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Скачать или смотреть Orgenesis - AT-VIO - Mircod - Engineering and Reprogramming Antigen-Specific T cells

  • Michael Fainshtein
  • 2018-11-22
  • 407
Orgenesis - AT-VIO - Mircod - Engineering and Reprogramming Antigen-Specific T cells
iotMircodScienceElectronicsPCBPrototypingbiomedchemistryantigendnaphoxygenco2o2measurementsresearchvisualizationinnovationdata collectiontelemetrybioreactort-cellmaster cellcancer
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Описание к видео Orgenesis - AT-VIO - Mircod - Engineering and Reprogramming Antigen-Specific T cells

Bioreactors have been used in regenerative medicine research for several decades.
IoT deployment in BioMed world remains an innovative and active field of research and progress continues to be made. Orgenesis, AT-VIO and MIRCOD bioreactor systems come in a few shapes and sizes, but all of them have been developed with a specific tissue or cell type in mind.
Common to all is the need to understand the complex interaction between the growing cells and their external environment provided by the bioreactor. This is essential in order for promising results in the laboratory to be reproducible and, eventually, translated and scaled up to a clinical setting. As well as growing functional, replacement tissue for implantation into the human body, tissue-engineered substitutes can have important applications in areas such as drug toxicity testing, aiming to reduce the occurrence of drug attrition.
Over the years, sensors have revolutionized the use of diagnostic, surgical, and therapeutic devices in medical applications. Sensors are an integral part of medical devices as they detect even the smallest change in vital parameters. Disposable sensors play a major role in advancing diagnostic and monitoring methods and in improving the quality of healthcare services. Continuous technological advancements in the accuracy, intelligence, capability, reliability, and compactness of sensors have helped to broaden their applications to a large extent.
The global disposable medical device sensors market is expected to grow at a CAGR of 10.3% during the forecast period (2017 to 2022). Majority of the demand for sensors based disposable medical devices is driven by the growing need to reduce soaring healthcare costs, increasing the prevalence of chronic disease s and rising incidence of healthcare-acquired infections. Adoption of self-monitoring & diagnostic devices is some other factors driving the global disposable medical device sensors market. In addition to the demand for diagnostic and monitoring devices for home treatment.

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