Compression & RecoveryPeptides · Therapeutic Peptides · BPC-157
Peptide Therapy is the clinician-prescribed use of short amino-acid chains (peptides) that signal specific biological responses — including injury healing, muscle growth, gut repair, immune modulation, and recovery acceleration.
At a Glance
- Duration
- Brief subcutaneous self-injection at home or shots in-office
- Frequency
- Daily to several times weekly; cycles of 4–12 weeks depending on peptide and goal
- Best For
- Injury recovery, gut health, post-surgical healing, athletic recovery, age-related muscle loss, immune modulation
- Session Feels Like
- Tiny needle, minimal discomfort; protocol-specific effects appear over days to weeks
In Practice
Active recovery technology that helps the body bounce back faster.
Compression therapy uses dynamic, sequential air pressure to enhance circulation and lymphatic flow, flushing metabolic byproducts and reducing the heaviness that follows hard effort. It is recovery made active — a quiet, effective complement to training, travel, and long days on your feet.
- Enhances circulation and lymphatic flow
- Reduces muscle fatigue and heaviness
- Supports recovery between training days
- Effortless — recover while you rest
What It Addresses
Concerns this helps with.
- Soft-tissue and ligament injuries
- Gut inflammation and leaky gut
- Joint pain and stiffness
- Age-related muscle loss (sarcopenia)
- Post-surgical recovery
- Athletic recovery and performance
- Senescent cell burden (FOX04)
Common Questions
Common questions, answered straight.
Are therapeutic peptides safe?
Peptides used clinically have decades of research behind them and are generally well-tolerated when sourced from pharmaceutical-grade compounding pharmacies and prescribed at appropriate doses. The serious risk isn't the peptide — it's buying unregulated peptides online from gray-market vendors, where purity, dosage, and identity are unverifiable.
Which peptides are most commonly used?
BPC-157 (injury and gut repair) is the most-prescribed peptide in the longevity space outside of GLP-1s. Other widely used peptides include TB-500 (recovery), CJC-1295/Ipamorelin (growth hormone support), GHK-Cu (skin and hair), and emerging senolytics like FOX04 (clearing aged 'zombie' cells). Each has specific indications.
How long does it take peptide therapy to work?
Recovery peptides like BPC-157 can produce noticeable change in 1–2 weeks for soft-tissue injuries. Growth hormone peptide protocols typically need 8–12 weeks to show body-composition and sleep changes. Senolytic peptides like FOX04 use a short cycle (5 injections over 10 days) and effects are measured over months, not days.
