The thinking was that some of these molecules might be involved in autism and mental retardation, but which ones remained a mystery.
Alternatively, the expression of neurotoxic molecules might be induced.
Lastly, I discuss how small molecules might be more advantageous than oligonucleotides for targeting RNA.
These results suggest that PBTA molecules might be activated by CYP1A1.
The elevated expressions of cell adhesion molecules might be responsible for the failed tube formation.
These molecules might be therapeutic themselves, or they could lead researchers to new drugs.
Thus, these original molecules might be useful as drug discovery leads to an early phase of drug design.
Last, we tested the hypothesis that quorum sensing molecules might be involved in the inhibition of wound healing.
Therefore, the order observed in the X-ray diffractograms means that the molecules might be organized in crystallites that are randomly oriented in the film.
There is information pointing out that these molecules might be involved in diverse processes, including seed germination, pathogenesis, modulation of plant architecture and response to abiotic factors.
The results indicated some of the target molecules might be not a target-specific agent, may behave as a new lead compounds for highly potential cytotoxic agents.
