Experience GHK Cu Peptide therapy with Dr. Cyrus Sedaghat in Irvine. Rejuvenate skin and hair at our top Orange County clinic for youthful results.
what others say about us
Trusted Transformations
At Lux Medical OC, patients in Orange County and Irvine trust us for personalized, natural-looking aesthetic care. Dr. Cyrus Sedaghat tailors each plan to your goals and comfort. Discover our patient reviews.
Amara L
The clinic is beautiful and the peptide therapy has totally fixed my dry skin issues. I’m telling all my friends to check this place out.
GHK Cu Peptide
Dax P
My shoulder feels brand new and my recovery time after the gym is insane now. Really glad I found Dr. Sedaghat because this stuff actually works.
GHK Cu Peptide
Seraphina T
I feel like I look five years younger after starting this treatment. It’s definitely my new favorite self-care routine in Orange County.
GHK Cu Peptide
Kian R
Came in to help with some thinning hair and the results are actually legit. The team in Irvine is super chill and the whole process was way easier than I expected.
GHK Cu Peptide
Kian R
Came in to help with some thinning hair and the results are actually legit. The team in Irvine is super chill and the whole process was way easier than I expected.
GHK Cu Peptide
Lux Medical OC Aesthetic Education
GHK-Cu Peptide Therapy in Orange County
Unlock your best skin with Dr. Cyrus Sedaghat in Irvine. Our GHK Cu Peptide therapy in Orange County boosts natural healing and collagen synthesis.
What Is GHK-Cu Peptide and Why It Matters
GHK-Cu Peptide is a naturally occurring copper-binding peptide found in the human body. When we are young, our bodies produce more of it, supporting fast healing, firm skin, and healthy tissue. As we age, natural levels decline, which is closely linked to slower repair, thinner skin, and visible signs of aging. GHK-Cu Peptide Therapy is designed to restore this signal and remind your cells how healthy, youthful skin is supposed to behave.
This peptide works as a cell messenger, not a filler or a surface treatment. It communicates directly with skin and connective tissue cells, helping them repair damage, rebuild structure, and function more efficiently. This is why GHK-Cu is widely considered one of the most advanced and effective peptides used in regenerative and anti-aging treatments today, especially in medical aesthetics and peptide therapy in Irvine and Orange County.
How GHK-Cu Peptide Works Inside the Skin
GHK-Cu Peptide works by delivering bioavailable copper into cells in a safe and controlled way. Copper is essential for skin health, but free copper can be harmful. GHK acts like a smart carrier, bringing copper exactly where it is needed and activating repair pathways without overstimulation.
Once inside the tissue, GHK-Cu interacts with cells responsible for skin strength and elasticity, especially fibroblasts. These cells control collagen, elastin, and other structural components that keep skin smooth and firm. Instead of forcing results, the peptide gently shifts cellular activity toward healing and renewal.
Key biological actions include:
Stimulating collagen and elastin production
Supporting healthier blood flow in skin tissue
Reducing chronic inflammation that accelerates aging
Helping damaged cells repair instead of shutting down
This multi-pathway approach is why GHK-Cu Peptide Therapy is often described as “regenerative” rather than cosmetic.
Skin Rejuvenation, Anti-Aging, and Visible Results
GHK-Cu Peptide does not mask aging—it addresses the underlying causes. By improving how skin cells behave at the molecular level, it gradually improves skin quality, texture, and resilience. Many patients notice that their skin looks healthier overall, not just smoother in one area.
Benefits commonly associated with GHK-Cu Peptide Therapy include:
Improved skin firmness and elasticity
Reduction in fine lines and uneven texture
Enhanced skin tone and clarity
Faster recovery after aesthetic treatments
Unlike harsh resurfacing treatments, GHK-Cu supports your skin’s natural repair cycle. Results build progressively, which helps them look natural and long-lasting. This makes the therapy especially attractive to patients in Orange County looking for advanced anti-aging solutions without aggressive downtime.
Beyond Aesthetics: Healing, Inflammation, and Cellular Health
One of the reasons GHK-Cu Peptide is so highly respected is that its benefits go beyond appearance. It was originally studied for wound healing and tissue repair, not beauty alone. The same mechanisms that help heal injuries also slow down visible aging.
GHK-Cu helps regulate inflammation, which is a major contributor to skin aging, redness, sensitivity, and slow recovery. By calming inflammatory signals, the peptide allows cells to focus energy on rebuilding rather than defending against constant stress.
This broader impact supports:
Healthier skin barrier function
Faster healing from procedures or sun damage
Improved overall skin resilience
Better long-term tissue quality
Because of these effects, GHK-Cu Peptide Therapy is often chosen by patients who want both aesthetic improvement and real biological benefits.
Advanced Peptide Therapy in Irvine and Orange County
GHK-Cu Peptide Therapy offered under the care of Dr. Cyrus Sedaghat is tailored to patients seeking medically guided, science-backed peptide treatments in Irvine and Orange County. This therapy reflects a modern approach to aging—supporting the body’s natural systems instead of working against them.
By targeting cellular communication, collagen signaling, and inflammation control, GHK-Cu Peptide Therapy represents a new generation of anti-aging and regenerative medicine. It is ideal for individuals who want smoother, firmer, healthier-looking skin while also investing in long-term skin health at the cellular level.
GHK-Cu is not just another skincare ingredient. It is a powerful peptide signal that helps your skin remember how to repair, rebuild, and renew itself—naturally and intelligently.
Have more inquiries ?
Frequently Asked Questions
Find clear, patient-friendly answers from Dr. Cyrus Sedaghat about pricing, comfort, downtime, results, and aftercare—so you can feel confident before booking.
What is the anti-inflammatory mechanism?
GHK Cu suppresses the production of pro-inflammatory cytokines, specifically IL-6 and TNF-alpha, which are markers of chronic inflammation. It also inactivates free radical damage by regulating iron levels; it prevents iron from being released from ferritin, which stops the oxidation chain reaction that typically leads to cell damage and aging.
Why is injectable therapy often preferred?
While topical applications are effective for surface-level skin issues, the GHK Cu molecule is hydrophilic and has difficulty penetrating the deep lipid layers of the skin in high concentrations. Injectable therapy bypasses the epidermal barrier, ensuring 100% bioavailability. This allows the peptide to enter the bloodstream immediately and reach systemic targets for widespread tissue repair and inflammation reduction.
How does it stop hair loss?
It targets the hair follicle's biological environment by blocking the effects of Dihydrotestosterone (DHT), the hormone largely responsible for androgenic alopecia. Additionally, it promotes angiogenesis, the formation of new blood capillaries around the follicle. This increases nutrient delivery and oxygenation, forcing the follicle to enlarge and shift from the resting phase (telogen) back into the active growth phase (anagen).
Does it remove existing scars?
Yes, through a process called extracellular matrix remodeling. GHK Cu modulates the activity of metalloproteinases (MMPs), which are enzymes that break down proteins. It encourages the breakdown of irregular, damaged collagen found in scar tissue and stimulates the deposition of new, organized collagen fibers, essentially smoothing the skin architecture from within.
How does GHK Cu increase collagen?
It works by directly stimulating fibroblasts, the cells responsible for structural protein synthesis. Unlike simple moisturizers, GHK Cu upregulates the genetic expression of Collagen Type I and III. It also increases the production of glycosaminoglycans (GAGs), like hyaluronic acid, which are critical for maintaining the structural lattice and hydration density of the dermis.