COVID vaccine‐induced reaction around molluscum contagiosum with secondary partial clearance of lesions

reaction, although rare in Type 2 reaction. However, the neural damage in Type 2 reaction requires several reactive episodes as the pathomechanism involving the damage in Type 2 reaction is a conduction block due to acute oedema, whereas the damage in Type 1 reaction is due to chronic demyelination. In our case, acute foot drop seen in patient had a temporal association with vaccine as it was seen few days after the second dose of Covid-19 vaccine. Neurological complications following Covid-19 vaccination has been documented in recent literature which is mentioned in Table 1. In this current Covid-19 pandemic and with global vaccination drive going on worldwide, it is critically important for clinicians to timely diagnose any neurological complications and other side-effects related to Covid-19 vaccination as there are very few literature suggesting the same. The trigger of Type 2 Lepra reaction should also be kept in mind in such patients presenting with acute manifestations following Covid-19 vaccination. Large real world clinical studies can help to establish this association.