A team of researchers at Ohio State University has built a nanochip that successfully reprogrammed skin cells into muscle and nerve cells, which could help to regenerate worn-out heart muscles, damaged nerves, deteriorated retina, or severely burnt skin.
Bioengineers from the University of California, San Diego have developed a nanosponge cloaked in white blood cells that can absorb inflammatory proteins, a new approach to treatment that may help patients better manage rheumatoid arthritis and ease their suffering.
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Nanoparticles designed with complementary chemical and mechanical forces improve the targeting of tumors with cancer-fighting drugs.
Ronald Zuckermann, director of the Molecular Foundry at Lawrence Berkeley National Laboratory, and his colleagues have created a two-dimensional sugar-coated nanosheet that mimics the surface of cells and, in doing so, can selectively target pathogens like viruses and bacteria.
Light-activated nanoparticles make existing antibiotics more effective against heavily antibiotic-resistant microbes. The research is giving new life to existing drugs that lose their effectiveness against antibiotic-resistant microbes.
Risk of infection continues to be an issue across the healthcare arena. A Frost & Sullivan industry research study published in May 2017 reported that global revenue in the antimicrobial coating materials market stood at $700 million in 2016, and is poised to reach $1.1 billion by 2021.
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Researchers seeking to implant a biosensor within the small intestine are developing an implantation capsule robot that can be swallowed.
We are almost ready to share the next AABME white paper, Genome Editing and Biomanufacturing, by Gang Bao, a pioneer in nanomedicine, molecular imaging, and the emerging area of genome editing.
When designed properly, DNA folds into tiny devices that move like macroscopic machines.