Thermal burns are burns due to external heat sources that raises skin and tissue temperature causing tissue cell death or charring. Flame is the most common type of burn. Inhalation injury is found in 30% of victims of major flame burns.
Chemical burns are due to strong acids, alkalis, detergents or solvents coming into contact with the skin. Tissues are damaged by protein coagulation or liquefaction rather than hyperthermic activity.
Electrical burns are due to electrical current or lightning coming in contact with the body.
First degree burns or superficial burns appears similar to sunburn that is painful, dry, swollen, erythematous without blisters and involves only the epidermis.
Second degree burns or partial-thickness burns has appearance of moist blebs, formation of vesicle and blister; underlying tissue is mottled pink and white with good capillary refill; this involves the entire epidermis and a variable portion of the dermal layer.
Third degree burns or full-thickness burns appears dry, leathery eschar, mixed white waxy, khaki, mahogany and soot stained. It involves the entire epidermis and dermis, leaving no residual epidermis cells, may include fat, subcutaneous tissue, fascia, muscle and bone.
Every-two-month injections of the long-acting cabotegravir + rilpivirine were noninferior to once-monthly injections for virologic suppression at 48 weeks in people living with HIV*, according to the ATLAS-2M** study presented at CROI 2020 — thus providing a potential option with more convenient dosing.
Sustained use of lopinavir-combined regimen appears to confer benefits among patients with the novel coronavirus disease (COVID-19), with improvement possibly indicated by increasing eosinophils, suggests a recent study.
COVID-19 is a novel disease, with no existing immunity. The virus can be transmitted from person to person, quickly and exponentially. Here’s what we can do to slow down the spread, if not contain the outbreak.