CLINICAL STANDARDS

PRP Safety & Protocols

Not all PRP is created equal. We utilize advanced closed-system kits and a strict double-spin methodology to ensure you receive the safest, highest-concentration growth factors possible.

Dr. Manali

Expert Insight by Dr. Manali

M.D. Dermatology | 6+ Years Experience

Platelet-Rich Plasma (PRP) is an incredible biological treatment for hair loss and skin rejuvenation, but its effectiveness relies entirely on how it is prepared. Many commercial salons and unregulated clinics offer cheap "vampire facials" using basic, single-spin lab centrifuges and open-air test tubes. This is dangerous. An open test tube exposed to room air risks bacterial contamination, which is then injected directly into your scalp or face, risking severe infection. Furthermore, a single spin yields "Platelet-Poor Plasma"—meaning you are paying for an injection that contains very few actual growth factors. At Gaur Skin Clinic, we treat PRP as a rigorous medical procedure, not a salon facial.

The "Double Spin" Difference

To extract the maximum amount of regenerative growth factors from your blood, we use a specialized Double-Spin Centrifugation protocol.

Spin 1: The Soft Spin

The first spin is a low-speed "soft spin" (typically lasting 5-10 minutes). The goal here is simple separation. It pushes the heavy, red blood cells (erythrocytes) to the bottom of the tube, leaving a mixture of plasma and platelets at the top. If a clinic stops here—which many do to save time—they are injecting a very weak, diluted solution.

Spin 2: The Hard Spin

We carefully extract only the plasma layer and transfer it to a new sterile tube for a second, high-speed "hard spin." This intense centrifugal force drives the microscopic platelets down to the very bottom, separating them from the useless, platelet-poor plasma (PPP) at the top. We discard the PPP, leaving behind a pure, highly concentrated "button" of platelets—often 5x to 7x your baseline concentration. This is true Platelet-Rich Plasma.

flowchart TD
    A["Blood Draw\n(Using closed sterile vacutainer)"] --> B["Spin 1: Soft Spin"]
    B --> C["Separates Red Blood Cells\nfrom Plasma"]
    C --> D["Plasma extracted\n(Contains diluted platelets)"]
    D --> E["Spin 2: Hard Spin"]
    E --> F["Forces platelets to the bottom\ncreating a highly concentrated layer"]
    F --> G["Discard useless PPP\n(Platelet-Poor Plasma)"]
    G --> H["Inject pure, 5x-7x concentrated PRP\ninto scalp or face"]
    
    style E fill:#fff5f5,stroke:#fc8181,stroke-width:2px
    style H fill:#f0fff4,stroke:#48bb78,stroke-width:2px

Closed-System Safety Standards

Because we are extracting your blood and injecting it back into your body, maintaining a perfectly sterile chain of custody is non-negotiable.

Protocol Why it Matters
Closed-System FDA-Approved Kits Your blood is drawn directly into a vacuum-sealed tube and never exposed to the open air of the room. This completely eliminates the risk of airborne bacterial contamination.
Medical Grade Centrifuge We use a specifically calibrated medical centrifuge, not a standard lab spinner. It maintains the exact G-force and angle required so the fragile platelets are concentrated without being physically crushed or destroyed.
No Additives (Pure Autologous) We do not mix your PRP with synthetic serums or unknown chemicals before injection. You receive 100% of your own biological growth factors, meaning the risk of an allergic reaction is absolute zero.
Doctor Advice

Dr. Manali's Advice

"If you are paying a surprisingly low price for a PRP session, ask the provider if they are doing a single or double spin, and ask to see the collection tubes. A cheap, single-spin procedure is ultimately a waste of your money, as you aren't getting the critical concentration of growth factors needed to actually stimulate hair follicles or collagen."

Frequently Asked Questions

Science-based answers from our dermatology team.

Why is a double-spin centrifugation protocol necessary for effective Platelet-Rich Plasma (PRP) therapy?

A double-spin centrifugation protocol is essential to isolate and concentrate platelets to therapeutic thresholds—typically 5x to 7x above baseline concentration. The first low-speed 'soft spin' gently separates dense red blood cells (erythrocytes) from the platelet-containing plasma. The isolated plasma then undergoes a second high-speed 'hard spin' that forces platelets down into a concentrated pellet, allowing the dilution-causing platelet-poor plasma (PPP) to be removed. Single-spin techniques frequently produce diluted plasma with inadequate concentrations of regenerative growth factors, resulting in poor clinical outcomes.

What are the clinical risks of undergoing PRP prepared with open test tubes or non-medical centrifuges?

Preparing PRP in non-sterile, open test tubes exposes drawn blood directly to ambient room air, creating a significant risk of bacterial contamination that can cause severe scalp, facial, or deep-tissue infections upon injection. Furthermore, non-medical or uncalibrated laboratory centrifuges lack precise control over relative centrifugal force (RCF/G-force) and bucket deceleration. Excessive or improper gravitational forces can mechanically crush or prematurely lyse fragile platelets, depleting vital growth factors before injection.

What constitutes a closed-system PRP kit, and why is it considered the medical safety gold standard?

A closed-system PRP kit utilizes sterile, vacuum-sealed collection tubes and specialized transfer ports that maintain a completely sealed pathway from blood draw to syringe loading. The blood and separated plasma are never exposed to the ambient environment, virtually eliminating the hazard of airborne pathogen entry or cross-contamination. This medical-grade closed system ensures strict asepsis, preserves platelet integrity, and meets clinical safety standards.

Are there risks of allergic reactions or rejection with pure autologous PRP?

Because clinical PRP is 100% autologous—prepared exclusively from the patient's own biological blood—there is no risk of allergic reaction, foreign-body response, or immunological rejection. Strict clinical safety protocols ensure that no synthetic chemicals or unverified additives are introduced into the platelet concentrate. Temporary post-procedure sensations such as mild pinpoint swelling, tightness, or tenderness at injection sites are expected physiological responses to needle entry and localized growth factor activation, typically resolving within 24 to 48 hours.

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