Red light therapy (RLT) is a treatment that may aid in the healing of skin, muscle tissue, and other body components. It exposes you to red or near-infrared light at modest intensities. Infrared light is a sort of energy that your eyes cannot see but which your body perceives as heat. Red light is comparable to infrared light, however it is visible.
Hair loss is a common occurrence. In one research, men and women with androgenetic alopecia (a hereditary condition that causes hair loss) gained thicker hair after using an at-home RLT device for 24 weeks. The outcomes were not the same for those who utilized a bogus RLT gadget in the trial.
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What's red light therapy? Red light therapy before and after
Low-level laser treatment (LLLT), low-power laser therapy (LPLT), and photobiomodulation are all terms for red light therapy (PBM).
What Is Red Light Therapy and How Does It Work?
Red light treatment involves exposing your skin to a red-light bulb, gadget, or laser. Mitochondria, also known as the "power generators" of your cells, absorb it and use it to produce additional energy. This, according to some scientists, helps cells repair themselves and grow healthier. This promotes skin and muscular tissue repair.
The skin is not injured or burned by red light treatment since it employs very low amounts of heat. It is not the same sort of light used in tanning salons, and it does not expose your skin to UV rays that are harmful to your skin.
What Is It Used For?
Red light treatment has been studied for a long time. However, there aren't many research on it, and no one knows if it's better than other sorts of healing treatments. The use of red light therapy may be beneficial in the following situations:
Dementia. People with dementia who received near-infrared light treatment on their heads and via their nostrils on a daily basis for 12 weeks had improved memory, slept better, and were less irritable.
Pain in the teeth. People with temporomandibular dysfunction syndrome (TMD) experienced decreased discomfort, clicking, and jaw soreness after receiving red light treatment, according to another small study.
Osteoarthritis. According to one research, red and infrared light treatment reduced osteoarthritis-related pain by more than half.
Tendinitis. RLT appears to reduce inflammation and discomfort in persons with Achilles tendonitis, according to a small trial of seven participants.
Wrinkles and other symptoms of aging and damage to the skin. RLT has been shown in studies to aid with wrinkles and skin smoothing. RLT can also assist with acne scars, burns, and sun damage indications.
Even though experts aren't clear how or why red light treatment works, it's usually thought to be safe. There are also no hard and fast guidelines on how much light to use. Too much light can harm skin tissue, while too little can make it less effective.
What Is Red Light Therapy and Where Can You Get It?
At most cases, it's done in a doctor's office. Some salons and dentistry clinics, however, do it as well. You may also purchase a red light treatment gadget on your own. Side effects and injuries are more likely to occur with salon and at-home treatments. If you're considering red light treatment, see your doctor first.
Chickenpox, also known as fowlpox, is a highly contagious viral disease that primarily affects poultry. It is most prevalent in the northern regions between August and October, when mosquito populations are at their peak. These biting insects play a key role in spreading the virus, making the disease more severe among affected birds. The fowlpox virus can be found in high concentrations in the skin and mucous membrane lesions of infected chickens. Notably, this virus is highly resistant to environmental conditions, surviving for months in dry settings. However, it is easily inactivated by common disinfectants, such as those with acidic or alkaline properties.
Chickens of all ages are vulnerable to this disease, but young and growing birds are particularly susceptible, leading to significant economic losses. The primary entry points for the virus include damaged skin and mucous membranes. Factors such as mosquito bites, aggressive behavior between chickens, overcrowding, poor hygiene, parasites, vitamin deficiencies, and sudden changes in feed can all contribute to the outbreak of fowlpox.
Clinically, the disease is categorized into three types: skin type, mucous type, and mixed type. In the skin type, characteristic gray or yellowish nodules appear on areas like the comb, wattles, eyelids, and other hairless regions. These nodules eventually dry up and turn dark brown, forming scabs that may last 3 to 4 weeks, leaving behind faint scars. The mucous type affects the mouth, throat, esophagus, and trachea, where small yellow-white nodules develop and merge into a cheesy-like pseudomembrane. The mixed type exhibits symptoms from both categories.
While the skin type often doesn't cause systemic illness, broken skin can lead to secondary bacterial infections, such as staphylococcus or E. coli, which can cause blindness if the eyelids are affected. The mucous type is more dangerous, as the thickened pseudomembrane can obstruct breathing and swallowing. In severe cases, large pieces of the pseudomembrane can block the trachea, leading to suffocation.
Fowlpox spreads quickly, and treatment is limited. Antiviral medications may offer some relief, while antibiotics are used to prevent secondary bacterial infections. For mucous-type cases with breathing difficulties, checking the throat for pseudomembrane blockage is crucial. If present, the membrane can be removed using a hook or probe, followed by the application of an antibiotic solution.
Vaccination is the most effective preventive measure. Cross-protection exists between different poxviruses, and domestic vaccines have proven to be highly effective. Typically, the first vaccination is given to chicks between 10 to 15 days old during July to October, with a second dose around 100 days of age. In other months, the first vaccination is administered at 30 to 35 days, and the second at 100 to 120 days.
Proper vaccination technique is essential. The correct method involves using a vaccine needle to draw the vaccine, then puncturing the wing's hairless and non-vascular area at a 30-degree angle. After piercing the skin, the needle should be rotated 90 degrees, and two pokes are made in succession. Many farmers mistakenly use vertical or double-puncture methods, or mix vaccines, leading to ineffective immunity. Checking for scab formation 3 to 5 days post-vaccination is important. If no reaction is observed, the bird should be re-vaccinated.