“Studying the Frequency and Intensity of Audio Waves on the accumulation of Alfassinoclein Proteins, Albumin and Lensozim” is the title of a plan made by Perinaz Lord Fard in the form of a doctoral dissertation under the guidance of Bahram Goliai and with the support of the National Iranian Science Foundation.
According to RCO News Agency, Parinaz Lord Fard explained: “Our attention in this study is to understand the direct effects of sound waves on proteins, especially the relocation of acoustic energy to these molecules and the connection between frequency and voice intensity and the accumulation of effective proteins in cognitive processes.”
He added: “The purpose of this study was to provide theory based on the relationship between frequency and voice intensity and protein size, which was investigated by conducting practical studies of sound effect on protein accumulation, including proteins involved in neurodegrades.”
The researcher said: “In order to examine the physical effects of the audio wave collision on protein, we will examine the relationships governing this process and try to analyze the effect of parameters such as frequency and voice intensity and protein size by using physics formulas in relation to sound waves.”
He pointed out: Understanding the theory of sound effect on proteins and presenting a model about the relationship between physical voice parameters and protein size was one of the goals of this project.
According to the public relations of the National Science Foundation of Iran (Insf), Lord Fard said at the end: In this study, we also sought to empirically understand the physical effects of ultrasound on the accumulation of proteins, including lymph and albumin proteins, which fortunately came true.
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