Viruses Up Close And Personal
lourdes sanchez bayas — February 15, 2008 — Science
References: wired
As the fascinating field of Nanotechnology advances by leaps and bounds it seems sometimes, scientists are opening windows into the physical nature and appearance of subatomic structures. A British team of scientist last year, was able to capture, in real time, the nanoscale of an active virus with an enzyme and a DNA strand: Meet your stomach virus!
Implications - Art and images focusing on science and biology help consumers get back in touch with their humanity in an over-digitized world of the Web and gadgets. Though consumers love the opportunity to express their individuality, there is still appeal in finding out what unites the human species, with biology and life science as the only true common ground throughout the entire human population.
Implications - Art and images focusing on science and biology help consumers get back in touch with their humanity in an over-digitized world of the Web and gadgets. Though consumers love the opportunity to express their individuality, there is still appeal in finding out what unites the human species, with biology and life science as the only true common ground throughout the entire human population.
Trend Themes
1. Advancements in Nanotechnology - The ability to capture the nanoscale of an active virus opens up possibilities for further research and advancements in the field of nanotechnology.
2. Real-time Visualization of Subatomic Structures - The breakthrough in capturing the nanoscale of an active virus in real time provides opportunities to explore and understand subatomic structures in a new way.
3. Integration of Science and Art - Art and images focusing on nanotechnology and biology can serve as a bridge between science and the general public, creating opportunities for creative collaborations and new perspectives.
Industry Implications
1. Biotechnology - The ability to capture the nanoscale of an active virus can revolutionize the biotechnology industry, leading to improved understanding of viruses and development of new treatments.
2. Medical Research - Real-time visualization of subatomic structures can greatly benefit medical research, enabling scientists to study viruses and other biological components in unprecedented detail.
3. Art and Design - The integration of science and art presents opportunities for artists and designers to create visually engaging representations of nanotechnology and biology, fostering interdisciplinary collaborations and unique artistic expressions.
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