Sentence examples for molecular profiling from from inspiring English sources

Similarly, molecular profiling from FFPE material may be of great interest in the context of existing and newly planed clinical trials for which only formalin-fixed samples exist.

This dataset comprises molecular profiling from 132 PDAC cancer patients in Agilent-014850 Whole Human G4112F microarray 4x44K G4112F microarray platform.

Molecular profiling from FFPE material may be of interest for routine diagnostics in the near future as FFPE material is always available [ 42].

The I-SPY 1 collaboration demonstrates that standards for imaging, data and tissue collection can be followed and molecular profiling from small specimens is achievable.

Our study exemplifies the feasibility of in vivo RNA-Seq-based tumour molecular profiling from pre- and post-treatment biopsies from chemotherapy-treated patients [ 8] for advanced PCa to highlight the mechanisms of drug action and identify putative biomarkers of chemo-sensitivity or –resistance to (such as ORM1) and/or prognosis (such as ADAM7 and FAM72B, and the cell cycle-related genes).

With the technology advances in genomics and proteomics, many attempts have been made to predict HCC metastasis based on molecular profiling from mRNA or miRNA microarrays and mass spectrometry assays, sampled from tumor or adjacent non-tumor liver tissues [ 1- 3].

Conversely, the secondary lesion was defined as "independent" when it presented different morphological and molecular profiles from the primary lesion.

However, this approach will not validate that particular statistical assumptions are suitable for fitting molecular profiles from a given population.

For example, the TCGA ovarian cancer data contain both clinical and molecular profiles from 572 tumor samples and 8 normal controls.

In an expanded analysis of molecular profiles from the RCAS- PyMT and MMTV- PyMT models, Hollern and Andrechek further demonstrated significant diversity, particularly among tumors derived from different mouse strains [ 40].

Physiological cardiac hypertrophy differs in its structural and molecular profile from pathological cardiac hypertrophy and is characterized by normal or enhanced cardiac function and increased expression of adult isoforms of sarcomeric genes [ 5].