Scientists have been researching senescent cells and how they work in some mammals who completely regenerate organs and live forever. These cells are the key for aging related diseases and as well contribute to anti aging if properly handled. Whereas, these scientists created a platform for selectively removing aging senescent cells without harming normal healthy cells. Thus, they have achieved a significant breakthrough in the treatment of age-related diseases comprehensively. This groundbreaking development is poised to redefine the future of health care and usher in a new era of targeted therapeutic interventions. This team designed organic molecules that selectively target receptors overexpressed in the membranes of aging cells. By leveraging the higher levels of reactive oxygen species (ROS) found in aging cells, these molecules promote the formation of disulfide bonds and create oligomers that bind together. Through self-assembly of these oligomers, the researchers successfully created artificial proteins with a stable α-helix secondary structure. These protein-like nano-assemblies exhibited strong binding affinity to the mitochondrial membranes of aging cells, leading to membrane disruption and subsequent cell self-destruction. By removing these aging senescent cells, one can define healthy aging and most probably anti-aging in the future. #healthcarecosts #healthyaging #senescentcells #diseasecomprehension