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Dolomite’s Microfluidic System Enables 3D Cell Culturing

Dolomite’s Microfluidic System Enables 3D Cell Culturing

Biotechnology service provider Bioneer A/S, based in Hørsholm, Denmark, is taking advantage of the exceptional microfluidics capabilities of Dolomite’s Micro Droplet System to reliably encapsulate cells in gelatin hydrogels, enabling 3D cell culture growth in a straightforward, easy-to-handle format. [More]
Tiny Microfluidic Device Helps Analyze Behavior of Blood from Sickle Cell Disease Patients

Tiny Microfluidic Device Helps Analyze Behavior of Blood from Sickle Cell Disease Patients

Patients with sickle cell disease often suffer from painful attacks known as vaso-occlusive crises, during which their sickle-shaped blood cells get stuck in tiny capillaries, depriving tissues of needed oxygen. Blood transfusions can sometimes prevent such attacks, but there are currently no good ways to predict when a vaso-occlusive crisis, which can last for several days, is imminent. [More]
AbVitro Advances Antibody Therapeutics Research with Dolomite's Microfluidics Technology

AbVitro Advances Antibody Therapeutics Research with Dolomite's Microfluidics Technology

Dolomite’s droplet generation system is helping AbVitro to identify potential therapeutic targets using its AbPair™ technology. [More]
Novel Microfluidic Device Allows Electroporation of Stem Cells During Differentiation

Novel Microfluidic Device Allows Electroporation of Stem Cells During Differentiation

Electroporation is a powerful technique in molecular biology. By using an electrical pulse to create a temporary nanopore in a cell membrane, researchers can deliver chemicals, drugs, and DNA directly into a single cell. [More]
IPC PAS Microfluidic System Enables Serial Studies of Cell Membranes

IPC PAS Microfluidic System Enables Serial Studies of Cell Membranes

Life processes depend fundamentally on phenomena occurring on the membranes separating cells from their environment. [More]
New Microfluidic System to Study How Proteins Form and Lose Their Natural Folded Structures

New Microfluidic System to Study How Proteins Form and Lose Their Natural Folded Structures

Collaborating scientists from The Scripps Research Institute (TSRI) and the University of California (UC) San Diego have developed a powerful new system for studying how proteins and other biological molecules form and lose their natural folded structures. [More]
Short Film on Magnetotactic Bacteria Wins First Prize at MicroTAS Video Competition

Short Film on Magnetotactic Bacteria Wins First Prize at MicroTAS Video Competition

The inaugural MicroTAS Video Competition, run by microfluidics specialist Dolomite and Lab on a Chip, and supported by the Chemical and Biological Microsystems Society, saw first prize awarded to an enterprising – and highly creative – entry submitted by Tijmen Hageman from the Korean Institute of Science and Technology (KIST) Europe GmbH in collaboration with the University of Twente. [More]
Kirigami Holds Promise for Microfluidic Devices and Nanoscale Applications

Kirigami Holds Promise for Microfluidic Devices and Nanoscale Applications

Origami is capable of turning a simple sheet of paper into a pretty paper crane, but the principles behind the paper-folding art can also be applied to making a microfluidic device for a blood test, or for storing a satellite's solar panel in a rocket’s cargo bay. [More]
Updated Report on Global Biochips and Microarrays Markets

Updated Report on Global Biochips and Microarrays Markets

Research and Markets has announced the addition of Jain PharmaBiotech's new report "Biochips and Microarrays - Technologies, Markets and Companies" to their offering. [More]
EPFL Team Honored for Breakthrough Biological Trackpad Consisting of Microfluidic Chip

EPFL Team Honored for Breakthrough Biological Trackpad Consisting of Microfluidic Chip

The team from EPFL participating in the 2014 iGEM completion has been awarded a gold medal for their innovative Biopad design. [More]
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