The studies published on the radio-frequency technique include descriptions of successful procedures in almost 500 patients.
Crops suited to the technique include corn (maize), pigeon pea, cowpea, and soybean.
Advantages of the technique include immediate feedback, data reduction, direct generation of geometry and higher precision of the final product.
Main limitations of this technique include wavelength ratiometric properties inherent only to a restricted number of solute specific fluorescent dyes.
Major components used in the technique include a three-axis micromanipulator, a force sensor, two desktop computers, and a microscope.
When a catheter is used, the advantages of this technique include the ability to modify dose, volume, and type of anesthetic, as appropriate to the stage of labour.
Instruments played with this technique include the bawu of southwestern China, the didjeridu of Aboriginal Australia, and the nagaswaram of South India.
However, major concerns related to this technique include off-target effects, variations in morpholino efficiency, and potential morpholino toxicity; furthermore, such problems are difficult to discern.
However, limitations of this technique include issues of dynamic range, spectral overlap, photobleaching, and overall low signal intensity due to the small size of bacteria.
Advantages of this technique include the ability to scale-up screening and the reproducibility and simplicity of interpretation of results compared with standard microscopic methods.
The benefits of this technique include efficient uses of energy and solvent, and being a virtually waste-free process that allows for scale-up.
