This program uses three filters for the identification of reliable SNPs: filter 1 screens for all potential SNPs; filter 2 uses a haplotype-based strategy to detect reliable SNPs; and filter 3 screens SNPs by calculating a confidence score based on sequence redundancy and quality.
We describe here ligation-based strategy to detect mutations in BRCA1 utilizing zip-code microarray technology.
The second filter is the core filter, which uses a haplotype-based strategy to detect reliable SNPs.
Because of the unique properties of these cells, some studies have used a microarray-based strategy to detect neoblast-specific genes [ 25, 26].
QualitySNP is a newly developed program and uses a haplotype-based strategy to detect reliable SNPs without requiring sequence traces, quality scores, or genomic sequence data [ 36].
Potential SNPs were detected using the QualitySNP program [ 36], which employs a haplotype-based strategy to detect reliable SNPs without requiring sequence traces, quality scores, or genomic sequence data.
Maxwell et al. [ 86] developed a cell-penetrating NIRF probe based on an activatable strategy to detect apoptosis-associated caspase activity for enhanced noninvasive analysis of apoptosis in whole cells and live animals.
The validation of differentially expressed fascin levels in NSCLC could open new diagnostic and therapeutic perspectives, such as the development of radiologic imaging systems based on tagged antibody strategy to detect small lung cancers, either primary or metastatic, or the strategy of cell-mediated or antibody-based immunotherapy using fascin for targeting more aggressive lung carcinomas.
The proposed strategy to detect saturated pixels is based on this fact, and an analysis of amplitude signal is made.
Fluorescent sensors based on upconversion (UC) luminescence have been considered as a promising strategy to detect bio-analyte due to their advantages in deep penetration, minimum autofluorescence, and ratiometric fluorescent output.
The general strategy to detect and classify DNA-binding transcriptional regulators of sequenced corynebacterial genomes was based on a combination of several bioinformatic tools.
