PRP Therapy | Solution for Acne Scar in North York
What Are Acne Scars?
Acne scars are marks that stay on your skin after pimples or breakouts heal. They can look like small dents, pits, or uneven areas. These scars come in different types—like boxcar, rolling, or ice pick scars—and they can affect how your skin looks and how you feel about it.
The good news? You don’t have to live with them forever. Once you know what type of scars you have and which treatments can help, you can start your journey toward smoother, clearer skin and feel more confident in yourself.
How to Treat Acne Scars
There are many treatments that can help smooth out acne scars and make your skin look more even. Some common options include laser resurfacing, dermabrasion, and chemical peels. These treatments work by removing damaged skin layers and helping new, healthy skin grow.
One of the most natural and exciting treatments today is PRP Therapy (Platelet-Rich Plasma). It uses your own blood to help heal your skin and boost collagen, the protein that keeps skin firm and smooth.
Here’s how it works: A small amount of your blood is taken and processed to separate the PRP, which is rich in healing cells. This PRP is then either injected into the scarred areas or applied with microneedling, where tiny needles help it go deeper into the skin.
PRP Therapy can:
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Stimulate skin cell growth
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Increase blood flow to the area
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Improve skin structure and elasticity
The result? Smoother, firmer, and more even-toned skin—all from a treatment that works with your body, not against it.
FAQs: Understanding Acne Scars and PRP Therapy
1) Did you know your skin reflects your liver health?
Yes! Your skin often shows signs of what’s happening inside your body, especially in your liver. If your liver is overloaded with toxins, it can cause inflammation and breakouts. When your liver is working well, it helps keep your skin clearer and healthier.
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2) What are acne scars, and how do they form?
Acne scars happen when inflammation from breakouts damages the skin and breaks down collagen. Most acne scars (about 80–90%) are atrophic, meaning they cause dips or dents in the skin. The main types are:
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Boxcar scars: wide and shallow with sharp edges
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Rolling scars: wavy and uneven
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Ice pick scars: deep and narrow, like tiny holes
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3) What happens to the skin during acne?
When you have acne, inflammation, and too much oil can damage your skin. If the acne is strong or lasts a long time, it can break down collagen and leave deep scars—especially the kind that cause dents in the skin. The more severe the acne, the higher the chance of scarring.
4) What are the most popular treatments for atrophic acne scars?
There are several treatments that help smooth and improve atrophic (indented) acne scars:
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Laser Resurfacing:
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Ablative lasers remove the top skin layers and boost collagen.
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Non-ablative lasers work deeper without damaging the surface.
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Multiple sessions are usually needed.
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Dermabrasion:
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A tool sands down the skin’s top layer to reduce scar depth.
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It takes time to heal, but can give lasting results.
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Chemical Peels:
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A special solution removes old skin and promotes new growth.
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The strength of the peel and your skin’s response affect the outcome.
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You may need several treatments.
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5) Can acne scars appear at any age?
Yes. While many people get acne scars in their teens, they can happen at any age. Common reasons include:
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Hormone changes
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Genetics
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Ongoing skin inflammation
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Not treating breakouts or scars properly
6) Can PRP Therapy help with acne scars?
Yes! PRP (Platelet-Rich Plasma) Therapy uses your own blood to help heal your skin. It’s packed with natural healing elements like:
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Platelets
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Growth factors
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Cytokines
These boost collagen, repair damaged skin, and improve texture. PRP can be injected or used with microneedling to make scars look smoother and skin healthier.
PRP Therapy for Ice Pick Scars: Natural Deep Skin Repair
Ice pick scars are deep, narrow, and tough to treat. They look like tiny holes in the skin, and many common treatments don’t go deep enough to help.
PRP Therapy offers a natural way to repair them. It uses a part of your own blood that’s rich in healing factors to trigger skin repair.
Here’s how PRP helps:
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Builds Collagen: PRP boosts the cells that make collagen, helping fill in deep scars.
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Improves Blood Flow: It brings more oxygen and nutrients to the skin, speeding up healing.
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Strengthens Skin Structure: PRP helps rebuild the skin’s support system, making it firmer and smoother.
Why Choose PRP Over Conventional Treatments?
Compared to traditional methods like laser resurfacing, dermabrasion, or chemical peels, PRP offers several unique advantages:
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✅ Minimally invasive
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✅ Low risk of side effects
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✅ Little to no downtime
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✅ No foreign substances – 100% natural
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✅ Safe for all skin types
By encouraging the body to heal itself from the inside out, PRP therapy provides a safer, more natural, and highly effective solution for reducing the appearance of ice pick scars and improving overall skin texture.
7) Different Ways to Apply PRP
PRP therapy can be done in two main ways: microneedling or manual injections.
Microneedling:
Tiny needles create small holes in the skin, helping PRP absorb better. This method also boosts collagen on its own. It works well for mild to moderate scars and improves overall skin texture.
Manual Injections:
PRP is injected directly into the skin, especially the deeper layers. This method is best for deep scars like ice pick scars. It allows:
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Targeted treatment for each scar
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Custom depth for different skin types
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More PRP exactly where it’s needed
Bottom line: For deeper or stubborn scars, manual injections are often more effective.
8) When Will I See Results from PRP?
PRP results take time and vary depending on your skin and scar severity. Here’s what to expect:
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2–6 weeks after each session: You may notice smoother skin and softer scars.
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After 3 sessions (spaced 4 weeks apart): Most people see noticeable improvement.
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Over several months: Skin continues to rebuild collagen, reducing scars and improving tone.
What studies show:
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Visible changes can start after the first treatment
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Scars improve more by the third session
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Skin becomes smoother, firmer, and more even over time
9) How Long Do PRP Results Last?
PRP results usually last 6 to 12 months, or even longer with:
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A series of 3 sessions (spaced about 4 weeks apart)
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Healthy skin (no active acne)
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Good aftercare and sun protection
In some cases, results can be permanent if acne is no longer active.
What patients report:
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40–50% less scar depth
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70% happier with how their skin looks
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Smoother, more even skin texture and tone
PRP is a long-lasting, natural way to improve acne scars, without harsh chemicals or a long recovery time.
10) Why a Holistic Approach Matters
Treating acne scars isn’t just about fixing the surface—it’s about healing from the inside out.
A holistic approach combines PRP therapy with other natural treatments like IV nutrient therapy, naturopathy, and acupuncture to help your skin heal and stay healthy.
Why it works:
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Targets root causes like inflammation, hormones, and detox issues
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Aims for long-term results, not just short-term fixes
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Boosts overall wellness and helps prevent future breakouts
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Supports your body’s natural healing process
By focusing on your whole body—not just your skin—you can get smoother skin and long-lasting results.
Ready to Take the First Step?
Call us at (416) 449-6747 to book a complimentary consultation with our PRP Nurse Specialist and discover how a holistic approach can transform your skin and well-being.
Reference
https://pubmed.ncbi.nlm.nih.gov/30479843/
https://www.bloodtransfusion.it/bt/article/view/536
https://www.hindawi.com/journals/drp/2010/893080/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4445894/
https://www.iranjd.ir/article_99617.html
https://onlinelibrary.wiley.com/doi/abs/10.1111/jocd.13331
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5749614/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8963193/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6260498/
https://www.iris.unina.it/handle/11588/482228
https://pubmed.ncbi.nlm.nih.gov/31241854/