Better Than MRI and X-ray by 3-5 Times: St. Petersburg Creates Installation for Three-Dimensional Visualization of the Internal Structure of Optoelectronic Systems and Living Tissues

The new installation can be used not only in medicine, but also in industry

At Peter the Great St. Petersburg Polytechnic University (SPbPU), an innovative approach to three-dimensional internal visualization has been developed. This method detects inhomogeneities in the structure of various objects 3–5 times better than magnetic resonance imaging (MRI) and X-ray. This was reported in the press service of the university.

Scientists have proposed a comprehensive improvement of existing optical coherence tomography technologies for use in medicine and industry. They optimized the installation and signal processing methods.

Our method will allow us to check and reject parts of optical and optoelectronic systems at an early stage of production, which will reduce costs. In biology, the new approach will allow monitoring the growth of cells in living organisms in real time or visualizing the delivery and action of drugs inside tissues.
Николай Ушаков, профессор Высшей школы прикладной физики и космических технологий СПбПУ

Earlier www1.ru reported that Москва создаёт a unified network of diagnostic medical devices — from MRI to mammographs.

Read materials on the topic:

В Сколтехе разработали нанокапли для точной диагностики с помощью МРТ и УЗИ

Пациентов с депрессией научились выявлять с помощью МРТ

Российские ученые создали нейросеть для улучшения диагностики и удаления опухолей

Sources
Gazeta.ru

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