Sentence examples for boost the activation of from inspiring English sources
For example, appear will boost the activation of dis-[VERB] but not un-[VERB] or de-[VERB], while materialize will boost only f de-[VERB].
This leads to the production of many different types of co-stimulatory molecules, which ensures that if one fails to boost the activation of CD8+ T cells, another molecule can do so instead.
Importantly, even constructions that are not relevant to the speaker's message will receive this activation boost (e.g., appear will also boost the activation of re-[VERB] and the simple intransitive construction [SUBJECT] [VERB], among many others).
Welten et al. found that other co-stimulatory molecules are able to compensate for the loss of CD80 and CD86 to boost the activation of T cells in response to LCMV, but not the herpes-like virus.
Recall that relevant verbs (e.g., appear) boost the activation of all constructions in which they appear even those that score low on relevance (e.g., [SUBJECT] [VERB])—in proportion to their frequency of co-occurrence.
Taken together, this suggests that under instructions to empathize, our psychopathic participants relied more than our control participants on deliberate mechanisms to boost the activation of their own actions, emotions and sensations.
The results suggest that by boosting the activation of complement system, this agent potentiates the development of cytotoxic T-cell-mediated immunity against the PDT-treated tumour, which results in the abolishment or reduction in tumour recurrence rates.
Interestingly, we found that leptin given orally can boost the fructose activation of AMPKα leading to increased GLUT2/GLUT5 transport activities, indicating that these transporters are responsive to AMPK activation [34].
The process is further enhanced by elevating the production of the chemoattractant SDf-1α and may also be boosted by blocking the activation of microglia.
Our findings also support that a fully functional platelet receptor GPIb-V-IX (comprising GPIb alpha, GPIb beta, GPIX, GPV) appears to be a placental mammalian innovation (Fig. 2) likely to boost thrombin formation and the activation of platelets.
In addition to its direct effects on effector T cells, HSP60-triggered activation of TLR2 signalling boosts the suppressive activity of human CD4+CD25high T cells [17].
