5 billion nanovesicles
Delivers concentrated cellular signaling instructions that instruct dermal cells to repair, rebuild, and produce youthful collagen.
State-of-the-art dual-phase lyophilised rose stem cell exosomes delivering 5 billion regenerative nanovesicles to dramatically accelerate post-treatment healing, calm rosacea, and rebuild dermal density.

ASCE+ SRLV is the premier, clinically validated exosome formulation in aesthetic medicine, combining 5 billion purified rose stem cell-derived nanovesicles with an intensive activator solution rich in hyaluronic acid, 10 concentrated growth factors, 30+ biomimetic peptides, tranexamic acid, madecassoside, niacinamide, and glutathione.
When delivered into the dermis via Laser-Assisted Drug Delivery (LADD) or medical micro-channelling, these microscopic nanovesicles (30–150 nm) penetrate cell membranes to act as biological catalysts. They deliver genetic messaging directly to senescent fibroblasts, triggering intense production of type I and type III collagen, elastin, and natural hyaluronic acid. Crucially, ASCE+ SRLV contains potent anti-inflammatory mediators that rapidly downregulate inflammatory cytokines (IL-6, TNF-alpha), extinguishing heat and redness following intensive procedures such as Asclepion Dermablate Erbium laser, CO2 resurfacing, or RF microneedling. Furthermore, the inclusion of tranexamic acid and glutathione gently targets melanocyte hyperactivity, brightening stubborn post-inflammatory hyperpigmentation (PIH) and melasma without rebound irritation.
Delivers concentrated cellular signaling instructions that instruct dermal cells to repair, rebuild, and produce youthful collagen.
Applied immediately after Erbium laser, CO2, or Morpheus8, it extinguishes inflammatory heat, reduces swelling, and prevents delayed healing.
Suppresses pro-inflammatory cytokines, stabilizing delicate capillaries and soothing chronic facial redness and reactive flushing.
Tranexamic acid and exosomal microRNAs gently regulate melanin production without triggering irritation or rebound hyperpigmentation.
Paired with a specialised 2-phase post-procedure balm containing 2.5 billion exosomes to protect and accelerate recovery at home.
Formulation mixing, depth calibration, and clinical monitoring are personally conducted by Dr Farzana Khan.
Patients often ask us about the following in everyday language:
Dr Farzana evaluates your skin barrier integrity, erythema patterns, and photodamage to select either standalone micro-channelling or post-laser infusion.
Laser-Assisted Drug Delivery (LADD) or medical microneedling creates micro-channels into the upper dermis, priming tissue for deep, needle-free absorption.
The 5 billion lyophilised rose stem cell exosome vial is freshly reconstituted with the intensive peptide-tranexamic acid diluent and massaged across the micro-channels.
Low-level LED light therapy is applied to accelerate cellular ATP production and calm immediate superficial warmth.
An ASCE+ soothing gel sheet mask is applied, followed by EvoCyte EXOBALM to seal the epidermal barrier and ensure accelerated home recovery.
Suitability is determined during your doctor-led consultation with Dr Farzana Khan, with custom pairing based on your primary skin goals.
Comparing cellular communication nanovesicles to DNA nucleotide biostimulators and standard vitamin skin boosters.
Treatments may not be suitable for everyone. Suitability is confirmed during a private medical consultation, including a review of your medical history, medications and goals. Side effects, alternatives and realistic outcomes are discussed openly. Results vary between individuals. This page is general information only, not medical advice.
Traditional skin boosters provide hyaluronic acid for superficial hydration, while polynucleotides provide DNA fragments for fibroblast priming. ASCE+ SRLV operates at a higher biological level: it delivers 5 billion purified rose stem cell nanovesicles packed with 10 growth factors, 30+ peptides, tranexamic acid, and madecassoside. These vesicles penetrate target cells to trigger endogenous collagen and elastin synthesis while rapidly extinguishing cellular inflammation.
Ablative treatments like Asclepion Dermablate Erbium laser or RF microneedling create controlled micro-thermal injury. Applying ASCE+ SRLV immediately afterwards rapidly quenches residual heat, speeds re-epithelialisation, halves downtime, and protects against post-inflammatory hyperpigmentation (PIH).
Yes. ASCE+ SRLV strongly downregulates pro-inflammatory cytokines such as IL-6 and TNF-alpha, soothing reactive flushing, capillary fragility, and redness associated with rosacea while reinforcing a compromised skin barrier.
The formulation includes tranexamic acid, glutathione, and melanin-regulating microRNAs. This combination inhibits tyrosinase activity and calms melanocyte overactivity, gradually brightening solar lentigines, melasma patches, and post-blemish discolouration without causing rebound irritation.
A standalone regenerative course typically involves 3 to 5 sessions spaced 3 to 4 weeks apart. When used as a post-laser or post-microneedling recovery accelerator, single applications are added to each laser session.
EvoCyte EXOBALM is an advanced post-procedure 2-phase home care balm containing 2.5 billion rose stem cell exosomes, tranexamic acid, and niacinamide. It forms a protective regenerative shield over treated skin to lock in moisture and accelerate daily healing.
Because exosomes are applied topically following gentle micro-channelling or laser delivery under topical numbing cream, the treatment is very comfortable. Downtime is minimal, with mild pinkness typically subsiding within 12 to 24 hours.
Because exosomes activate true cellular neocollagenesis and tissue repair, improvements in firmness, elasticity, and pore texture last for 6 to 12 months. Periodic maintenance sessions every 6 months preserve cellular health.
Patients can request a private consultation depending on clinic availability across:
Book a private consultation with Dr Farzana to discuss your concerns, suitability, treatment options, expected outcomes and aftercare.
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