Laser-induced #graphene that can conduct electrical charge to kill the trapped #microorganisms in the mask filter, is effective in blocking out 99 percent of particles over 0.3 micrometers and 80 percent of smaller particles.
The colorimetric based #MIT technology can detect the #SARS_CoV_2 within 20 minutes using nanoparticle-bound #antibodies against a specific viral protein.
The first step in the clinical development of #Moderna's #mRNA vaccine against #SARS_CoV_2 (mRNA-1273) is being conducted by #NIH under its own Investigational New Drug application.
#mRNA technology has been widely used in many #nanotechnology_patents focusing on the #coronavirus (SARS / MERS) treatment approaches.
#MXenes are expected to be good candidates for a host of applications since they have already shown promising performance in #energy_conversion and #electrochemical_storage systems.
The #quantum_dot #market will grow to 61.4 billion dollars with a growth rate of 61.4 % from 2019 to 2024. The largest demand in the market is for the #display and #monitor_devices.
One potential of nanotechnology in #mining_industry is the use of needles composed of nanosized #supramolecular_wires that can extract #gold from practically any medium without the need for using toxic chemicals.
Asia Pacific is considered a key region for the development of the #borophene #market till 2025, due to the demand from the #semiconductor and #chemical industries.
#Nanosensors will have a #market of over $1200 million in 2021, and the share of #water monitoring sensors is predicted to be about $200 million.
Nanotechnology and #IoT are beginning to touch almost every area of industry. #Microchip powered #sensor technology has the potential to power IoT devices.
#Gold_nanoparticles #market will rapidly grow in the North America due to their use in #tunneling_microscopy and especially in the #health_sector.
Rapid expansion of the #electronics and #IT sector together with the increasing demand in the #health sector will positively influence the #silver_nanoparticles #market. South Korea and China are expected to acquire the largest shares of revenue in this industry.
According to Research & Markets, the #market size of #nanocellulose is estimated to grow from US$ 285 million in 2018 to US$ 661 million by 2023, at a CAGR of 18.4% during the forecasted period.
Currently, USA is considered as the largest #market for #carbon_nanotubes followed by East Asian countries. These two regions hold around 75% of the global market.
#Composite, #sensors, #batteries, #medicine and #automotive were 2018's top 5 #graphene applications, respectively.
Nanomaterials for #printing #market is expected to expand rapidly in the next few years, due to increasing demand in the #automotive and #electronics industries.
The #nanocellulose #market is rapidly growing in #Japan, having products introducing into the market in #textiles and consumer goods.
