin suppression
Telomere attrition & DNA instability
Cellular senescence & SASP signaling
Impaired autophagy & protein aggregation
Chronic low-grade inflammation (inflammaging)
Hormonal decline & metabolic slowdown
Oxidative stress & glutathione depletion
NAD+ molecule and sirtuin activation for longevity
Senolytic therapy clearing senescent cells

BioReset Rejuvenation Protocols

NAD+ IV Restoration

Intravenous NAD+ to replenish declining cellular energy currency, activate sirtuins, support DNA repair, and enhance mitochondrial function in aging systems.

Peptide Rejuvenation Therapy

GHK-Cu, BPC-157, and other bioactive peptides to stimulate tissue repair, collagen synthesis, cognitive protection, and systemic regenerative signaling.

Mitochondrial Biogenesis Support

Targeted nutritional and pharmacological interventions to stimulate the creation of new, high-functioning mitochondria and restore ATP output.

Antioxidant Saturation Protocols

High-dose IV glutathione, vitamin C, and alpha-lipoic acid to neutralize accumulated oxidative damage and restore cellular redox balance.

Methylene Blue & Cellular Respiration

Mitochondrial electron transport enhancement to improve oxygen utilization, neuroprotection, and cognitive clarity in aging brains.

Hormonal & Metabolic Optimization

Comprehensive assessment and restoration of thyroid, adrenal, and metabolic hormones that decline with biological aging.

Biological clock reversal and cellular age reduction
Collagen synthesis and skin matrix renewal
Brain neuroplasticity and cognitive rejuvenation
Metabolic hormone optimization and endocrine balance
Ozone therapy and cellular oxygenation for rejuvenation
Patient Outcomes

Rejuvenation Results

Real patient experiences from biological rejuvenation protocols at BioReset. These outcomes reflect measurable cellular and functional restoration.

“After six months of NAD+ and peptide therapy at BioReset, my energy levels returned to what I had in my thirties. The biological assessment revealed cellular aging markers I never knew existed — and the targeted protocol reversed them.”

M.K., 58

NAD+ IV + Peptide Protocol — 6 months

Energy RestorationNAD+ Therapy
Measurable Outcomes

Biological Markers: Before & After

Objective laboratory and clinical data from patients completing the BioReset Rejuvenation Protocol. These are not anecdotes — they are documented biological transformations.

Biological Age

Before

+7.2 years older

After

−2.1 years younger

Epigenetic clock (Horvath / DunedinPACE)

9.3 year reversal

Daily Energy Score

Before

3.2 / 10

After

7.8 / 10

Validated fatigue & vitality questionnaire

+144% increase

Sleep Quality Index

Before

4.1 / 10

After

8.2 / 10

PSQI + deep sleep duration tracking

+100% improvement

Mitochondrial ATP

Before

32% of optimal

After

78% of optimal

Cellular energy production capacity

+144% recovery

NAD+ Plasma Level

Before

Below 20th percentile

After

65th percentile

Nicotinamide adenine dinucleotide

Normalized range

Inflammatory Markers

Before

CRP 6.8 mg/L

After

CRP 1.2 mg/L

C-reactive protein + IL-6 panel

82% reduction
Common Questions

Frequently Asked Questions

Everything you need to know about cost, duration, safety, and expected outcomes from biological rejuvenation at BioReset.

Program costs vary based on the depth of assessment and the interventions selected. The initial biological aging assessment includes epigenetic clock testing, mitochondrial function markers, NAD+ levels, hormonal profiling, and oxidative stress analysis — this comprehensive baseline evaluation is priced individually. Subsequent protocol costs depend on whether NAD+ IV therapy, peptide therapy, hormonal optimization, or combination protocols are recommended. During your consultation, Dr. Milios will provide a detailed, personalized treatment plan with transparent pricing before any commitment.

Biological rejuvenation is not a one-time treatment — it is a structured, phased program. Most patients undergo an initial intensive phase of 3–4 months with weekly or bi-weekly interventions (NAD+ IVs, peptide therapy, nutritional optimization), followed by a maintenance phase of monthly or quarterly sessions. Measurable biological changes in epigenetic age, mitochondrial function, and inflammatory markers typically begin appearing within 8–12 weeks, with cumulative benefits over 6–12 months. Long-term patients often transition to an optimization phase that preserves gains.

Yes — when administered under clinical supervision by a qualified medical professional. At BioReset, all IV and peptide therapies are prescribed only after comprehensive laboratory assessment and medical history review. NAD+ IVs are administered at controlled rates with nursing oversight. Peptide therapies such as GHK-Cu and BPC-157 are sourced from certified compounding pharmacies and dosed individually. Side effects are rare and typically mild (e.g., transient flushing with NAD+). All protocols include ongoing monitoring of liver function, kidney function, and metabolic markers to ensure safety throughout the program.

Most patients report subjective improvements — increased energy, better sleep quality, enhanced mental clarity, improved skin texture — within the first 4–6 weeks of the intensive phase. Objective biological markers (epigenetic clock reversal, NAD+ level restoration, inflammatory marker reduction, mitochondrial ATP output) are typically re-measured at the 3-month and 6-month marks, with progressive improvement documented across the program. Individual timelines vary based on baseline biological age, the severity of cellular dysfunction, and adherence to the full protocol including nutrition, sleep, and movement recommendations.

Absolutely — and in many cases, this is the optimal approach. Patients with chronic fatigue, Lyme disease, or detoxification needs often find that addressing biological aging accelerates their overall recovery. Conversely, patients primarily seeking rejuvenation may benefit from concurrent microbiome restoration, detoxification, or mitochondrial support. Dr. Milios designs integrated protocols where anti-aging interventions are sequenced and combined with other biological restoration treatments for maximum synergistic effect.

We track a comprehensive panel of aging biomarkers: epigenetic clock (biological vs. chronological age), NAD+ and NADH levels, mitochondrial ATP production capacity, inflammatory markers (CRP, IL-6, TNF-alpha), oxidative stress indices (GSH/GSSG ratio, lipid peroxidation), hormonal panels (thyroid, adrenal, sex hormones), telomere length analysis, and metabolic flexibility markers (HbA1c, fasting insulin, lipid profiles). These are measured at baseline, 3 months, 6 months, and 12 months to document objective biological change.

Start Your Biological Rejuvenation

Whether you are experiencing early signs of biological decline or seeking proactive optimization, a comprehensive cellular aging assessment is the first step toward targeted rejuvenation.