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Lab Burns Graphene Circuits into Food, Fabrics

A chemistry lab at Rice University devised a process for producing graphene, a material that conducts electricity, in materials containing carbon, including fabrics and even food. . . . → Read More: Lab Burns Graphene Circuits into Food, Fabrics

Grants Made to Commercialize Bone, Cancer Research

A program supporting research with commercial potential awarded grants to scientists studying stem cells for bone grafts, treatments for melanoma, and protein therapies for cancer that change gene expression patterns. . . . → Read More: Grants Made to Commercialize Bone, Cancer Research

Spin-Off Gains FDA Clearance for Bone Graft Material

A company spun-off from a university tissue engineering research lab received clearance from the Food and Drug Administration to market its polymer material in the U.S. to help regrow bones. . . . → Read More: Spin-Off Gains FDA Clearance for Bone Graft Material

Vaccine Shown Effective Against Range of Flu Viruses

An experimental vaccine made with protein-infused nanoscale particles was shown to provide long-lasting protection in lab mice against a broad range of common influenza viruses. . . . → Read More: Vaccine Shown Effective Against Range of Flu Viruses

HIV Drugs Formulated Into Once-Weekly Capsules

Medical and engineering researchers developed and tested in pigs a technique for packing several drugs into a capsule taken once a week to prevent and treat HIV infections. . . . → Read More: HIV Drugs Formulated Into Once-Weekly Capsules

Emergency Sealant Gel Developed for Eye Injuries

A medical engineering team created a gel material that safely closes injured eye tissue until surgical treatments can be given. . . . → Read More: Emergency Sealant Gel Developed for Eye Injuries

Programmable Nanoscale Drug Capsules Designed

A lab at University of Connecticut is developing nanoscale capsules that release drug cargoes only when encountering specific enzymes, even inside cells. . . . → Read More: Programmable Nanoscale Drug Capsules Designed

RNA Injections Shown to Rebuild Damaged Heart Muscle

Engineers and medical researchers developed a technique to deliver genetic material into damaged heart muscle that in lab mice regrows heart cells. . . . → Read More: RNA Injections Shown to Rebuild Damaged Heart Muscle

Artificial Muscles Designed for Soft Robotics

Engineering researchers created artificial muscles for robotics using principles from origami, or Japanese paper folding, with high strength and low-cost materials. . . . → Read More: Artificial Muscles Designed for Soft Robotics

Process Devised for Continuous Stem Cell Production

Researchers in the U.K. developed a process for closed-loop continuous production and collection of large quantities of stem cells for therapies. . . . → Read More: Process Devised for Continuous Stem Cell Production