What Are They?
Understanding Peptide Therapy
By Jed Ryan, Founder and CEO · Reviewed by Adas Darinskas, PhD, Chief Science Officer · Published · Last reviewed
Peptides are short chains of amino acids that act as signals throughout the body. Depending on the peptide, they tell cells to repair tissue, balance hormones, settle the immune system, sharpen cognition, or slow the pace of cellular aging.
Unlike most drugs, which override the body's own processes, peptides work along existing pathways. That tends to make them targeted and well tolerated, and it's a big part of why interest in them has grown so fast.
Peptide protocols are designed with the medical team at Innovita Clinic, based on your health profile, with the peptides and dosing chosen for your goals.
Key characteristics of peptide therapy include:
- Targeted action: Each peptide binds to specific receptors, producing a precise effect rather than a broad pharmacological one
- Natural pathways: Peptides work with existing biology rather than forcing an artificial override
- Low toxicity: Because they are naturally-occurring molecules, peptides typically have favourable safety profiles
- Combined protocols: Peptides are often used alongside MSC and exosome therapies to enhance and sustain cellular outcomes
Promising Areas of Research
Among the peptides with the most substantial research and clinical observation to date.
BPC-157
Tissue repair, gut healing, tendon and ligament recovery research.
Epithalon
Cellular longevity and telomere research; a frequently studied longevity peptide.
Thymosin Beta-4
Wound healing, tissue regeneration, and anti-inflammatory research.
Thymosin Alpha-1
Immune modulation research, antiviral and oncology-adjacent studies.
Retatrutide
Metabolic health and body composition; an emerging research area.
MOTS-c & SS-31
Mitochondrial function, metabolic, and mitochondrial protection research.
Where Peptide Therapy Helps
Protocols are built around your goals, from longevity to athletic recovery to metabolic health.
Longevity & Cellular Aging
Peptides like Epithalon, MOTS-c, and SS-31 are frequently studied for their potential to support cellular longevity, mitochondrial function, and markers of biological aging. Protocol goals may include:
Tissue Repair & Recovery
BPC-157 and Thymosin Beta-4 are among the most widely studied peptides for tissue repair, gut healing, wound recovery, and musculoskeletal regeneration. Common applications include:
Immune, Hormonal & Metabolic
Thymosin Alpha-1 and Retatrutide are examples of peptides studied for immune modulation, metabolic health, and body composition. Areas of research include:
The research behind
peptides
Peptides have hundreds of published studies behind them, looking at how specific peptides work and how safe they are. Explore the research and see for yourself.
Explore the ResearchTreatment Process
Four steps from our first conversation to your treatment. We carry the complicated parts so you don't have to.
Discovery Call
An exploratory conversation with Jed, for us to understand what you've been dealing with and how we can best help.
Medical Consultation
A Zoom consultation with Dr. Adas Darinskas and the medical team to look at your case honestly and talk through whether a regenerative protocol makes sense for you.
Individualized Protocol
We build your protocol with Dr. Darinskas and his team, combining the therapies that fit your case and the goal you're after.
Your Treatment
You receive treatment at Innovita Clinic in Vilnius, or at one of our partner facilities, wherever fits your case best. We work alongside you on scheduling and point you in the right direction for travel and accommodation.
Real Outcomes
Client stories and testimonials, coming soon.
Testimonials Coming Soon
We're gathering stories from clients who've been through peptide protocols. Check back soon, or reach out to talk with the team about client experiences.
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