Muhammad Anwar-ul- Haq
The valuable insects like Honey bees are produced a natural sweetener and full of nutritive constituent in the form of honey. Human beings have been used natural honey from many centuries for their medicinal and nutritional needs. Due to revolutionary change in the technology, the honey can be used as a carrier for nanoparticles. Recently, the various researchers across the globe have been working on the aspects of nanotechnology. Now it is opening up new drives for the application of nanotechnology in medicine, food, and other fields of life. The wound healing is a intricated and trenchant mechanism that needs an effective technique to promote the repairing and regenerating mechanism of the body tissues and tissues systems. Folk methodology of wound care treatments often falls short in addressing the difficult requirements of wound healing i.e it takes to prolong recovery times and to increase the high risk of infection and scarring. Recently, the ancient remedy of honey has gained renewed attention for its potential in wound care, treatments of its antimicrobial, anti-inflammatory, and antioxidant properties. However, the incorporation of nanotechnology in recent days has taken honey’s therapeutic potential to new heights. By harnessing the power of nanoparticles, nanotechnology-enhanced honey has emerged as a novel approach to wound healing, offering enhanced efficacy, targeted delivery, and improved patient outcomes. This new and advanced line is self-assured in transformative the wound caring field and providing new hope for those patients, who is suffering from chronic wounds and other skin-related disorders. Actually, this radical approach to wound healing is changing face of modern fields of medicine. Honey-nanoparticle technique is a novel treatment that combines the ancient wisdom of honey with the cutting-edge technology of nanoparticles science. But it is a natural therapy that has been used for many centuries to promote healing of wound healing. Honey always has been used for its germicidal, anti-swelling, and antioxidant properties, making it a popular natural medication for wound care of animal tissues. It is a new height in the field of medicine due to induction of nanotechnology branch of modern science. Honey based nanoparticles can be designed the target specific aspects of wound healing process and reducing the risk of side effects with improving treatment outcomes. It also even helped to break down the dead tissue of the effected body parts. Numerous benefits were introduced of honey based nano particles. Like it helped in improving the efficiency level, targeted delivery, and increased patient compliance. Moreover, it is making to easier for patients to adhere to treatment regimens. The silver, gold, or zinc oxide based-nanoparticles can be designed to achieve the specific target effects for the healing process of wounds. These particles can combat the bacterial and fungal infections in efficient ways and to reduce the risk of wound complications in the patients. The particles can also help to reduce inflammation by promoting a more conducive environment in the healing sites of wounds. Because free radicles help to neutralize the reducing oxidative stress and promoting tissue repair. The removal of debris materials produced by the bacterial activity by the help of these nanoparticles. Finally, it is concluded that the honey based- nanotechnology represents a novel approach for the healing mechanism of wounds of body and that is changing the face of modern medicine. Due to introducing and using new nano-technology approaches, can improve the health of millions of people around the world. Further research is needed to fully explore the potential of this innovative treatment approach.
The Author is M. Phil. Scholar in Zoology Department of Zoology Emersion University Multan
