Evidence-Based

The Science Behind
Your Transformation

Every treatment we prescribe is backed by peer-reviewed clinical research. Here is what the data actually shows.

01 — Weight Loss

GLP-1 Receptor
Agonists

Semaglutide · Tirzepatide

GLP-1 receptor agonists mimic a gut hormone that signals your brain to feel full, slows gastric emptying, and regulates insulin release — producing sustained weight loss by working with your biology rather than against it.

01
GLP-1 Released
Medication mimics gut-derived GLP-1 hormone after meals
02
Brain Signals Satiety
Hypothalamus receives reduced hunger signal
03
Insulin Regulated
Pancreas releases insulin only when blood glucose rises
04
Sustained Weight Loss
Caloric deficit maintained without constant willpower

Avg. Body Weight Reduction — Clinical Trials

Diet & Exercise Alone~5%
Semaglutide (STEP-1)~15%
Tirzepatide (SURMOUNT-1)~22%
22%
Max body weight reduction
Tirzepatide — SURMOUNT-1
68wk
Average trial duration
STEP & SURMOUNT trials
02 — Hormone Health

Testosterone
Optimization

TRT · Sermorelin

Testosterone declines roughly 1% per year after age 30. The downstream effects — low energy, increased body fat, reduced mental sharpness, and diminished libido — are often mistaken for "just getting older." Physician-supervised TRT restores optimal levels measurably and safely.

Testosterone Decline by Decade (ng/dL avg)

Age 20s700+
Age 30s~620
Age 40s~530
Age 50s~440
Age 60s+~340

Low T vs. Optimized T

MarkerLow TOptimized
Energy LevelsChronic fatigueHigh & sustained
Body CompositionFat accumulationLean muscle gain
Mental ClarityBrain fogSharp & focused
LibidoSignificantly reducedFully restored
MoodIrritable, flatStable & confident
Sleep QualityDisrupted cyclesDeep & restorative
~1%
Annual T decline after 30
American Urological Association
40%
Of men 45+ have low T
Endocrine Society estimate
03 — Longevity

NAD+
Cellular Energy

Nicotinamide Adenine Dinucleotide

NAD+ is a coenzyme present in every cell. It powers mitochondrial energy production, activates longevity-linked sirtuins, and drives DNA repair. Levels decline sharply with age — contributing to fatigue, cognitive decline, and reduced cellular resilience.

Energy Production Powers mitochondrial ATP synthesis — the fuel your cells run on
DNA Repair Activates PARP enzymes that patch damaged DNA strands
Sirtuin Activation Regulates genes associated with aging and inflammation
Neuroprotection Supports neuronal health, focus, and cognitive resilience

NAD+ Level by Age (Relative %)

Age 20100%
Age 30~85%
Age 40~65%
Age 50~50%
Age 60~35%
Age 70+~20%
50%
NAD+ decline by age 50
vs. levels at age 20
~10%
Additional loss per decade
After age 40
04 — Aesthetics & Repair

GHK-Cu
Peptide Complex

Glycyl-L-Histidyl-L-Lysine · Copper

GHK-Cu is a naturally occurring copper peptide that declines with age. It stimulates collagen production, accelerates tissue repair, reduces inflammatory markers, and has been shown to modulate thousands of genes involved in wound healing and anti-aging processes.

Collagen Synthesis Stimulation vs. Baseline

Baseline (untreated)
Vitamin C (topical)1.8×
Retinol2.1×
GHK-Cu

Documented Biological Effects

FunctionWithout GHK-CuWith GHK-Cu
Collagen OutputAge-related declineUp to 6× increase
Wound HealingStandard rateSignificantly faster
Skin ThicknessThinning over timeMeasurably improved
InflammationElevated IL-6, TNF-αMarkers reduced
Hair FolliclesProgressive shrinkageEnlarged & stimulated
Oxidative StressAccumulating damageAntioxidant activity
Collagen synthesis boost
In vitro vs. baseline
31%
Of all human genes modulated
GHK-Cu gene expression studies

Ready to Begin

Your Biology.
Your Protocol.

Every treatment plan starts with a licensed provider review — no guesswork, no one-size-fits-all. Science-backed care designed around your specific biology.

Get Started →