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Wound Healing and Tissue Regeneration

Mykito Chitosan is the purest Non-Animal chitosan in the world. This chitosan does not have the betaglucans, heavy metals and other contaminants that are commonly found in chitosan. The Mykito technology is robust, repeatable and produces 

consistent results.

Surgical sutures and Staples

Surgical site infections caused by bacteria and fungi pose significant challenges to wound healing. Incorporating chitosan into surgical sutures and staples leverages its antimicrobial properties to reduce infection and inhibit biofilm formation. Additionally, chitosan promotes collagen deposition and blood vessel regeneration, supporting more efficient wound healing. [Chen,Prabha].

Close-up of a surgical needle and thread held by forceps, with blurred surgical instruments in the background.
A gloved hand applies Mykito ointment, enriched with chitosan, to a bruised and scratched area on the heel of a person's foot.

Lacerations

ChatGPT said:

Chitosan, whether used alone or combined with growth factors and other biomolecules, can accelerate the natural wound healing process. Its incorporation into dressings promotes faster wound contraction and closure, as well as enhanced epithelialization and tissue regeneration.[Dai,Obara].

A healthcare worker wearing a surgical cap and mask looks down, surrounded by blue surgical drapes

Biocompatibility

Chitosan’s biocompatibility and biodegradability make it an ideal non-toxic, temporary material for supporting wound healing. It promotes tissue regeneration, helps prevent infections, and is gradually and safely metabolized by the body. [Dai,Jayankumar].

Burns and Trauma

Chitosan and its derivatives can aid in the prevention and treatment of infections in burn wounds while enhancing the regenerative process [Dai,Sanchez-Machado]. Its control over the physiological environment of wounds allows it to be an effective adjuvant for burn wounds of various thicknesses. It may also be used to deliver a stable source of growth factors and antimicrobial drugs to further assist the healing.

A close-up of a healing wound with a scab and surrounding redness on skin, partially covered by a piece of white gauze dressing enhanced with chitosan for improved protection.

Hemostasis

Chitosan-based wound dressings are highly effective for controlling bleeding, particularly in patients on anticoagulants. They can be used for both minor wounds and severe hemorrhages in emergency situations. Chitosan promotes platelet adhesion and helps activate the coagulation cascade, rapidly slowing or stopping bleeding. [Stricker-Krongrad,Sanjanwala,Wang].

A close-up, detailed view of multiple red blood cells floating and overlapping in a fluid environment
Digital illustration showing a close-up of rod-shaped bacteria against a dark background

Antimicrobial Activity

Chitosan’s antimicrobial properties can be effectively applied in wound dressings, creams, and ointments. On its own, chitosan acts as a potent bactericide to support wound healing, and when combined with other antimicrobials such as silver, it enhances the elimination of pathogens like bacteria and fungi [Matica,Ong]. This synergistic approach can eradicate over 99.99% of common bacteria, including P. aeruginosa and S. aureus.

Absorbent Properties

Chitosan-based dressings are highly effective at absorbing water and excess fluid from wounds. By managing moisture levels, they help prevent maceration and create a clean, optimized environment that promotes efficient healing. [Verma,Elangwe].

Four pieces of white medical gauze, including folded pads and a Mykito chitosan-infused rolled bandage, are arranged on a plain white background.
Close-up of a healed, raised scar on human skin, showing textured and slightly discolored tissue with fine hairs visible—potentially treated with Chitosan for improved appearance.

Reduced Scarring

Incorporating chitosan into dressings can also impact scar formation. Whether used alone or combined with other biomolecules, chitosan can modulate local physiological processes and protein synthesis, helping to reduce the development of hypertrophic scars. [Zhang,Anjum].

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