31 Kawasaki‐like eruptions caused by COVID‐19 in children are thought to have a vascular origin, 32 which can be misdiagnosed as dengue virus‐induced eruptions in endemic regions. 30 The same lesions are in the form of polyarteritis nodosa associated with hepatitis B infection. They are sometimes accompanied by necrotic lesions and can be diffusely distributed in the intertriginous areas or localized peripherally. This cutaneous manifestation is usually due to vasculitic changes resulting from direct endothelial lesions or exaggerated inflammatory reactions. 23 It is believed that some papulovesicular eruptions of COVID‐19 may be the “pseudo‐herpetic” variant of Grover's disease. 22 Some studies have included Grover's disease in the category of papulovesicular eruptions associated with COVID‐19. 21 The lesions are usually non‐pruritic, do not leave scars and are self‐limiting. However, as the VZV can also be superimposed on pre‐existing COVID‐19, 20 performing a Tzanck smear or polymerase chain reaction (PCR) of the vesicle fluid may be beneficial in excluding herpesviruses as the inciting factor. 19 These eruptions are also known as “varicella‐like” eruptions because of their morphology and common characteristics common to the varicella‐zoster virus (VZV). 18 Affecting about 29.4% of the patients, their duration can range from a few days up to 2 weeks, and they mainly occur in the context of moderate to severe COVID‐19. These lesions can differ from diffuse polymorphic eruptions to a localized monomorphic pattern, usually on the chest, upper abdomen, or back. Furthermore, frequent hand washing and the use of disinfectants, such as alcohol solutions, can lead to allergic contact dermatitis (ACD). Besides this, allergic dermatitis induced by hypersensitivity to masks materials, pompholyx such as blisters due to latex gloves, folliculitis resulting from heat stress, dehydration induced by long hours of gowns wear, and fungal infections of the lower limbs due to humidity insulted by protective boots can all be induced by PPEs. 7 PPEs, such as N95 masks, goggles, and face shields, can cause mechanical damage primarily to the facial skin. Virus‐induced skin eruptions are either direct or indirect effects of the infection 5 or the result of drug hypersensitivity, 6 while non‐virus‐ related skin damage can be caused either by personal protective equipment (PPE) or disinfectants. In general, dermatological complications associated with COVID‐19 may be caused directly by severe acute respiratory syndrome coronavirus‐2 (SARS‐CoV‐2) infection or occur due to preventative measures applied in this pandemic. A summary of multiorgan complications of COVID‐19
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