In other crop and model systems (e.g. Alonso-Blanco et al. 2009), the analysis of genetic variation has provided unprecedented information on the molecular mechanisms that determine important adaptive responses, insights that are unavailable when relying solely on domesticated varieties or mutants for experimental material.
Such changes in behavioural response offers insight into the adaptive short- and long- term plasticity mechanisms that correspond to changes in neuronal excitability.
Finally, the identification of the immunodominant targets of the EBV-specific TH cell response provides insight into the role of this T cell subset in the control of EBV infection.
The proteins are part of important pathways such as cell adhesion, migration pathways and immune response giving insight into molecular changes needed for the tumour to spread.
Animal models that display a robust neutrophilic response provide insight into the pathological role of uncontrolled neutrophilia, and might facilitate testing of immunotherapeutic strategies to suppress neutrophil influx to limit pulmonary immunopathology during reactivation of TB disease.
The permeability data, in conjunction with the stress-strain response, provide insights into the morphological changes resulting from deformations.
The resulted limiting current, reaction profiles, and impedance response provide insights into the influence of system parameters such as interstitial glucose concentration and enzymatic rate constants.
Results identify the most predominant parameters on the responses, provide insight into the interactions of these parameters, and obtain the optimized operating conditions.
This method extends the regulatory relationships of a TGG to other candidate genes and thus links them to a well-defined biological response providing insights into the biological context in which the gene(s) functions.
Our results, together with previous in vivo studies on the effect of particle size on CD8+ T cell responses, provide insight into the rational design of vaccines for the stimulation of cell-mediated immunity.
