The rapid-prototyping procedures we describe are simple, employ readily available equipment, and provide a link between computer-aided design and self-assembled functional nanostructures.
We demonstrate our strategy using the Illumina GAII technology although the procedures we describe could be applied to other sequencing platforms that can generate paired end data.
The procedures we describe below for IBC may be helpful in the standardization of diagnoses of other diseases with a clinical component.
The procedure we described here can be applied for the development of dielectric sensing method of any polar biomolecule solution.
Moreover, the minimally invasive procedure we described, is easy, fast and cost-effective, relying on the use of a single instrument, also reducing the numbers of postoperative scars from five to one.
The procedure we described above is analogous to K-means (Duda and Hart, 1973).
The first was doped with heteroatoms boron and sulfur (B/S) following the procedure we described recently, while the second was doped with heteroatoms boron and selenium (B/Se).
To present a detailed description of the procedure, we describe the procedure of calculating singular stress fields and stress intensities of co-cured double lap joints with a wedge that consists of carbon fiber reinforced plastic composite and steel adherends.
As a paradigm of our procedure, we describe the case where the transported form is CQ+.
