Second, DGS method has several limitations involved in labor, cost, and amount of material: (a) this method needs the generation of two rounds of plasmid libraries and the propagation of plasmid libraries, (b) this method costs higher than microarray platform and DK, (c) a large amount of starting material DNA is required.
The major advantages of biosorption over conventional treatment methods include, low cost; high efficiency; minimization of chemical or biological sludge; no additional nutrient requirement and possibility of regeneration of biosorbent (Volesky 1990).
The functionalization and assembly of live cells with microfabricated polymeric biomaterials have attracted considerable interest in recent years, but the conventional methods suffer from high cost, high complexity, long processing time or inadequate capability.
Among various chemical methods for synthesis of different types of metal oxides, co-precipitation process has several advantages over other methods including, good homogeneity, low cost, high purity of product and not requiring organic solvents and heat treatment.
These methods are low-cost, high-throughput, and do not require cloning DNA into bacteria.
Under the weighted kappa method more weight is given to extreme disagreement (e.g., a physician labeled low cost under one method and high cost under the other) and less weight to less extreme disagreement (e.g., low cost under one method and average under the other).
We present and characterize a low-cost, high throughput method for microbiome profiling.
The chromatographic methods require high cost solvents in addition to elaborate treatment.
Since these are currently the two most cost effective methods for high throughput expression studies, it is of interest to assess the performance of a combination of both methodologies.
With this in mind, we developed a method to cost-effectively generate high-quality de novo reference sequences of large plant genomes by combining "old school" physical maps with second generation sequencing technology.
