While several attempts at reducing AD severity have already been presented, mainly targeting symptomatic treatment, there is still no holistic therapy that can effectively reverse AD. For many scientists and pharmaceutical companies, there are several different treatment approaches like cholinesterase inhibitors, NMDA receptor antagonists, b-secretase inhibitors, c-secretase inhibitors, a-secretase stimulators, tau inhibitors, immunotherapy, nutraceuticals, and nanodrugs even though the more secure solution seems to be the early diagnosis of brain lesions, pathophysiological alterations and obvious the case of early and secure prediction. Music Neuroscience (biomusic) is a novel and newly defined cross-field, where artists-scientists are involved in biological sciences and adopt a new way of expressing genetic information and biological data or presenting the human body through art masterpieces or BioArt projects. In the case of biomusic, composers attempt to extract audio material using gene code, muscle and nerve movement, neurobiological data, fMRI results or electroencephalogram activity of the human brain, electrocardiogram, galvanic skin response, and respiration. Music can be composed as an alternative representation of biological data, a novel artistic project, or even a therapeutic method (DOI: 10.1007/978-981-13-9636-6_6). Therefore, our researchers have proposed a novel algorithm that randomly correlates amino acid sequences to musical instrument digital interface notes to produce sounds and compose music fully customizable and adjustable to different selections and pairing data with notes (DOI: 10.4172/0974-276X.1000492). The composed music targets the hundreds of millions of people related to an AD patient to raise awareness and increase the sensitization of the social bodies actively involved in managing the disease. Find below a demo of extracted audio files.
