Hence investigation of glycan structures associated with these changes became a major focus of interest and inspired us to develop an automated method for rapid processing of a large number of test samples.
We observed high expression levels of mature miR159 using Northern hybridization, however, we failed to detect pre-miR159b, which was most likely a result of rapid processing of the pre-miRNA.
The concentration and purification of LV vector stocks on a large scale presents a significant bottleneck and methods allowing rapid processing of large volumes of LV vector-containing supernatants are needed.
Here we introduce a novel technique that combines rapid processing of frozen tissue using Benzonase and Cyanase to specifically identify Tissue Accessible Chromatin (TACh) from frozen specimens.
The submitted jobs are pushed to the Cluster server, which acts as the application server, which in turn manages the jobs using a job scheduler to enable rapid processing of the jobs.
In this paper, we developed a scanning laser system, which allows rapid processing of freeform multi-layered microstructures.
Our goal was to develop a method that allows for the rapid processing of many samples with relatively small volumes without requiring complex purification or chromatographic steps.
This paper introduces a novel 3D manufacturing approach to the rapid processing of microfluidic components such as embedded channels and microvalves, using a scanning laser system.
In particular, representing the memory set as an attentional set or filter could facilitate rapid processing of the probe to determine its positive/negative status, and thus reduce stimulus-triggered (i.e., automatic, bottom-up) processing of recency information.
According to Barratt (1994), impulsivity is a multidimensional concept, encompassing failure of inhibitory control, rapid processing of information, search for novelty and inability to postpone reward.
