Given the recent advance in the development of speaking and interacting robots (Roy, Hsiao, & Mavridis, 2004; Wermter & Elshaw, 2003; Wermter et al., 2004), it even appears feasible to suggest the development of communication robots for intensive language action therapy in future.
This approach has become more feasible due to the development of sophisticated software, enabling the simulation of complex and biologically meaningful population genetic scenarios (Hoban et al. 2011).
The application of NGS technologies for the investigation of outbreaks in real time is becoming feasible thanks to the development of semi-automatic pipelines, as proposed in some recent publications [ 27- 29].
While our proposed method can decode the neural activity in 10 ms even the number of neurons is as much as 300, which is feasible nowadays due to the development of single-unit recording technology.
As regards compatibility with the Galileo and EGNOS satellite systems, your rapporteur believes it is not feasible to complete development of a positioning receiver without full availability of the positioning satellites.
According to recent numbers from the U.S. Energy Information Administration, only two other countries Canada and China are now producing commercial volumes of gas from shale formations, a process made feasible relatively recently thanks to the development of hydraulic fracturing and horizontal drilling technology (see "Natural Gas Changes the Energy Map").
After Iraq and Afghanistan, it's no longer politically feasible to sponsor vast development initiatives with little regard for whether they create self-sustaining growth for the region.
SP-C33Leu and KL4 recapitulate the function of native surfactant peptides, including transmembraneous insertion52,53, but are less prone to aggregate49 and are therefore feasible to produce for development of synthetic surfactant preparations.
This is now feasible thanks to the tremendous development of the Next-Generation Sequencing technologies (reviewed in [ 20]) that enable establishment of transcriptomic resources for plant species without the need for associated genomic resources [ 21].
However, sophisticated biomechanical and physiological measurements outside the lab and on the track are becoming more feasible due to the further development and miniaturisation of monitoring devises, portable metabolic analysers and motion sensor technology [ 21, 43].
