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Microfluidic Articles & Analysis
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The material's low surface energy makes it perfect for use in non-stick applications such as conveyor belts. Microfluidic device creation within scientific research depends heavily on this material. ...
Whether clients require organoids, genetically engineered animal models, or advanced microfluidic systems, Ace Therapeutics has the capabilities to support them. ...
Based on these properties, PDMS has been used in a wide range of applications such as micropumps, catheter surfaces, dressings and bandages, microvalves, optical systems, in vitro disease studies, implants, microfluidics, and photonics. In addition, PDMS is the most widely used material for the manufacture of microfluidic devices, which are an important ...
As a result, they are highly suitable for microfluidic systems and biosensors and can be effectively utilized in diagnostic, forensic, and life science research. ...
The company's microsphere manufacturing technologies cover a wide range of aspects, including membrane emulsification and sedimentation technology, microfluidic technology, membrane emulsification technology, emulsification and volatilization technology, phase separation technology, spray drying technology, and hot melt extrusion technology. ...
Organs-on-chips, also known as microphysiological systems, are microfluidic cell culture devices fabricated by a microchip fabrication process. ...
” The funding will be used to advance features, progress software, and develop new technologies for cell sorting, including integrating the processes of cell sample preparation and expanding capabilities to monitor cells in the Company’s proprietary, microfluidic chips. The CytoR1 is a fully-integrated, benchtop cell enrichment and recovery product system, which ...
Lynx Biosciences founder and CEO Chorom Pak said her startup has developed microfluidic technology that uses live cancer cells to determine how multiple myeloma patients would respond to different treatment regimens. The Wednesday evening pitch event drew several hundred people to an auditorium at Qualcomm’s (NASDAQ: QCOM) corporate headquarters in San Diego. Pak told the ...
Currently, its business range has been extended to cover nearly all types of chemicals and materials, including but not limited to: building blocks, research chemicals, reagents, catalysts, reference materials, ionic liquids, nanomaterials, functional polymers, MOFs, rare earth metals, semiconductor materials, surfactants, graphenes, microfluidics, polymer stabilizers, ...
Modular Medical was founded by Paul DiPerna, a seasoned medical device professional and microfluidics engineer. Prior to founding MODD, Mr. DiPerna was the founder (in 2005) of Tandem Diabetes and invented and designed its t:slim insulin pump. ...
Modular Medical was founded by Paul DiPerna, a seasoned medical device professional and microfluidics engineer. Prior to founding MODD, Mr. DiPerna was the founder (in 2005) of Tandem Diabetes and invented and designed its t:slim insulin pump. ...
Modular Medical was founded by Paul DiPerna, a seasoned medical device professional and microfluidics engineer. Prior to founding MODD, Mr. DiPerna was the founder (in 2005) of Tandem Diabetes and invented and designed its t:slim insulin pump. ...
CellFE Biotech, a venture-backed startup focused on microfluidics-based platforms for cell and gene engineering, has announced the appointment of Kevin Gutshall as Chief Business Officer. ...
ByCellFE
LightDeck’s planar waveguide technology optimizes laser activated fluorescence and microfluidics to provide point of care cartridge-based testing without compromise, enabling reference lab-quality results in minutes with inexpensive, quantitative, and easy-to- use functionality. ...
Modular Medical was founded by Paul DiPerna, a seasoned medical device professional and microfluidics engineer. Prior to founding MODD, Mr. DiPerna was the founder (in 2005) of Tandem Diabetes and invented and designed its t:slim insulin pump. ...
Orbit’s novel bead-based and microfluidic technology platform enables the screening of peptide libraries for target binding and subsequent activity in cell-based functional assays. ...
One such example is to integrate a CGT-based particle collector with Handix’s microfluidics ice nuclei counter to make real-time measurements of ice nuclei particles (INP) in the atmosphere. ...
” “Patient-derived MicroOrganoSpheres Recapitulate Tumor Microenvironment and Heterogeneity for Precision Oncology” Data from the oral presentation highlighted Xilis’ automated microfluidic platform to generate tens of thousands of MOS from resected or biopsied clinical tumor specimens. ...
Totalling £472,000, the grant will facilitate the implementation of droplet-based microfluidics for cell-based functional screening and significantly expand the capabilities and throughput of Orbit’s peptide display platform. ...
Exhibiting at BIO is a key step in the commercialization of CellFE’s cell engineering platform and is a chance for potential partners to learn about this unique approach and the advantages of using microfluidics. Attendees will be able to see hands-on demonstrations of the system as well as learn about the concept for a high throughput version in development. ...
ByCellFE