A team of Spanish scientists has developed an intelligent nanodevice that lays the foundations for the future development of new therapies against aging. The device consists of nanoparticles that can selectively release drugs in aged human cells. Its potential future use ranges from the treatment of diseases involving tissue or cellular degeneration such as cancer, Alzheimer's or Parkinson's, among others, to accelerated aging disorders (progeria).
As Quantum International Corp. (OTCBB: QUAN) explores the potential of tiny nanobots to revolutionize medicine, new robotics breakthroughs could soon pave the way for a potential cure for cancer.
Nanobiotix announced today a collaboration with key European nanomedicine players which is funded by the European Commission. This strong partnership of relevant stakeholders aims to identify key areas of nanomedicine with novel concepts for translation of nanomedical innovations into clinical practice. The project called “Nanomed2020” started on 1st September 2012 and has a duration of 18 months.
A technique that uses acoustic waves to sort cells on a chip may create miniature medical analytic devices that could make Star Trek's tricorder seem a bit bulky in comparison, according to a team of researchers.
An international research team has created unique photoluminescent nanoparticles that shine clearly through more than 3 centimeters of biological tissue -- a depth that makes them a promising tool for deep-tissue optical...
Like personal diet and personal trainer, which are common nowadays, BIONOVA has introduced a personal skin care product called the N1-CUSTOM line.
A multi-disciplinary team at Case Western Reserve University has developed nanochains that target metastases much before their transformation into new tissues and detect their sites with the help of magnetic resonance imaging (MRI).
Targeted drug delivery has gained popularity with development in nanotechnology. Researchers at the University of Georgia (UGA) have enhanced the process of direct drug delivery to targeted cells using nanoparticles to the next level where the drugs are delivered to a particular organelle in the targeted cells.
Adah Almutairi and her colleagues from the University of California, San Diego, have created the first-of-its-kind biodegradable polymeric capsules or nanoparticles that demonstrate ultra-high sensitivity to low, but biologically significant levels of hydrogen peroxide.
Scientists at the Faculty of Engineering’s Department of Bioengineering of the National University of Singapore have developed a technique to manipulate gene expression by utilizing nanoparticles that are capable of transforming near-infrared (NIR) light to ultraviolet light or visible light.
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