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Thin, Flexible, Lower-Cost Motion Sensors Developed

Engineers in the U.S. and France created and tested motion-detecting sensors more flexible and thinner than today’s sensors, and made with a low-cost process. . . . → Read More: Thin, Flexible, Lower-Cost Motion Sensors Developed

Phone-Based Lupus Home Test Kit in Development

A home test kit using smartphone imaging is being created by biomedical engineers to detect kidney inflammation caused by lupus, an autoimmune disorder. . . . → Read More: Phone-Based Lupus Home Test Kit in Development

Gas-Jet Printing Process Developed for Medications

A team of material scientists and biomedical engineers designed techniques for producing pharmaceuticals on demand by printing drugs as thin films. . . . → Read More: Gas-Jet Printing Process Developed for Medications

Microfluidics, Sound Waves Combined for Liquid Biopsies

Biomedical engineers from several universities developed a microfluidics, or lab-on-a-chip, device that uses sound waves to quickly isolate tiny packets of cell materials for detecting diseases. . . . → Read More: Microfluidics, Sound Waves Combined for Liquid Biopsies

Wearable-Implant Diagnostics Device in Development

A university engineering lab is developing a device combining a sensor chip implanted under the skin and wrist band to diagnose serious diseases and transmit the data. . . . → Read More: Wearable-Implant Diagnostics Device in Development

Simple Cell Programming Designed for Gene Therapies

A simpler technique using nanoscale particles was shown in lab tests to deliver messenger RNA to reprogram cells for gene therapies, including changes in T-cells in the immune system now approved to treat a type of leukemia. . . . → Read More: Simple Cell Programming Designed for Gene Therapies

3-D Printing Process Developed for Living Tissue

Researchers in the U.K. devised 3-D printing techniques for human and animal cells to produce functioning tissue with multiple types of cells. . . . → Read More: 3-D Printing Process Developed for Living Tissue

Chip-Phone System Detects Disease Biomarkers

A biomedical engineering team created a chip device attached to a smartphone that detects indicators of disease in blood faster than today’s more expensive lab tests. . . . → Read More: Chip-Phone System Detects Disease Biomarkers

The Three Most Revolutionary Emerging Sciences

Advanced technology has created new areas of study, so here are the top three. . . . → Read More: The Three Most Revolutionary Emerging Sciences

Takeda, Biosurfaces Partner on Nanofiber Devices

Takeda Pharmaceutical Company is joining with a developer of medical devices from nanoscale bioactive fibers to design new devices for gastrointestinal, or GI, disorders. . . . → Read More: Takeda, Biosurfaces Partner on Nanofiber Devices