Recently, A. thaliana plants from southern Europe were found to vary in the temperature requirements for vernalization, responding to temperatures higher than 6°C.
However, they are sensitive on their noses and paws, responding to temperature differences of several degrees.
The objective of this investigation was to understand the pathogenic V. parahaemolyticus behavior in non-sterile prawn in a laboratory and frozen food factory as responding to temperature.
However there was almost no overlap in genes responding to temperature between the sites.
TRPM8 is a polymodal receptor, responding to temperature, menthol, icilin and other chemicals [10], [14], [17], [27].
Morphological anomalies were not apparent at 24 hours and we identified an even larger number of location-specific DEGs responding to temperature at this time point (Fig. 4C).
Further, we identify candidate genes responding to temperature that are part of the gibberellin and heat-shock pathways.
This suppressor analysis suggests a possible bifurcation of the calcineurin pathway, with one branch responding to temperature stress and another to cell wall/membrane stress.
Earlier, Sant'Ambrogio and colleagues showed that flow receptors actually respond to temperature changes from body to room temperature (thermoreceptors) [ 29].
Are developmental pathways not differentially sensitive to temperature (or stated reciprocally, do they all respond to temperature the same way)?
