The possibility to localize or to follow changes in organisms at the molecular level by imaging component distributions of specific tissues is of prime importance to unravel biochemical pathways and develop new treatments and drugs (Rohner et al. 2005).
Detailed pairwise interactions in molecular level among different components were clarified by spectral analysis and theoretical calculations (density functional theory), which are important for both the structural design of new flocculants aiming at targeted contaminants and understanding the environmental behaviors of antibiotics in water.
To further assess changes in ECM at the molecular level, several ECM components were investigated.
Overall, our results demonstrate that equivalent levels of stress imposed on aphid survival can have profoundly different effects on molecular level responses and components of fitness.
In many cases, these pathways have not been demonstrated at the molecular level, rather the components involved have been inferred from the observations made, combined with pre-existing knowledge.
To analyze the relationship between these two forms of synaptic facilitation at the cellular and molecular level, this monosynaptic sensorimotor component of the gill-withdrawal reflex of Aplysia can be reconstituted in dissociated cell culture.
However, a reliance on fortuity at the molecular level is a troubling component of this hypothesis, and the hypothesis in general is inconsistent with the observation that apomixis has failed to arise spontaneously (even once) among many tens of thousands of intra and inter-specific hybrids and amphiploids that have been produced artificially during the past 100 years.
The detector is split at a molecular level into signal-silent components which, before a signal is generated, must be assembled correctly into a particular three-dimensional arrangement.
In most cancer types, loss of TGFβ-mediated tumor suppression occurs at the molecular level for TGFβ signaling components or through other oncogenic pathways that override TGFβ-induced tumor suppressive effects.
These data indicate that the interactions observed here between circadian and cold regulation at the molecular level are likely a relevant component of cold acclimation.
