Medicine and Art Medicine and Art Медицина и Искусство 2949-2165 115508 10.60042/2949-2165-2026-4-1-70-98 ОРИГИНАЛЬНЫЕ СТАТЬИ ORIGINAL ARTICLES ОРИГИНАЛЬНЫЕ СТАТЬИ PROSPECTS FOR APPLYING OF MEDICAL BIOACOUSTICS IN THE SPHERE OF ONCOLOGY ПЕРСПЕКТИВЫ ПРИМЕНЕНИЯ МЕДИЦИНСКОЙ БИОАКУСТИКИ В ОБЛАСТИ ОНКОЛОГИИ https://orcid.org/0000-0003-0945-7704 Шушарджан Сергей Ваганович Shushardzhan Sergey Vaganovich medart777@yandex.ru

доктор медицинских наук;

doctor of medical sciences;

 Академия медицинской реабилитации,клинической психологии и музыкотерапии Москва Россия Academy of Medical Rehabilitation, Clinical Psychology and Music Therapy Moscow Russian Federation 22 02 2026 22 02 2026 4 1 70 98 22 02 2026 https://medicine-art.ru/en/nauka/article/115508/view

Около тридцати лет назад мы провели первые эксперименты по изучению влияния музыки на жизнедеятельность клеток вне организма. Тогда трудно было представить, что эти исследования положат начало новому научному направлению — клеточной акустике, которое имеет сегодня последователей во многих странах мира. Выявлено, что клетки не только реагируют на акустические стимулы, но и могут звучать сами. В этих процессах участвуют мембраны, органеллы и даже молекулы клеток. Установлено влияние звуков слышимого спектра на рост, иммунную систему, активность ферментов и генетических структур у микроорганизмов, растений, животных и человека. Особый интерес вызывают эксперименты с опухолевыми клетками, где в целом ряде случаев после биоакустических воздействий были выявлены явления апоптоза. Показано, что использование специальных музыкально-акустических программ в виде стандартных аудио сессий, не только позитивно влияет на психоэмоциональное состояние пациентов, но также усиливает активность клеточного иммунитета. Перспективам применения биоакустических подходов в решении актуальных задач онкологии и посвящена данная статья.

About thirty years ago, we conducted the first experiments to study the effects of music on cellular activity outside the body. Back then, it was hard to imagine that these studies would give rise to a new scientific field — cellular acoustics. Now it has followers in many countries around the world. It has been discovered that cells not only respond to acoustic stimuli but can also produce sounds themselves. These processes involve membranes, organelles, and even cellular molecules. The influence of sounds of the audible spectrum on growth, the immune system, the activity of enzymes and genetic structures in microorganisms, plants, animals and humans has been established. Of particular interest are experiments with tumor cells. In a number of cases apoptotic phenomena were detected, after bioacoustics effects. They are realized through biophysical and biochemical mechanisms. It is obvious that in the near future, it will be possible in some cases to enhance the activity of the necessary normal cells and in other cases to suppress the vital activity of pathological cells. Of great interest is the use of special musical and acoustic programs in the form of standard audio sessions, which have a positive effect not only on the psycho-emotional state of patients but also enhance the activity of cellular immunity.

 клеточная акустика сигналы слышимый спектр опухолевые клетки биоакустический воздействия апоптоз перспективы cellular acoustics signals audible spectrum tumor cells bioacoustics effects apoptosis prospects

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