A project that began in a Yale classroom has since grown into a thriving and ambitious startup that promises to revolutionize the nanotechnology industry and change how we test potentially contaminated water. Monika Weber, an Electrical Engineering Ph.D. candidate, founded
Tag "Biomedical Engineering"
In the United States, approximately 12,000 people become paralyzed each year due to spinal cord injuries. What if we had the technologies to help paraplegics and quadriplegics walk again—for instance, bionic limbs and exoskeletons controlled solely by thoughts? While these
Respiratory insufficiency is a major cause of more than half of all infant deaths. This rate of mortality could be reduced if more reliable treatments were readily available in developing countries. PremieBreathe, a Yale startup, has developed a low-cost respiratory device to help solve this problem.
You may have never heard of the anti-cancer drug paclitaxel, but it is indispensable to our modern healthcare system. It sits on the World Health Organization’s List of Essential Medicines, and its annual sales surpassed one billion dollars in 2000.
Parts that can be found in cell phones can be used to make biodegradable devices that can monitor brain conditions. Led by teams from the University of Illinois and Washington University in St. Louis, researchers have produced such devices that may be able treat the brain, too.
Recently, researchers at the University of British Columbia designed a new method for stopping hemorrhaging. The system relies on microparticles that propel themselves upstream through blood, delivering coagulants to hard-to-reach wounds.
An organ transplant comes with a slew of complications, but perhaps the problem most overlooked is preserving the tissue once it is removed from the donor. Current means of storing intestines before they are transplanted involve simply a container filled
Biomedical researchers at Columbia University have developed a convenient, easy-to-use, and relatively inexpensive smartphone attachment that could revolutionize HIV and syphilis detection for previously unscreened populations.
Despite current knowledge of genetics, identifying patients at risk for genetic forms of heart disease remains difficult. Assistant professor of biomedical engineering Stuart Campbell has developed a method of growing realistic heart tissues from patients’ cells in order to diagnose a family of inherited heart diseases.
Recently, a team of 146 scientists unraveled the genome of the tsetse fly, the vector of a lethal disease called sleeping sickness. With this new genetic information, many scientists have proposed innovative solutions to protect the 70 million people in sub-Saharan Africa who are affected by this disease.