Based on the output equation and using adaptive approaches, an adaptive output estimator is designed for the corresponding output.
Target cancer cells are easily detected with high specificity using reverse transcription-polymerase chain reaction (RT PCR), with primers designed for the corresponding gene fusion partners.
The goal is to extend previous algorithms and characterizations designed for planar graphs (corresponding to combinatorial surfaces with the topology of the sphere, i.e., of genus 0) to the more general case of graphs embedded on surfaces of arbitrary genus.
A small number of the oligonucleotide pairs designed for RTqPCR experiments, corresponding to 15 additional OR genes, failed to amplify their cognate mRNA (data not shown).
Two sets of primers were designed for amplification of the corresponding gene fragments by PCR.
The compressor working with the fluids R22, R507 and R407C and designed for a revolution speed corresponding to the compressor supply current nominal frequency of 50 Hz, has been tested varying the frequency in the range 30 50 Hz.
Degenerate and specific PCR primers were designed for the CBL genes, corresponding to the conserved amino acid sequences in the analagous gene products of other plant species (Additional file 7).
On the other hand, an improved DSD is also designed for HTR-PM based on corresponding simulations, which could be used to sample the important nuclei in the high temperature helium from SG.
Specific oligonucleotides (60-mers) were designed for 5085 protein-coding genes corresponding to 96% of the total predicted protein-coding genes in the annotated genome of the M. aeruginosa [3].
Two lentiviral vectors, Lv-shGFAP and Lv-shVIM, were designed for the expression of the corresponding shRNA sequences and of the EGFP reporter gene as a marker of transduced cells.
