Sentence examples for cancer pathogen from inspiring English sources
Of these helicates, [Pd2(hextrz)4]4+ exhibited rapid cytotoxicity against a panel of cancer cell lines at concentrations < 10 µM, raising the possibility that it could be used for translational research into treatments for cancer, pathogen infection and autoimmune disorders.
The sensitive detectors could screen for cancer, pathogens, and other genetic or infectious diseases.
NK cells hold promise for protecting hosts from cancer and pathogen infection through direct killing and expressing immune-regulatory cytokines.
We would like to thank Matthew Meyerson for providing motivation and encouragement for this work, and for his feedback on its utility in cancer and pathogen discovery.
Future studies will involve examining whether Kcne2 disruption increases predisposition to gastric cancer within pathogen and carcinogen-based protocols, the mechanisms behind these possible differences, and the potential mechanistic links between Kcne2, Cyclin D1 and cell cycle perturbation outside the realm of achlorhydria-associated disease etiology.
We predict these cells contribute to improved eRapa‐mediated cancer and pathogen protection, and lifespan and healthspan extension.
Perhaps the best-known example of preventive evolutionary medicine is vaccination and there is a major effort to develop prophylactic and therapeutic vaccines aimed at cancer causing pathogens and/or cancerous cells (e.g. Finn 2003; Palucka et al. 2011).
Fully synthetic vaccine, in which one or multi-molecular antigens are conjugated to a synthetic carrier with well-defined chemical structure, is a new direction to develop carbohydrate-based vaccine against cancer and pathogens.
Other recently published articles on basic research and clinical studies of cancer and pathogen-specific vaccines have raised serious concerns about the worthiness, hidden agenda and high costs of these reductionist approaches to such projects that are toxic and repeatedly failed the public [14 40].
To conclude, we consider that EV occurrence analysis may be a useful tool for analysing human cell behaviour in reaction to unknown stimulus (such as cancer or pathogens).
In addition, epitope mapping of cancer and pathogen-associated proteins is a commonly employed method for the identification of relevant CTL epitopes [ 35, 36].
