Sentence examples for more personalized therapy from inspiring English sources

Identification of the dominant proliferative signals and key aberrations will allow for a more personalized therapy.

Furthermore, we evaluated the prognostic value of Talin-1, in order to develop a more personalized therapy for NPC.

The development of molecular diagnostic techniques has facilitated a better understanding of the heterogeneity of breast cancer and opened up the possibility of more personalized therapy [ 27, 28].

A better understanding of the most frequent driving mutations in lung cancer will aid in the progression towards more personalized therapy.

In such a paradigm, algorithmic care would be both a useful starting place for most patients with type 2 diabetes and a framework on which to build more personalized therapy as needed.

Collectively, our results provide a reliable prediction about the cross-resistance of known crizotinib-resistant mutations across all second-generation TKIs clinically available, with the purpose to direct clinicians toward a more personalized therapy, thus enhancing the probability of success.

Therefore, BRMS1 levels used in conjunction with the TNM staging system have the potential to more effectively predict patient metastasis potential and prognosis and could guide the development of more personalized therapies for this disease.

Based on age of onset and the need to determine early signs of BD, we infer that NGS will impact child, adolescent and adult clinical settings, the latter probably because of the quest for more personalized therapies and the desire to know the genetic susceptibility of their offspring.

To have an effective tool for distinguish patients according to the expected therapy outcome would contribute to more personalized mRCC therapy.

The whole-genome analyses in respective patients will identify many less frequent driver mutations, which will help identify potential drug targets in each patient, leading to more personalized cancer therapy.

A deeper understanding of how sex chromosomes and sex hormones function as variables in complex biological systems may lead to better, more personalized medical therapies.