Nanomedical Technology - Little Bots with Great Benefits!

Nanotechnology is dramatically revolutionizing the medical industry with futuristic care deliveries, marking a new ray of hope.  

FREMONT, CA: While Medical and healthcare fields are underlining positive transformation and sophistication, nanotechnology shows massive potential to balance the advantages for different levels of treatment. The technology signs the application of nano-particles and nano-robots at the cellular level, which revolutionize the ways of treatment. From diagnosis to drug delivery, nano-techniques are involved in significant segments of the medical industry.

·  Nano-Devices and Bots

Recently, nano-medical devices are witnessing growth in the sector and are opening the doors for new opportunities. The transformative tools cover the existing medical device segments such a biochip, implants, medical textiles, wound dressing, cardiac rhythm management devices and, hearing aid, covering the applications for therapeutic, diagnostic, and research. Nanotechnology provides electronic biosensor- use to relive physiological pressure, treats neurodegenerative diseases, and many more. It directly or indirectly allows the entire industry to increase its level of research and data collection capability. The new technological innovations leverage the healthcare organizations to grow their business value and raise the bar for quality.

The main reason behind the increasing demand for nano-medical devices is due to the raising awareness of chronic diseases, improved morbidity in an aging population, and initiatives for preventive measures in the healthcare industry. Revolutionary nano-sized surgical instruments are used to perform microsurgeries and better surgery representation. Nano-wires and needles help the medical professionals to detect diseases, even single virus cells, record heart cells, whereas nano-scale materials enable the cell to ingest therapeutics into cell divider. The technology has successfully influenced the medical areas for tissue engineering, cell repair, nano implants, and prosthesis.

· Nano-Medicines and Drug Delivery

Medical implementation of nanotechnology has demonstrated smart treatments in the form of intelligent cell therapies with artificial protein switch. Medical researchers and manufacturers develop synthetic protein switch, which can control many intercellular processes. The new development holds the potential to treat patients suffering from organ failure due to the over-activity of the transfused cells. With the nano-particle advantages, medical researchers have developed ways to support healing tissues and increase cell immunity, especially dealing with spinal cord injuries and damage. It aims to reduce the inflammation and stimulate the cells and achieve a better outcome. 

Newly invented self-propelled micro-robots can deliver drugs in the accurately targeted spots; clinicians can efficiently monitor and control its activity while providing medicine even directly to the tumor sites- identified within the intestine. Moreover, biodegradable polymeric nano-particles facilitates hydrolysis and bond cleavage and control drug release in the patient. The smart nano-carries for drugs are designed for various medical applications like sensing, imaging, and therapeutics. 

· Research and Development

Possibilities with nanotechnology increase with new research and development in the industry. Bio-markers are developing nano-particles for the vaccination base and treat tumor or cancers, which grow in the skin cells of the patient. Nanotechnology allows the medical researchers to spot the minute amount of disease circulating in the bloodstreams. The core innovation effectively carries the ability to separate blood plasma from whole blood in microfluidic channels and achieve highly accurate test, without external equipment. Medical study in DNA takes huge advantages of nanotechnology, within the range of 0.1 to 100nm. There are specific robots, which can be programmed and effectively carry 2D origami self-folding DNA to deliver to a particular location. The high level of nano-bots success encourages the developing team for the in-depth study of the complex biochemical environment. 

The potential of nanotechnology to tackle medical issues in different ways are yet to be explored. The combined approach of developers, researchers, and bio-markers have set to create flexible but highly effective treatment infrastructure. Today, there are advanced products and solutions of nanotechnology for the medical industry, and the promising nano-innovation attracts more and more investors to build a better future.