Physicists and neuroscientists created semiconductors that in lab simulations and tests with animal models perform like nerve cells for biological functions. . . . → Read More: Semiconductors Developed to Emulate Nerve Cells
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Physicists and neuroscientists created semiconductors that in lab simulations and tests with animal models perform like nerve cells for biological functions. . . . → Read More: Semiconductors Developed to Emulate Nerve Cells Three medical research studies using Apple iPhones and watches as data collection devices are now available for enrollment with the company’s Research app. . . . → Read More: Update – Enrollment Opens in Apple Medical Studies A grant from National Institutes of Health is funding a system using augmented reality and holography to improve minimally-invasive repair of blood vessels. . . . → Read More: NIH Funds Augmented-Reality Endovascular System Results of a small-scale clinical trial show an experimental treatment using an injectable gel to repair damage from a heart attack is safe for patients. . . . → Read More: Hydrogel Shown Safe to Repair Heart Damage Apple Inc. plans to release a new medical research app and announced a series of studies for its use in women’s health, hearing, and heart health. . . . → Read More: New App for Medical Research, Studies Revealed An academic-industry collaboration is creating a non-invasive technique to detect rupture-prone plaque build-ups in arteries and predict one’s risk of heart attack. . . . → Read More: Math Model to Gauge Heart Attack Risk from Plaques Medical and engineering researchers developed fibers made with nanoscale carbon tubes that in lab animals conducted electrical signals and repaired heart damage. . . . → Read More: Nanotube Fibers Configured for Heart Repair A biocompatible polymer gel, sprayed on the hearts of lab animals, reduces the severity of scar tissue that can build up after cardiac surgery. . . . → Read More: Spray-On Hydrogel Reduces Heart Surgery Scar Tissue A machine-learning algorithm used with results from a standard electrocardiogram, is quickly able to detect irregular heart rhythms, a process that often takes much longer. . . . → Read More: Algorithm Devised for Fast Heart Rhythm Screening Researchers developed techniques for accurate three-dimensional printing of human heart elements with bio-inks containing the cellular framework on which tissue can grow. . . . → Read More: Heart Components Produced with 3-D Printing |
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