More than 60% of all current drug targets are membrane proteins.Structural and functional studies of membrane proteins as part of drug discovery efforts are however limited by their poor stability outside the native membrane environment.We present the novel lipoprotein nanomembrane system (Salipro) that allows for the reconstitution of membrane proteins into a lipid environment.The Salipro system also enables a direct membrane extraction of the target protein from the membrane while retaining its functionality, fold and native lipid environment.Various classes of membrane proteins can be integrated into the lipid Salipro nanoparticles: ion channels, transporters, enzymes, receptors and GPCRs.Several studies highlight the applicability of the Salipro system also for NMR and SAXS as well as high resolution cryo-EM.In addition, the technol. allows for indirect labeling of the membrane protein target with tags and fluorophores on the Salipro scaffold protein, enabling drug target discovery using MST or SPR or other biophys. technologies.Working in an entirely detergent-free environment with targets retaining their functionality and fold by the Salipro approach, enables novel screening approaches for drug discovery of viral, human and bacterial targets.