BioMedical Engineering
Biomedical Engineering is the biological or medical application of engineering principles or engineering equipment — called also biomedical engineering.
Over time researchers all around the world have started to locate some new and old viruses and diseases. Will any of these diseases cause world panic?
Washing your hands after using the bathroom is an important part of hygiene, and drying your hands is crucial as well. There have been many debates on whether paper towels or hand dryers are better for drying hands, however, research has found that hand dryers may not be as effective at eliminating germs as you may assume.
Antibiotics and other natural microbial compounds are made by complex compounds produced by bacteria and we have only used currently living material to make these antibiotics but with the revival of old bacteria we can unlock a new world of antibiotics. Using tooth tartar from neanderthals and other humans, researchers were able to reconstruct many species from the oral bacteria.
Did you know that 80% of all foods in the U.S.A. have at least one ingredient that is a GMO? So what is GMO? And does it really do more harm than good?
Hundreds of millions of pounds of pesticide have been used to kill pests like mosquitoes and rats nationwide. Despite these millions of pounds, only about half of the pesticides used reach their intended target.
A large breakthrough in technology revolutionizes anti-cancer drug testing. This DIY (do-it-yourself) device can have an enormous impact on the future of cancer drug testing and can unlock unknown possibilities.
SenseToKnow is an app that can determine whether or not a child could get autism in the future. Developed by Duke University and the National Institute of Health, this app is helping many parents and children. How does it work?
A 14-year-old boy won the 3M young scientist lab competition, the grand prize of $25,000, and was named their 2023 top young scientist. He is named Heman Bekele and he is a ninth grader Woodson High School...
Edible electronics are the future of food and technology. It has the potential to monitor the state of food that it is in, be used as a sensor to monitor the state that the person eating it is in, and can provide real time data of the organism that eats it. Edible electronics can be anything they want. Edible Electronics are the future of food, and the future is now.
The 3D-printing process, a significant advancement in the evolving field of biological tissue printing, involves the meticulous layer-by-layer fabrication of living tissue structures using specialized 3D printers.
With new-found technology, doctors and engineers have been able to create devices that can predict possible injuries. All of these devices provide essential information to prevent potential injuries that could ruin an athlete's careers.
The US Food and Drug Administration has approved a newly developed antidote called indocyanine green that can reduce the toxicity of α-amanitin. A-amanitin is a toxin produced by the death cap mushroom which is one of the world's most poisonous fungus.
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