RegenaGlow
Exo BAP

RegenaGlow Exo: harnessing exosomes for deep repair and the luminous “glass-skin” finish of balanced hydration

by SK | Beauty Jumpstart | October 2025

Treatment Type: BAP Technique

RegenaGlow Exo BAP combines high-purity human-derived exosomes with non-crosslinked hyaluronic acid to deliver deep dermal regeneration and long-lasting hydration. Applied using the Bio-Aesthetic Point (BAP) method, this formula rejuvenates cellular signaling, supports collagen renewal, and restores the smooth, luminous appearance of balanced, well-hydrated skin.

Why It Works

Exosomes function as biological messengers that coordinate cell-to-cell repair and regeneration, stimulating fibroblasts and calming post-inflammatory stress. When paired with hyaluronic acid, which binds moisture and improves tissue diffusion, the exosomes can distribute more evenly through the dermal network. Delivered by the BAP technique, the blend reaches the high-vascular zones that maximize diffusion without over-traumatizing the skin, resulting in uniform glow and elasticity improvement.

Choosing An Exosome Base

The most effective formulations for this blend are Dermagen EXOSIA and Filcore ExoHealer P198, both of which contain human umbilical-cord-derived exosomes from Cell Bio Science’s USC1994-CMT platform. Both brands provide ultra-purified, high-count vesicles suitable for mixing with sterile HA carriers.

Only the lyophilized exosome vial is required for this recipe; omit the activator solution.

Choosing an HA Base

The carrier used to reconstitute exosomes determines how evenly the particles diffuse through the dermis and how the skin feels afterward. A thin, non-crosslinked hyaluronic acid (HA) or PN/PDRN + HA booster provides the ideal texture for even diffusion, stable suspension, and deep hydration without damaging exosomes during mixing.

Best Choices:

HA Only: Hyaron – classic non-crosslinked HA (10 mg/mL); highly stable, sterile, and perfectly suited for exosome blending.
PN + HA: Youthfill PN, Dermagen Cindella Healer, Pure Pro PN, Jeunetique Pro PN – PN has strong regenerative potential.
PDRN + HA: Kiara Reju, Lusciderm PDRN+ – PDRN for healing.

All of these are sold in syringe format with a volume between 2.0-2.5mL. The ideal base should resemble a watery serum—thin enough to pass easily through a 32 G × 4 mm needle, yet cohesive enough to hold the exosome suspension evenly within the dermis.

Mixing Ratio and Preparation

Reconstitute one vial of lyophilized exosomes directly with the HA base instead of saline or activator. This forms the base regenerative solution.
(Optional) Add 2 mL of a PDRN solution such as Revitalex or New-DN for additional healing and anti-inflammatory support.
This yields enough product for two BAP zones (for example, face + neck).
The exosome vial is large enough to hold up to 5mL of liquid, so both HA Base and PDRN should fit.
Gently swirl the vial until the powder is completely dissolved. Avoid vigorous shaking; exosomes are delicate and shear-sensitive.
Once fully mixed, draw the solution back into the original HA Base syringe.
Note: You may notice that you have less solution than you started with. I don't pretend to understand how this works, but it seems common to "lose" liquid volume when reconstituting exosomes (something about non-Newtonian gels with sticky, high-surface-tension fluids that cling to every contact point). If this happens, you can either add additional saline, HA, or Revitalex to make up for it, or simply adjust down the amount you place in each BAP point.
Attach a 30G × 4mm or similar injection needle. Alternatively, you can use a 13mm length needle if you need to twist for better angles.
If PDRN was added and the total volume exceeds one syringe, either:

Divide the solution evenly into two sterile syringes (one for each area), or
Draw up half the mixture for the face, then reload the remaining half for the neck, always changing the needle tip between zones.

The finished blend should appear clear to slightly opalescent, smooth, and fluid—easy to express without pressure but cohesive enough to stay within the dermal layer during injection.

Most exosome vials are designed to be reconstituted with approximately 5 mL of saline for standard clinical use. When reconstituted instead with a 2–2.5 mL HA Base, the result is a more concentrated, double-strength solution. This higher exosome density is still fully safe; it enhances regenerative signaling and visible radiance but also makes the formula slightly richer in texture. Because the viscosity remains low, it still flows easily through a 32 G × 4 mm needle and diffuses evenly with the BAP technique. If 2 mL of Revitalex PDRN (or a similar thin PDRN solution) is added to the mix, the total volume returns to roughly standard clinical strength, maintaining normal exosome concentration while adding extra healing and anti-inflammatory benefits.

Application Guidelines

Technique: BAP (Bio-Aesthetic Point) method
Depth: Generally 2–2.5 mm within the upper-to-mid dermis; may extend slightly deeper (up to ≈ 4 mm) in thicker areas such as the cheeks and jawline, where dermal tissue is denser. Avoid deep placement near the temples, chin, or perioral region, where the skin is thinner and vascular structures are more superficial.

In the neck, the skin is flexible and mobile, so use the pinch technique to gently lift the tissue away from underlying structures before injecting. Keep the angle shallow and the pressure light—just enough to create a smooth, low bleb that settles flat within a few minutes.

Volume: 0.2 – 0.25 mL per point (10 points per area)
Areas: Face and/or neck

(Optional) After completing the BAP injections, a vial of EXOSIA or P198 Activator Solution can be microneedled over the top for an all-over luminosity boost.

Spread a thin layer across the treated zones, then microneedle lightly at 0.25–0.75 mm using a fresh cartridge or separate device. This shallow pass helps the exosomes and hyaluronic acid diffuse uniformly across the epidermal and superficial dermal layers, promoting even hydration and radiance.
Because the BAP deposits sit deeper in the upper-to-mid dermis (2–2.5 mm), this light surface microneedling does not disturb or “pull through” the deeper injections. Instead, it works above them, sealing the treatment with a smoothing, glass-skin finish while leaving the regenerative layer intact.
Move gently and avoid excessive overlap—this step is meant for surface integration, not further collagen induction. If the skin already appears plump and hydrated from the BAP phase, this enhancement can be skipped.

Tips and Timing

Use the mixture within 24 hours — exosomes degrade rapidly once hydrated.
Avoid adding acids or other bioactive ingredients; exosomes are pH-sensitive and fragile.
Typically performed once per month or after energy-based procedures ( laser, BBL, RF ) to accelerate healing and restore radiance.

Adapting RegenaGlow Exo for Iniblanc/Gouri Technique

RegenaGlow Exo can also be delivered using the Iniblanc or Gouri method - they are the same thing. It's a deep-dermal (≈3.0–3.5 mm) five-point technique that similar to the BAP pattern but targets firmer tissue remodeling rather than hydration. Each deposit (≈0.2–0.25 mL) is placed slightly deeper and more posterior, supporting collagen and elasticity. Because the formula is thin and non-crosslinked, it diffuses smoothly at this level without clumping or surface irregularity.

Unlike the traditional BAP technique, which intentionally avoids the forehead and perioral zones to minimize vascular risk when using HA-rich products, the Inblanc/Gouri method expands coverage to include the forehead, temples, and lateral cheek zones. This allows RegenaGlow Exo to reach more photodamaged and metabolically active areas—precisely where exosomes deliver the most visible rejuvenation. Because RegenaGlow Exo is a non-filler, low-viscosity biological solution, it carries none of the embolic or nodular risk associated with dense HA gels. That makes it safe for the forehead plane, where skin is thinner and diffusion pathways are tighter.

The result is more even regeneration and glow across the full face, including the high-light zones that catch reflection (forehead, temples, upper cheeks).