Sentence examples for molecular profiles with from inspiring English sources

Hintzsche J, Kim J, Yadav V, Amato C, Robinson SE, Seelenfreund E, et al. IMPACT: a whole-exome sequencing analysis pipeline for integrating molecular profiles with actionable therapeutics in clinical samples.

Our results thereby integrate molecular profiles with clinical observations and provide a better understanding of the underlying molecular mechanisms.

A recent review presents the integration of molecular profiles with networks in order to find "network modules" [ 14].

Our results integrate molecular profiles with clinical observations and provide insights into the underlying mechanisms causing GCT malignancy.

Other attempts integrated molecular profiles with previous knowledge captured in gene interaction networks to stratify ovarian, uterine and lung cancer patients [ 95].

The molecular characterization of CTCs is important because it may enable insight into the molecular biology of metastasis, and the association of their molecular profiles with treatment outcomes, and reveal the presence of potential therapeutic targets.

Accurately linking cancer molecular profiling with survival can lead to improvements in the clinical management of cancer.

To present a computational method aimed to comprehensively exploit the scientific knowledge in order to foster the development of personalized cancer treatment by matching the patient's molecular profile with the available evidence on targeted therapy.

Finally, this archive - along with the algorithm we have proposed - can be utilized to match the patient's molecular profile with the available literature and thus to hypothesize patient-specific drug sensitivity toxicity or synergism based on the scientific evidence supporting each type of relationship for each of the molecules investigated.

Currently, molecular profiling with large-scale genetic, proteomic and metabolic screening technologies is emerging as a powerful tool to improve and guide model selection.

In addition, hundreds of analytes can be detected and identified from one single mass spectrometry experiment, resulting in high-content molecular profiling with spatial information in tissue sections.