ACell MicroMatrix 100mg, Fine Particulate
Part No.: 11MM0100F
Manufacturer: ACell
Country of Origin: USA
MicroMatrix by ACell is a cutting-edge extracellular matrix (ECM) scaffold that not only supports the body’s natural healing processes but has also shown remarkable effectiveness in addressing hair loss. Finely processed from animal urinary bladder matrix (UBM) into a versatile particulate form, MicroMatrix integrates seamlessly with the patient’s own biology to stimulate regeneration. In addition to its established applications in wound care and reconstructive surgery, clinical use has demonstrated significant results in treating hair fall and hereditary baldness in both men and women, making it a unique innovation that bridges regenerative medicine with aesthetic and dermatological care.
Features:
- Effective in treating hair loss and shows remarkable results in cases of hereditary baldness in both men and women.
- Extracellular Matrix Technology: Provides a scaffold that facilitates cell migration and promotes tissue regeneration by integrating with the patient’s natural healing mechanisms.
- Fine Particulate Form: Offers excellent adaptability for use in irregular wound geometries, ensuring effective coverage and integration.
- Supports Tissue Regeneration: Encourages the deposition of new tissues, aiding in the closure and healing of complex wounds.
Applications:
1-ACell MicroMatrix has proven to be very effective in the treatment of hair loss:
- It contains collagen, growth factors, and bioactive molecules that can help signal the body’s own stem cells to regenerate new tissues and improve the scalp environment for hair follicles.
- It helps repair damaged follicle structures and improve existing hair follicles.
2-Ideal for managing acute and chronic wounds, including diabetic ulcers, venous ulcers, pressure sores, and traumatic wounds.
3-Can be used in surgical settings for soft tissue reinforcement and as an adjunct in reconstructive procedures.
Advantages:
- Adaptability: Suited for complex wound surfaces and irregular geometries.
- Minimally Invasive: Allows for precise, localized application without significant disruption to surrounding tissues.
- Improved Outcomes: Promotes effective healing, reduces recovery time, and enhances tissue quality.
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