Is wound healing done with ascorbic acid? Find the answer to your question in our article. Ascorbic acid plays an important role in wound healing and healing process. Because it stimulates collagen synthesis. Adequate sources of ascorbic acid are essential for the normal course of treatment, especially in postoperative patients. It is suggested that ascorbic acid be used to synthesize collagen at the site of the wound and burn during the postoperative period. Therefore, administration of 500 mg to 1.0 g per day of ascorbic acid is recommended to accelerate the healing process.
Vitamin C, also known as ascorbic acid (AA), is involved in all stages of wound healing. In the inflammatory phase it is necessary for apoptosis and neutrophil clearance. During the reproductive phase, ascorbic acid contributes to the synthesis, maturation, secretion and degradation of collagen. Deficiencies affect the puberty stage by altering collagen production and scar formation. The body tries to maintain AA homeostasis, thus ensuring access to collagen synthesis. After wounding, AA levels and plasma tissue decrease, and as a result, supplements may be helpful in healing, although levels beyond saturation are excreted. Physicians should be aware of the nutritional status of patients with acute or chronic ulcers and the likelihood of their occurrence. Any AA deficiency that may hinder recovery.
There are other ways that ascorbic acid can keep skin healthy and young. Reduces oxidative damage from the sun or exposure to toxins, such as smoking. It also stimulates collagen and elastin and reduces the activity of melanocytes, which are the pigment-producing cells in our skin. Therefore, vitamin C is considered as a skin lightener.
We all want to look beautiful, and taking oral vitamin C can help, but clinically, healthy skin means a healthy body. Healthy skin means rapid wound healing. High levels of vitamin C in the skin greatly help heal wounds and minimize the formation of prominent scars.
Injuries caused by direct or indirect contact with thermal, chemical, electrical or radiation sources are called burns. In the medical sciences, the treatment of burn wounds is considered a major problem, and finding a drug or substance to heal these wounds with minimal side effects would be excellent. Increasing our knowledge of the molecular and cellular healing mechanisms of our skin tissues leads to the development of new therapeutic agents and tissue dressings. The main goal of wound care is to promote and heal wound healing through epithelialization. Today, different types of dressings are used to improve wound healing.
In burns, secretions and superficial tissues accumulate and keratinocyte migration is delayed.
Therefore, epithelial cell regeneration is also delayed. Cleansing is another method of burn care. Burned tissue is a non-living tissue that has no blood circulation. Hence, white blood cells, antibodies, and antibiotics cannot reach the site through the bloodstream and are therefore a good place for microorganisms to grow. Therefore, topical antibiotics should be used to control infection in these wounds.
Wound healing is well done with ascorbic acid. Vitamin C can strengthen the immune system’s defense mechanism to accelerate the healing process. Numerous evidences have shown the significant effects of vitamin C administration on wound healing as well as the local effects of vitamin C-containing fruits on burn wounds.
The results show that the topical solution of vitamin C has positive effects on necrotic tissue volume, epithelialization and granulation tissue and causes further improvement in the intervention areas. It can be argued that topical ascorbic acid is effective in accelerating wound healing.
Ascorbic acid plays an important role in collagen synthesis and thus wound healing.
Invasive conditions (surgery, infection, sepsis) can cause ascorbic acid deficiency.
Ascorbic acid should be measured in high-risk patients before or after surgery.
Supplementation of 1000 mg dd ascorbic acid greatly improves wound.
Ascorbic acid supplementation can reduce pain and greatly reduce the cost of wound healing.