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Worldwide In-Vitro Diagnostics/IVD Market to 2026 -

Dublin, May 26, 2022 (GLOBE NEWSWIRE) The "In-Vitro Diagnostics/IVD Market by Product and Service (Instrument, Kits), Technology (Immunoassay, MDx,. ....

United States , Speedx Pty , Siemens Healthineers , Asia Pacific , Agilent Technologies Inc , Technology Immunoassay , Ortho Clinical Diagnostics Holdings , Surmodics Inc , Sysmex Corporation , Perkinelmer Inc , Quidel Corporation , Merck Kga , Chembio Diagnostics Inc , Hologic Inc , Service Instrument , Abbott Laboratories Inc , Bio Rad Laboratories Inc , Diagnostics Inc , Merck Kgaa , Thermo Fisher Scientific Inc , Illumina Inc , Caris Life Sciences Inc , Development Of Disease , Danaher Corporation , Infectious Diseases , End User ,

Soft robotic sleeve for lymphedema treatment reduces cost, weight, and power consumption

Lymphedema often occurs in survivors of breast cancer, because they are at high risk for lymph node damage or removal during surgical procedures. ....

Carolyn Ren , Emily Henderson , Myant Inc , University Of Waterloo Microfluidics Laboratory , Biomechanics Laboratory , Microfluidics Laboratory , Breast Rehab , Breast Cancer , Lymph Node ,

New smartphone-powered microchip opens the door for faster, cheaper at-home medical testing

A University of Minnesota Twin Cities research team has developed a new microfluidic chip for diagnosing diseases that uses a minimal number of components and can be powered wirelessly by a smartphone. The innovation opens the door for faster and more affordable at-home medical testing. ....

United States , University Of Minnesota , Peter Christenson , Sanfordp Bordeau , Christopher Ertsgaard , Emily Henderson , Department Of Electrical Computer Engineering , Nature Communications , National Nanotechnology Coordinated Infrastructure , Nature Research , University Of Minnesota Twin Cities , A University Of Minnesota Twin Cities , National Science Foundation , University Of Minnesota Department Electrical , Mcknight University Professorship , Minnesota Nano Center , Minnesota Twin Cities , Study Senior Author , Computer Engineering , Minnesota Twin , Bruce Batten , Minnesota Department , Daniel Klemme , Daehan Yoo , Endowed Chair , Mcknight University ,

What does the Future of Microfluidics within Research Look Like?

We speak to France Hamber, CEO of Fluigent, about their microfluidics solutions and how they are allowing scientists to focus more on the science than the setup. ....

Leadersfrance Hamberceofluigent , Sergey Nivens Shutterstock , Sponsored Content , France Hamber , Air Liquide , High Throughput , Immune System , N Vitro , Life Science ,

"Rotation of Biological Cells: Fundamentals and Applications" by Tao Tang, Yoichiroh Hosokawa et al.

Cell rotation is one of the most important techniques for cell manipulation in modern bioscience, as it not only permits cell observation from any arbitrary angle, but also simplifies the procedures for analyzing the mechanical properties of cells, characterizing cell physiology, and performing microsurgery. Numerous approaches have been reported for rotating cells in a wide range of academic and industrial applications. Among them, the most popular are micro-robot-based direct contact manipulation and field-based non-contact methods (e.g., optical, magnetic, electric, acoustic, and hydrodynamic methods). This review first summarizes the fundamental mechanisms, merits, and demerits of these six main groups of approaches, and then discusses their differences and limitations in detail. We aim to bridge the gap between each method and illustrate the development progress, current advances, and prospects in the field of cell rotation. ....

Cell Reorientation , Well Rotation ,