Microfluidics

MICROPLASTICS POLLUTION : IMPACTS ON ECONOMY AND TOURISM

Ascandra / /

Know more about the latest studies on the impacts of microplastic pollution globally on the economic system and mainly tourism, and what could be done to prevent those problems.  Plastic debris pollution has emerged as a significant global environmental challenge in recent decades. Its widespread distribution, long-lasting nature, and intricate ecological impacts have raised alarming […]

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MICROPLASTICS POLLUTION : THE THREAT TO THE HEALTH OF THE OCEAN

Ascandra / /

Learn about how climate change impacts the concentration of microplastics in water bodies, and how this dramatically affects the ocean health, including nutrient cycles and oxygen concentrations in the ocean. Climate change is a major global threat, affecting every region across the world, with increased ocean temperatures, sea-level rise, ocean acidification, and more frequent and

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Cell Alignment Strategies for Organ-on-Chip Technologies

Cell Culture / /

The functionalities of organs and tissues are tightly linked with their structure and, the organisation of constituent cells. Cues from the surrounding extracellular matrix direct the orientation and alignment of cells with respect to one another through contact guidance [1]. This microenvironment is crucial in dictating cell fate; affecting morphology, proliferation, differentiation, response to stimuli,

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SEBS Polymers for Microfluidic Biotech Devices - Cover

Polymers for Microfluidic Devices: Surface Functionalization

Flexdym Top Tips / /

Modern Point-of-Care diagnostic devices rely on microfluidic technology to analyze the smallest amount of fluid, for the highest measurement precision possible. To do so, the microfluidic devices require powerful tools to detect and measure targeted elements (e.g., pathogens). This can be achieved by coating the microfluidic channel walls with the appropriate molecules (e.g., antibodies) to

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Eden Tech & Renoir EU Project: Muscle-on-a-Chip for Aging

EU Funding / /

Eden Tech is proud to announce that on April 30th this year, the company will begin its work on the RENOIR ITN European project, to investigate how inflammatory response and other elements hinder the repair of damaged muscle tissues, and to develop a muscle-on-a-chip platform as model for pharmacological assays. But Eden Tech is not

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Four Methods of 3D Cell Culture in Microfluidic Devices

1 Comment / Cell Culture / /

Recently, microfluidics and 3D cell culture technologies have merged, to increase the potential of in vitro modeling, in order to get even closer to Nature. The successful control of the cellular environment thanks to microfluidics in a 3D cell culture environment allows the study at the single-cell scale with mechanical control of cell shape, physicochemical

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