https://www.selleckchem.com/products/pterostilbene.html Lipids form an integral, structural, and functional part of all life forms. They play a significant role in various cellular processes such as membrane fusion, fission, endocytosis, protein trafficking, and protein functions. Interestingly, recent studies have revealed their more impactful and critical involvement in infectious diseases, starting with the manipulation of the host membrane to facilitate pathogenic entry. Thereafter, pathogens recruit specific host lipids for the maintenance of favorable intracellular niche to augment their survival and proliferation. In this review, we showcase the lipid-mediated host pathogen interplay in context of life-threatening viral and bacterial diseases including the recent SARS-CoV-2 infection. We evaluate the emergent lipid-centric approaches adopted by these pathogens, while delineating the alterations in the composition and organization of the cell membrane within the host, as well as the pathogen. Lastly, crucial nexus points in their interaction landscape for therapeutic interventions are identified. Lipids act as critical determinants of bacterial and viral pathogenesis by altering the host cell membrane structure and functions.Tumors of the larynx can substantially impair vocal function, breathing and also swallowing. The primary goal of reconstructive surgical treatment of laryngeal tumors is to sufficiently resect the tumor while minimizing the effects of the treatment on the voice, breathing and swallowing. In general, primary reconstructions in primary laryngeal surgery have many advantages. The tissue at this point in time is soft because the scarring process has not yet been initiated. A better prerequisite for a sufficient glottic closure can also be expected through the immediate adjustment of the volume of the vocal folds; however, reconstructive treatment can also be carried out secondarily. Different methods of reconstructive surgery for laryngeal car