Sentence examples for markers of molecular from inspiring English sources

Messina allows the detection of genes with profiles typical of markers of molecular subtype, and complements existing methods to assist the identification of such markers.

Although Messina is fundamentally a classifier, its primary use is to identify genes with low frequency aberrant expression, such as markers of molecular subtype, thus complementing existing approaches that identify genes that show either consistent or outlier profiles.

The expression pattern of S100A2 (Figure 3a, point y) is typical of markers of molecular subtype; such patterns are penalised by many conventional techniques due to their high intra-group variance.

In this study we examined the expression level of Dynamin1 and phospho-CaMKII, key proteins of endocytosis and synaptic plasticity respectively, as potential markers of molecular processes specifically deregulated with DLB and/or PDD.

The goal of this study was to identify patients at high risk for local-regional recurrence according to response to neoadjuvant chemotherapy and surrogate markers of molecular subtypes in patients undergoing breast conserving therapy (BCT).

These common findings in multiple rheumatic diseases to date include Type I interferon inducible proteins, autoantibodies, numerous inflammatory cytokines/chemokines, and markers of molecular pathways associated with chronic immune activation (for example, NF-kB, TNFα, and complement fixation), oxidative stress, coagulation, protein degradation and lipid metabolism [ 3- 8].

The study of minimal residual disease (MRD) as a 'surrogate' marker of molecular response to treatment has drawn great interest because of the potential of tailoring treatment and the possibility of gaining insight into the nature of a cure.

melas, by comparison with a marker of molecular weight.

It is possible that the presence of multifocality is associated with a greater burden of residual disease or it may be a marker of molecular heterogeneity [ 3].

During the last ten years, major advances have been made in characterizing and understanding the evolution of mitochondrial DNA, the most popular marker of molecular biodiversity.

Thus, further investigations are required to develop appropriate markers or panels of molecular markers, as well as good quality control in detection of the disease.