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ANV
Treatement

ANV Treatement

Restore Your Hair with ANV+ Therapy

Jungezelle Clinic proudly offers Activated Nano Vesicles (ANV+), a patented product from the ANV+ series designed to promote natural and healthy hair growth. This innovative treatment focuses on four key aspects: accelerating hair growth, increasing hair thickness, reversing and delaying hair graying, and improving scalp vascularization. Together, these benefits effectively address hair loss issues.

Initial results are typically visible within 10 to 16 weeks, with full results achieved after 6 to 8 months. The effects of the treatment can last for years. Additionally, combining the ANV+ therapy with other treatments such as Minoxidil or hair transplantation can deliver exceptional results. For those considering hair transplantation, it is recommended to undergo ANV+ therapy first. This helps strengthen hair growth in the donor area, ensuring a more ideal outcome post-transplantation.

What are ANV ?

Activated Nano Vesicles (ANVs), also known as exosomes, are nanosized extracellular vesicles ranging from 30 to 100 nanometers in diameter. Due to their small size, they are easily absorbed and compatible with various cell types, facilitating regeneration and repair within the body. ANVs are rich in proteins that signal healing, modulate anti-inflammatory responses, and promote cell growth. They are a subset of extracellular vesicles that play a crucial role in intercellular communication and tissue regeneration.

Mesenchymal stem cells (MSCs) are a potent source of ANVs. These stem cells possess self-renewal and multidirectional differentiation capabilities, making them a focal point in regenerative medicine. ANVs derived from MSCs carry a diverse array of growth factors, cytokines, and genetic materials that contribute to their regenerative potential.

They facilitate cell-to-cell communication, thereby enhancing tissue repair and modulating immune responses. IXIN Research is actively exploring the applications of MSC-derived ANVs in therapeutic contexts. By harnessing the cell growth signals inherent in these vesicles, they aim to develop treatments that leverage the natural regenerative abilities of the body. The research focuses on understanding how these nano-sized vesicles can be utilized to promote healing and tissue regeneration effectively.

In summary, ANVs are emerging as a promising frontier in cell therapy, offering potential advancements in healing and tissue regeneration through their unique properties and functions.

ANVs Boost Hair Growth Naturally

The hair growth cycle is divided into three main phases: the anagen phase (growth phase), the catagen phase (degenerative phase), and the telogen phase (resting phase). After the growth period, hair enters the degenerative phase, during which cells stop dividing, hair follicles shrink, and the telogen phase begins. During this phase, the hair becomes loose and falls out naturally. The telogen phase lasts for about three months and accounts for 10%-15% of all hairs. Once the hair falls out, the follicles regenerate new hair, restarting the growth cycle.

However, when the scalp or hair follicles are in poor condition, healthy hair growth is disrupted, leading to an extended resting phase. Activated Nano Vesicles (ANVs), rich in potent cell growth signals, provide essential nutrients to the scalp and hair follicles. This revitalizes the follicles, shortens the resting phase, and promotes healthy hair growth.

5 Uniqueness of ANV+

ANV+ is produced in a Good Manufacturing Practice (GMP) certified laboratory by Ixin Research, an FDA-registered company. The product’s efficacy is supported by independent scientific research and proprietary patient studies. Ixin Research holds a patent for the extraction technology used in ANV+, ensuring a unique and effective formulation. Each ANV+ solution contains over 5 billion mesenchymal stem cell-derived nanovesicles. These nanovesicles are enriched with specifically activated growth factors, peptides, enzymes, matrix proteins, nucleic acids, and lipids, all of which contribute to tissue regeneration and cellular repair.