Eli Lilly and Company is licensing a technology for implanting pancreatic beta cells in people with type 1 diabetes, from Sigilon Therapeutics Inc., an enterprise making implants of live cells to treat chronic diseases. . . . → Read More: Lilly, Cell Implants Start-Up Partner on Diabetes
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An engineering lab demonstrates how polymer gels and ambient sunlight can provide a simple, inexpensive alternative to current complex and expensive technologies for desalinating or purifying drinking water. . . . → Read More: Hydrogel, Solar Power Provide Simple Water Purification  Comments are closed  New products  biomedical, energy, engineering, materials science, nanotechnology, patent, physical sciences, solar, university A pharmaceutical researcher developed treatments for chronic pain, formulated as nanoscale droplets, that in tests with lab animals target the source of pain directly and use much smaller doses than current pain drugs. . . . → Read More: Nanotech Pain Drug Formulations Developed One comment - (Comments are closed) New products biomedical, life sciences, manufacturing, materials science, nanotechnology, pharmaceuticals, university An engineering lab adapted the traditional Japanese art form of kirigami to create a surface for bandages and wearable devices on knees and elbows that bend a great deal and thus are difficult to stay on. . . . → Read More: Paper Art Form Boosts Bandage, Wearables Adhesion Comments are closed New products Asia, biomedical, China, engineering, materials science, medical device, physical sciences, physics, university A delivery technology for therapeutic compounds in nanoscale natural oil particles received a U.S. patent, which the company owning the technology says can be applied to drugs, nutritional supplements, and cannabis-based treatments. . . . → Read More: Patent Awarded for Nanoparticle Drug, Cannabis Delivery One comment - (Comments are closed) Intellectual property biomedical, chemistry, engineering, licensing, life sciences, materials science, nanotechnology, patent, pharmaceuticals, physical sciences, USPTO Drug maker Novartis is licensing from a lab at Harvard University a biocompatible material designed to provide delivery of treatments that invoke the immune system to fight cancer. . . . → Read More: Novartis Licenses Biomaterial for Cancer Immunotherapy One comment - (Comments are closed) Intellectual property, Joint ventures/collaborations biomedical, biotechnology, cancer, clinical trials, engineering, Europe, licensing, materials science, pharmaceuticals, physical sciences, university A team at Rice University in Houston developed an injectable gel material that in lab mice slows the release of cancer immunotherapy drugs, enhancing the treatments’ effectiveness and reducing the need for repeated doses. . . . → Read More: Peptide Hydrogel Boosts Cancer Immunotherapies One comment - (Comments are closed) New products biomedical, cancer, chemistry, engineering, life sciences, materials science, nanotechnology, pharmaceuticals, physical sciences, preclinical, university A Harvard University bioengineering lab developed an injectable material designed to load up with proteins from a patient’s own tumors to induce immune reactions that fight that person’s cancer. . . . → Read More: 3-D Biomaterial Boosts Personal Cancer Immunotherapy One comment - (Comments are closed) New products biomedical, biotechnology, cancer, engineering, life sciences, materials science, pharmaceuticals, physical sciences, preclinical, university Engineering researchers developed techniques using three-dimensional printing that enables robotic devices made with soft materials, like those in health care, to sense more properties of objects they encounter. . . . → Read More: 3-D Printing Devised for Sensors in Soft Robotics Comments are closed New products biomedical, computer science, engineering, manufacturing, materials science, medical device, physical sciences, robotics, university Engineers in Canada developed graphene sensors with a great deal of flexibility that can measure fine human movements and minute functions for wearable medical devices, and be made with an economical process. . . . → Read More: Highly Stretchable Sensors Devised for Wearable Devices One comment - (Comments are closed) New products biomedical, Canada, engineering, materials science, medical device, nanotechnology, physical sciences, university |
One Blood Test Fits All Diseases A Thinking Person’s Artificial Intelligence Do You Want Your Bacon CRISPR? Health Care, Precisely One Person at a Time Let Guinea Pigs be Guinea Pigs Look Out Pharma. The Tech Industry is After You |
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