’ Since 2000, nanowires and nanodevices have been in use for characterization of more robust products. Today many novel materials with high strength, light weight, and greater chemical resistance have come into

existence and are grouped under nanomaterials [2], nanotubes (carbon nanotube (CNT)) [3], nanowires (light emitting diode (LED)), nanocrystals, and nanocatalysts [4]. Dr Butt [1] also reported that typical nanotechnology applications in various areas include but not limited to the following: Energy – as in solar panels, fuel cells, batteries Defense – as in producing special materials Medicine/health – as in anti-cancer drugs, implants, dental pastes, https://www.selleckchem.com/products/AZD2281(Olaparib).html diagnostic sensors Environment and agriculture

– as in water purification, animal drugs, crop quality, nanocapsules for herbicides, click here pesticides, insecticides and insect repellants, anti-toxicants, and filter. Again, nanotechnology is now adopted in manufacturing of aerospace parts as nanocomposites – to improve its light weight and high strength structures and its lighting systems – using LED, popularly called MAPK Inhibitor Library manufacturer low-energy saving bulbs. Sargent [5] reported that some of the unique properties of nanoscience materials such as small size and high surface area to volume ratio have given rise to concerns about their potential implication on health, safety, and environment, particularly as regards to carbon nanotubes (CNTs). The truth is that research on the health risk of nanotechnology is at its collation stage [6–8] waiting for inference to

be drawn and above all is the fact that the risk level is highly dependent on the C1GALT1 potential to accumulate a reasonable quantity at a time rather than just having a contact [9]. Perhaps it is this uncertainty regarding health issues of nanotechnology activities that deters many countries from starting their own nanotechnology initiatives, but such position is a negative one because nanotechnology has come and it is fast growing into every area of life, and the earlier the surrounding challenges are confronted by a nation, organization, or agency, the better for her. Many advanced countries such as USA, China, UK, Germany, Japan and many others have since a decade ago initiated and developed a robust nanotechnology plan for their respective countries. Also, few developing countries that have a clear understanding of the trend have in the recent past launched their own nanotechnology program and are today at various advanced stages with much economic benefits. Unfortunately, most African nations and some other least developed countries (LDC) have only demonstrated interest to start without any practical approach to its implementation.