Sentence examples for may contribute to development from inspiring English sources
Dysregulation during periods of excessive oxidative stress may contribute to development of heart and/or musculoskeletal diseases44,45,46.
Conclusions: These results suggest that M6P/IGF2R functions as a growth suppressor and its loss or mutation may contribute to development and progression of cancer.
We are also examining hemodynamic timecourses in motor and somatosensory brain regions during motor tasks to investigate how repetitive or skilled movements may contribute to development or exacerbation of brain pathology underlying dystonia.
The consequences of combinatorial drug approaches and the identification of the co-regulatory networks involved in the LXR-mediated control of particular genes may contribute to development of novel LXR agonists.
Our findings yield a new design concept of cell repelling and trapping surfaces which are applicable to cell guiding methods and single or multiple cell confinement on cell culture substrates, and thus may contribute to development of more advanced biomaterials.
High level of ROS in nasal polyp tissue may contribute to development of mtDNA mutations, which may play a crucial role in the vicious cycle of pathophysiology of nasal polyps.
This study may contribute to development of other studies in this area of knowledge.
Mutations in the BRCA1 and BRCA2 genes may contribute to development of ovarian cancer.
We suggest that hyperprolactinemia may contribute to development of pain in migraine subgroups and further TRH-test could be used to predict which patients could benefit by DA therapy.
Indeed, invasive positive pressure ventilation and sedation may contribute to development of atelectasis [2, 3], increasing the risk of repetitive opening and closing of atelectatic lung tissue, so-called atelectrauma [1].
Cancer-specific mitochondrial mutations may contribute to development of a malignant phenotype by direct genotoxic effects from increased reactive oxygen species production as well as induction of aerobic glycolysis and growth promotion.
