Moreover, RT-PCR may be more feasible in the clinical setting than microarray-based technologies due to the need for specialized laboratory facilities and complex statistical analysis [15] [19].
Algae can grow in a broad range of temperature, salinity, and pH, and their ability to carry out photosynthesis under high CO2 concentrations [ 4] enhances the economic impact of algal-based technologies, due to their potential for CO2 mitigation [ 5].
However, at present, their large scale integrated hardware implementation is still quite challenging based on traditional CMOS-based technology due to high circuity complexity and their applications are thus limited in practice.
Regarding the other points, the development was based on the use of web servers (due to their standard character, flexibility and scalability) and Java technologies (due to their open nature, security properties and technological maturity).
FluBlok can be highlighted as one of the most relevant steps forward in the development of vaccines based on cell culture technology due to its more efficient production system.
In this framework, carbon nanotube based technologies are emerging as particularly innovative tools due to the outstanding physical properties of these nanomaterials together with their recently documented ability to interface neuronal circuits, synapses and membranes.
Metamaterials become a breakthrough technology due to their potential applications.
BioMark HD™ and OpenArray® are RT-qPCR based technologies which is considered as the gold standard for quantitative transcription analysis due to its high sensitivity, high reproducibility and large dynamic range [ 19– 219.
Remote sensing based technologies offer a unique perspective on urban land cover with the data offering significant potential to urban studies due to its consistent and ubiquitous nature.
Nanoscience and technology finds wide range of benefits in the area of surface based science due to its nano size and high surface area.
