Abstract String assembling systems are biologically inspired mechanisms that generate strings from copies out of finite sets assembly units. The underlying mechanism is based on piecewise a double-stranded sequence symbols, where the upper and lower strand have to match. generation additionally controlled by requirement first symbol unit has be same as last generated so far, well distinction un...

 Abstract Background: Many disease susceptibility genes are large and consist of many exons in which point mutations are scattered throughout. Scanning each exon individually represents a tedious task which can be time consuming and expensive. There has been increasing demand for rapid and accurate methods for full scanning of unknown point mutations in large multi-exon genes. Gene Assembling i...

Electrospun polycaprolactone (PCL) is able to support the adhesion and growth of h-osteoblasts and to delay their degradation rate to a greater extent with respect to other polyesters. The drawbacks linked to its employment in regenerative medicine arise from its hydrophobic nature and the lack of biochemical signals linked to it. This work reports on the attempt to add five different self-asse...

BACKGROUND Next generation sequencing platforms can generate shorter reads, deeper coverage, and higher throughput than those of the Sanger sequencing. These short reads may be assembled de novo before some specific genome analyses. Up to now, the performances of assembling repeats of these current assemblers are very poor. RESULTS To improve this problem, we proposed a new genome assembly al...

In this work, γ-aminopropyltriethoxy silane (KH550) and γ-(2,3-epoxypropoxy)propyltrimethoxy (KH560) were used to modify BN Al 2 O 3 , described as KH550-BN KH560-Al with amino epoxy group on surface, respectively. filled in polypropylene (PP) matrix by twin-screw extruder. The thermal conductivity of composites increased increasing catalyst dosage, material residence time barrel homogenization...

There are two key challenges to creating the next generation applications: assembly and differentiation. Robust, inexpensive assembly is required at the very lowest levels (assembling nanoscale low-power economical computing devices) and the highest levels (assembling distributed applications from reusable low-cost software components). Differentiation is less obvious, but in some sense a more ...