Fabrication of biofilm for burns from tamanu oil and tea tree oil

In the medical and healthcare field, finding effective and natural solutions for burns and skin regeneration is always a top priority. Burn injuries can be difficult and painful for the patient, requiring reliable and safe treatments. Therefore, making biofilms for burns from tamanu oil and tea tree oil has emerged as a remarkable solution, carrying with it the revolutionary potential in supporting the natural healing process and minimizing the risk of injury. negative effects.

Tamanu oil and tea tree oil, two natural ingredients known for their beneficial properties in skin care and health, have been discovered and used since ancient times. The antimicrobial, anti-inflammatory, and skin-regenerating properties of both oils have attracted great interest from the medical and biotechnological research communities.

Thanks to its natural properties, perfect compatibility with the skin and no irritation, biofilm promises to open a new direction in the field of medicine and healthcare, while ensuring safety. and effective in supporting natural skin regeneration and healing, helping to reduce pain and speed up the recovery of burn patients.

1. The urgency of making biofilms for burns

Fabrication of biofilms for burns is an extremely pressing topic in the medical and healthcare fields. Burns are a serious problem and often cause damage to the skin and soft tissues, requiring effective treatment to ensure a quick recovery and reduce the risk of complications. Based on the special properties of tamanu oil and tea tree oil, the production of biofilm for burns offers many important benefits.

Biofilm is designed to help protect damaged skin, relieve pain and reduce the risk of infection. In particular, the biology of the membrane makes it perfectly compatible with the skin, non-irritating and adapts to the natural skin. This ensures that the burn film is capable of creating the best conditions for skin regeneration and helps the skin heal naturally.

Biofilm also offers convenience in use. With its flexible design, it can be easily placed on the injured area and keeps the burn environment moist, facilitating recovery. Furthermore, biofilm is replaceable, leaves no scars and reduces the risk of infection compared to traditional materials such as dressings.

Notably, the use of tamanu oil and tea tree oil in the burn film also helps to stimulate the skin’s natural healing process and minimizes the use of harmful chemical ingredients. This creates a safe and effective choice in the treatment of burns, while contributing to protecting the environment and reducing the negative impact on human health.

The combination of medical technology and natural ingredients has provided an effective, safe and environmentally friendly solution in supporting the healing process of burn patients, contributing to improving the quality of life. community life and health.

2. Overview of tamanu oil and tea tree oil

2.1. Tamanu oil

Tamanu oil is extracted from the fruit of the tamanu tree with the scientific name Calophyllum inophyllum. Tamanu oil has a green color, and contains Calophyllolide (with anti-inflammatory properties), so tamanu oil is often used for antiseptic, anti-inflammatory and also has many other effects such as treating acne, fungus. skin, treating sunburn and burns,…

See details: Tamanu oil

2.2. Tea tree oil

Tea tree oil is extracted from the tea tree tree whose scientific name is Melaleuca alternifolia, which is grown in Australia.
Tea tree oil has many components in which Eucalyptol (1.8 – Cineol) accounts for 23-65% and α-Terpineol accounts for 5-12% as the two main components. Tea tree oil has outstanding anti-inflammatory and antibacterial properties. Tea tree oil has been used for a long time for its antibacterial, anti-inflammatory, and wound healing properties.
Because of the benefits and safety of these two essential oils, scientists have studied a biological burn film from one membrane and two essential oils. Scientists used desiccated coconut water as a material for culturing the membrane-forming bacteria Acetobacter xylinum. This membrane will combine with tissue regenerative substances from tamanu oil and Australian tea tree oil, resulting in a product called Acetul membrane.

3. Studies related to the treatment of burns from tamanu oil and tea tree oil

3.1. Research on tamanu oil

In the journal Burn Research and Care published in June 2020, research on herbal products for the treatment of burn wounds has found the effect of tamanu essential oil in the treatment of burn wounds: Essential oils help Formation of epidermal structure at complete wound, thick, neatly arranged fibrous structure, and tamanu essential oil has antibacterial activity.
See document link here.

An October 2021 study by scientists on the wound healing ability of tamanu oil came to the following conclusion:
Using tamanu oil topically can help regulate inflammatory and cell proliferation phases, speeding up wound healing. Tamanu oil reduces the contraction of wound edges without slowing down the healing process, tamanu oil can also be beneficial for wounds such as extensive burns, wounds that do not want to shrink. During wound healing in rats, tamanu oil accelerated the formation of macrophage-fibrotic granulosa tissues and resulted in less wound shrinkage. This work presents part of the evidence for the traditional wound healing power of tamanu oil by demonstrating its effect on wound healing in rats and this may lead to the use of it in treatment.
See document link here.

3.2. Research from tea tree oil

In August 2022, in Egypt, Research on Nanolipogel combined with tea tree oil was published, the study showed that the nano fat molecular structure combined with tea tree oil has a synergistic effect in prevent secondary bacterial infection, eliminate free radicals and reduce inflammatory mediators, facilitate tissue healing. Lipid nanoparticles are further embedded in cellulose nanofiber gels for topical application as burn dressings. The results have demonstrated that the nano-formula designed with naturally derived ingredients has the ability to accelerate wound healing, encourage cell proliferation, promote better epithelial regeneration and have may be a promising method for burn management.
See document link here.

4. Efficacy and application of biofilm for burns

Acetul biofilm has been clinically applied in patients with superficial burns (voluntary), with very positive results. The patients all healed quickly, no itching or irritation, redness, blood and biochemistry were normal.
Currently, scientists are continuing to study biofilms for burns from other materials such as biofilms from bacterial cellulose impregnated with slow-release drugs and tamanu oil.

5. Potential for product development in the medical field

Biofilms have significant growth potential in the medical field, bringing new benefits and opportunities to the healthcare industry. Some of the potentials include:

• Effective burn treatment: Tamanu oil and tea tree oil biofilms have been shown to be effective in treating minor and severe burns. The skin’s natural healing ability and support for skin tissue regeneration make it a top choice in the treatment of burns.
• Post-surgery skin recovery: The product also has the potential to aid in skin recovery after dermatological surgeries, helping to minimize scarring and enhance skin regeneration.
• Damaged skin care: Biofilm can also be used in the care of skin damaged by environmental factors, assisting in the soothing and healing of injuries such as open wounds, abrasions, and mild skin damage.

6. Compare with traditional burn products

Biofilm from tamanu and tea tree oil is made entirely from natural ingredients, so it is benign and the membrane is lighter and thinner than those made from traditional polymers. Therefore, when applied to an open wound, it reduces pain for the patient. The membrane has a small pore size up to micrometers, so it prevents the penetration of bacteria very well, moreover, tamanu and tea tree have antibacterial, anti-inflammatory, reduce swelling and edema, so the wound will heal very quickly. .
The use of membranes is also very simple and convenient. Remove the film from the packaging, use and then remove the film from the wound when the wound has healed. The membrane has high stability, which has been used in clinical trials in phases 1 and 2 at the National Institute of Burns (Hanoi) with positive results, with an effect equivalent to silver nano-band – a type of film with high properties. Strong disinfectants are imported.

Hopefully the article “Fabrication of biofilm for burns from tamanu oil and tea tree oil” has brought a lot of useful information to you. To order pure tamanu essential oil, contact:

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