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Advent of Nano-Biotechnologies Involving Nano-Fluidics Will Boost Life Sciences and Bioengineering

Published on January 9, 2014 at 7:23 AM

Research and Markets has announced the addition of the "National Innovation Ecosystems: Healthcare, CMF, Energy - Technical Insights" report to their offering.

The concept of interaction among organizational, political, economic, environmental, and technological systems and the resulting synergy has resulted in a new way to support business growth. This phenomenon is being depicted under the term Innovation Ecosystems. Based on the intensity of innovations in the various innovation belts or regions for each technology cluster, the United States, Germany and South Korea have been chosen for analysis of technology developments across areas of a) healthcare b) chemicals-materials-food c) clean and green environment, and d) sustainable energy.

Key Findings

Healthcare Life Sciences and Medical Devices

  • An even major progression and synergy with related disciplines is expected for 2020. A life sciences and bioengineering revolution has been recognized from the advent of nanotechnologies, especially nano-biotechnologies involving nano-fluidics approaches. By 2020, a massive integration of nanobiosensing devices is expected into the life sciences and bioengineering technology clusters. This technology implies significant advances toward personalized diagnostics and therapeutic.
  • Extended capabilities of interventional radiology and cardiology and the shift toward minimally invasive surgeries have increased the demand for hybrid operating theatres. Interventional imaging modalities are also driving the development of supporting clinical applications software, enabling novel capabilities.

Chemicals Materials and Foods

  • Increasing concerns about fuel emissions and promotion of low-carbon economy has resulted in the adoption of lightweight composites in aerospace applications and automotive applications.
  • Research focus on the development of lightweight multimaterials and biocomposites is expected to find widespread adoption in the next three years.
  • The use of nanocoatings and superhydrophobic coatings for enhanced functionalities and extended lifespan of substrates will help in reducing raw material use and result in cost savings and energy savings.

Clean and Green Technologies

  • Waste minimization and waste upcycling is the main theme of all the countries in this segment. It is expected that technologies such as pyrolysis, waste gasification, anaerobic digestion, and so on will be adopted at large scale for producing energy from wastes by 2015.
  • For desalination, the USA has made some significant development in the membrane desalination sector. Implementation of carbon fiber, graphene membranes, aquaporins, and so on can be considered as the technologies for the sustainable future. Also, technologies such as capacitive deionization and solar desalination are gaining importance all across the globe. It is expected that by 2015 to 2016 mass-scale adoption of efficient desalination technologies will occur.

Sustainable Energy

  • Nowadays, a growing number of federal governments and organizations have begun to consider sustainable energy and industries related to its production, distribution and services as opportunities rather than regulations. Many believe that the trend will continue such that it is of paramount importance to prepare for the green race immediately. The governments of the United States of America, Germany, and South Korea are not exceptions. They have recently been intensifying efforts toward promoting economic growth via supporting sustainable energy sectors.
  • Sustainable energy growth in terms of R&D efforts as well as technologies commercialization is expected to gain momentum as a result of several government incentives and schemes.
  • As for grid energy management, all the three countries are encouraging its implementation. The current level of adoption is the highest in the USA, followed by Korea and Germany. However, Germany is more advanced than Korea in terms of grid energy management know-how.

Key Topics Covered:

1. Executive Summary

2. Visionary Innovation by Countries

3. National Innovation Pipeline

4. National Innovation Indicators

5. Analyst Insights

For more information visit http://www.researchandmarkets.com/research/65zk8k/national

Source: http://www.researchandmarkets.com/

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