Description

What is Zombie Cell Cleanser?

Zombie Cell Cleanser | 3ml Pre-Mixed Pen is a stabilized formula combining 10mg of fisetin – a natural flavonoid with senolytic activity – and 30 billion exosomes derived from MUSE MSC stem cells. The formula is pre-mixed and distributed into 300 units, designed for research applications focused on eliminating senescent cells, enhancing tissue regeneration, and restoring cellular communication.

Senescent cells – also known as “zombie cells” – are metabolically active but non-functional cells that accumulate in the body with age and chronic inflammation. They secrete harmful signals (SASP) that damage surrounding tissues, suppress regeneration, and accelerate aging processes. Zombie Cell Cleanser is developed to target and eliminate these cells, while also providing regenerative support through exosomes carrying active RNAs, microRNAs, and proteins that assist in recovery processes.

What makes this formula unique?

Zombie Cell Cleanser combines two completely different yet synergistically acting molecules – fisetin, which exhibits senolytic effects on damaged and aging cells, and exosomes from MUSE MSC, which stimulate regeneration through intercellular communication reactivation. This makes the product particularly suitable for research models of cellular aging, post-injury recovery, and chronic inflammation.

Fisetin acts as a natural agent that clears damaged cells by inducing apoptosis (programmed cell death) in senescent cells without affecting healthy tissue. Studies show that it acts on pathways related to p53, p21, and BCL-2, helping restore tissue homeostasis and reduce systemic inflammation.

The exosomes in the formula are derived from MUSE MSC – a unique type of stem cell with both regenerative and anti-inflammatory profiles. These exosomes transport signaling molecules required to reactivate repair processes, improve microcirculation, stimulate neovascularization, and promote cellular differentiation.

Key Components and Mechanism of Action

Fisetin (10mg)

Fisetin is a polyphenolic flavonoid found in fruits like strawberries and apples, known for its powerful senolytic activity. Unlike many antioxidants, fisetin selectively eliminates damaged and non-functional cells by suppressing SASP (senescence-associated secretory phenotype), reducing inflammation, and restoring proper cellular signaling. Research shows that fisetin may improve cognitive function, support vascular elasticity, and reduce the risk of age-related chronic conditions.

Exosomes from MUSE MSC (30 Billion)

Exosomes are nanovesicles measuring 30–150 nm in diameter, carrying bioactive “cargo” of RNAs, proteins, and lipids specific to the donor cell. MUSE MSC cells are known for their unique ability to withstand cellular stress and directly differentiate into damaged tissues. Exosomes derived from them help restore intercellular communication, promote cellular migration, and reduce local inflammation, acting as highly precise biological signaling systems.

By combining cleansing and restorative functions, Zombie Cell Cleanser offers an innovative two-phase approach to addressing cellular aging—removing harmful cells and activating a new, functional tissue environment.

Synergistic Effect of the Formula

The formula of Zombie Cell Cleanser is designed to achieve a dual-phase effect:

1. Selective elimination of senescent cells (via fisetin) – which frees tissues from inflammatory and non-functional cells that block regeneration.
2. Molecular rebooting of tissue regulation (via MUSE MSC exosomes) – which “restore communication” between cells and activate natural regenerative signals.

This approach offers a unique model of biological cleansing and restoration, going far beyond the effects of traditional antioxidant or anti-inflammatory agents. The combination of selectivity, precision, and regenerative intelligence makes Zombie Cell Cleanser a unique tool in the context of modern senolytic biology.

Scientifically Supported Potential Benefits

The Zombie Cell Cleanser formula shows promising potential in modern research protocols aimed at improving cellular function and biological longevity. The combined senolytic and regenerative effects of fisetin and MUSE MSC exosomes may contribute to:

• Selective elimination of senescent cells – clearing tissues of non-functional and pro-inflammatory cells that hinder repair mechanisms and accelerate aging.
• Significant reduction in SASP mediators and low-grade chronic inflammation (“inflammaging”) – a condition linked to most degenerative diseases, including cardiometabolic, neurodegenerative, and autoimmune disorders.
• Improved cognitive function and neural protection – due to fisetin’s ability to cross the blood-brain barrier and reduce neuroinflammation, alongside the regenerative role of exosomes in nervous tissue.
• Stimulation of tissue regeneration and enhanced cellular migration – MUSE MSC-derived exosomes contain signaling molecules that promote restorative cascades, angiogenesis, and remodeling of damaged zones.
• Restoration of intercellular communication and functional homeostasis – by transferring regulatory RNAs and proteins that reestablish coordination between different cell populations in affected tissues.
• Increased metabolic flexibility and cellular resilience – through reduced oxidative stress, normalized energy metabolism, and creation of an environment that supports functional cell rejuvenation.

Dosage and Application in Research Protocols

Recommended research protocol: 20 units once daily for 30 days, followed by a 45–60 day break before starting the next cycle.

Total pen content: 300 units

Shake the pen gently for about 10–15 seconds before use within your research.In some products, you may notice fine visible particles in the solution — this is not a cause for concern.These particles are due to the fact that the molecules are encapsulated in a protective lipid or polymer coating, designed to provide stability, prevent degradation, and allow controlled release of the active substance.

Zombie Cell Cleanser is intended strictly for research purposes and stands out with its dual-phase mechanism—senolytic elimination and regenerative activation. Its precisely formulated combination of fisetin and MUSE MSC-derived exosomes positions it as an innovative tool in the fields of cellular detox, tissue homeostasis, and modern senolytic biology.

For laboratory purposes and personal observation only.