This hybrid approach provides simple design tools and allows a straightforward analysis of global stability properties.
Here we propose the design and demonstrate the feasibility of a novel 'cells-on-beads' (COB) immobilization approach, providing simple, fast, low cost and reproducible method for the construction of viable whole-cell biochips.
This approach provides simple and effective methods for prevention and treatment of basic causes for severe child diseases, which is based on facts and observations, rational and accessible use of remedies.
In addition to new fundamental insights into cooperative interplay of molecular interactions and confinement by clusters of chiral macromolecules that arise from this work, the approach provides simple methodology to enable production of soft materials with tunable structural, mechanical, and chiroptical properties.
Although these approaches provide a simple operation with a human finger, they require complex and expensive device fabrication such as multi-layer photolithography and computer numerical controlled (CNC) milling process.
The zero-configuration approach is required to provide simple and easy connection between various Wi-Fi supported devices.
The models retain the essential elements of a rigorous approach, whilst providing simple solutions.
Such an approach conveniently provides simple and rapid way to assess any preferential distribution of labeling through the initial evaluation process (as suggested and outlined Fig. 4).
Integration of health services requires more than simply emphasizing the importance of integration; providing simple approaches and tools to guide health staff to address "how" they can integrate services helps to ensure success.
The design of step cavities provides simple approach of a dual-wavelength random lasing emission, demonstrating potentials for compact laser devices.
