Sentence examples for changes of cancer from inspiring English sources
Cancer metabolomics research aims at evaluating and predicting pathophysiological changes of cancer patients by investigating metabolic signatures in body fluids or tissues, which are influenced by genetics, epigenetics, environmental exposures, diet, and behavior.
Some gain-of-function changes of cancer cells have been identified.
By investigating the phenotypic and genotypic changes of stromal cells adjacent to cancer cells and the reciprocal changes of cancer cells, novel molecular markers may be developed to diagnose cancer earlier before pathologic appearance of cancer cells at the primary site.
Besides this function, mitochondrial cholesterol accumulation may indirectly contribute to the metabolic changes of cancer cells by impairing mitochondria function and activation of survival programs turned on by HIF1α activation.
While the mechanism(s) of action of salens or Fe-SP on cells in culture or in vivo remains to be investigated, selective morphological changes of cancer cell lines and induction of apoptosis after drug treatment in vitro are a first indicator for potential selective effects on tumor metastasis and cell physiology in vivo.
The velocity, number, and morphological changes of cancer cells are affected by diffusion of chemotherapeutic drug.
In other words, alterations of miRNAs expression can directly reflect the chromosomal or genomic changes of cancer-associated genes.
Organic Br can be very damaging to human health through damage to DNA, enhancing the change of cancer development (Lenntech 2017).
The new role of stemness as a hallmark change of cancer cells is also supported by the observation that histologically poorly differentiated tumors show transcriptional profiles on which there is an overexpression of genes normally enriched in embryonic stem cells.
The modification of cellular glycosylation is indeed a common phenotypic change of cancer cells that mainly affects the outer part of glycans, leading to the expression of tumour-associated carbohydrate antigens (TACAs).
Molecular detection strategies from airway specimens are challenging because of the relatively difficult access, paucity of tissue and lack of molecular changes predictive of cancer.
