(NaturalHealth365)  For centuries, people have mixed honey and vinegar and used it to treat various conditions.  Scientists now believe that the powerful combo can help heal bacterial infections that form in wounds.  This is especially important news since bacterial resistance is on the rise due to the overuse of conventional antibiotics prescribed by Western medicine.  Unfortunately, the information you’re about to read (below) is “surprising” to most people because of the efforts to censor this kind of information from the general public.

As we take a closer look: There is a biofilm that tightly adheres to infected skin – which often protects these infections.  According to a new study, combining manuka-based honey and acetic acid from vinegar has proven effective against biofilms, offering a powerful natural remedy for wound healing.

Study shows that you can naturally defeat bacterial resistance

The recent study offers a comprehensive exploration of the wound-healing properties of honey and vinegar, shedding light on their combined efficacy.  The research demonstrates that when used together, these ingredients work in synergy to disrupt biofilms and effectively eliminate the threat of bacterial resistance.

Compared to using acetic acid (vinegar’s active component) alone, the combination of medical-grade honey and acetic acid proved superior, showcasing the benefits of their sweet-and-sour partnership.  Historical practices of using honey and vinegar in dressings to reduce swelling find support in modern applications of oxymel (acid and honey), which have shown promise in treating foot ulcers and pressure wounds.  However, it is crucial to exercise caution and consult with a holistic doctor before using honey and vinegar in deep or severely infected wounds.

Additionally, a separate study conducted by the University of Warwick emphasizes the potential superiority of using raw, natural products over isolated active ingredients.  While doctors have utilized manuka honey to treat antibiotic-resistant infections, the researchers discovered that when vinegar is used in its entirety (whole vinegar) instead of solely relying on acetic acid, it exhibited greater antimicrobial activity, effectively killing more bacteria.

These research findings highlight the promising benefits of honey and vinegar combinations as natural remedies for wound healing and their potential to offer an alternative approach to combating bacterial infections that form in wounds.  This is great news for anyone concerned about bacterial resistance.

Other traditional remedies for wounds to promote healing and prevent infections

Indeed, there are several traditional remedies with potential benefits in preventing wound infections.  Here are some examples:

Aloe Vera: Known for its antimicrobial, anti-inflammatory, and skin tissue healing properties, aloe vera is often used to treat sunburns, acne, burns, and rashes.

Lavender Oil:  Lavender oil is believed to speed up wound healing and has both antimicrobial and antibacterial effects.

Marigold (Calendula):  Marigold possesses antimicrobial and anti-inflammatory properties, making it a popular choice for aiding wound healing.

Turmeric:  Curcumin, a compound found in turmeric, acts as an anti-inflammatory agent and is applied to help skin wounds heal.

Vitamin E:  When directly applied to the skin, vitamin E may help prevent tissue damage and support the healing process.

Opting for natural remedies and raw products can be an empowering way to take an active role in your health and support the healing process.  However, it is crucial to exercise caution and follow appropriate guidelines:

• Use natural remedies only for minor wounds and seek advice from a healthcare professional before applying them to your skin.
• While raw, natural products often offer health benefits and promote healing, it’s important to fully understand their potential implications before use.

It’s worth noting that oxymel, as mentioned earlier, has shown effectiveness in both historical and modern medical trials, highlighting its potential as a reliable remedy for wound healing.

Sources for this article include:

Microbiologysociety.org
Studyfinds.org
Healthline.com