However, in double-infected shrimp, the triggered induction of HSP-70 that would contribute to counteract a pathogen assault seems to open a window of immune-modulator imbalance that might be deleterious to the host due to the presence of an opportunistic co-infecting virus.
Considering this potential role of CA3, the observed increase level of CA3 in MDX-Sed mice could correlate with elevated oxidative stress levels and therefore contribute to counteract muscle damage in mdx mice.
High selfing rates may also contribute to counteract the homogenizing effect of long-distance dispersal, and thus help maintain temporal isolation and increase the success of well adapted genotypes if they do not suffer strong inbreeding depression.
As combined dietary enrichment of these nutrients has been reported to promote the synthesis of brain phospholipids, hippocampal dendritic spines and synaptic proteins, all prerequisites for synaptogenesis [ 51] and repletion of DHA, choline and uridine may therefore contribute to counteract the characteristic synaptic loss in AD.
Thus, besides their potential implications in some other physiological processes, spider mite cystatins could have a role in mite feeding by regulating their own digestive cysteine peptidases, by inhibiting cysteine peptidases of the host after feeding, and/or by contributing to counteract host defence mechanisms.
Thus, taken together, our findings consistently support the role of HMGA1 as a key element in the transcriptional regulation of genes involved in glucose metabolism and add new insights into the compensatory mechanisms that may contribute to counteract insulin resistance in vivo.
The expansion of the I25 cystatin family of inhibitors and their highest expression in feeding stages suggest a role for some cystatin members in mite feeding by regulating endogenous or exogenous peptidases and/or by contributing to counteract host defence mechanisms.
Knowing the exact moment and how physical activity can contribute to counteracting or preventing type 2 diabetes will be useful in encouraging diabetic patients to take part in physical activity on a regular basis.
The understanding of the mechanisms controlling Sirt1 localization and expression in the myoblastic lineage will provide information that could potentially contribute to therapeutic interventions to counteract the negative age-associated changes in muscle regeneration.
To further explore the signalling system for processes that potentially contribute to or counteract a spatially synchronous execution of apoptosis, we investigated the role of caspase-dependent feed-backs, altered reaction kinetics and the consequences of immobilising macromolecular aggregates.
