Fibrinolytic drug, also called thrombolytic drug, any agent that is capable of stimulating the dissolution of a blood clot (thrombus).
The researchers found that it is active at a wide range of concentrations and is capable of stimulating germination in many species that grow after forest and brush fires.
The model allows for axial dispersion and is capable of stimulating removal of low molecular weight by-products from the reaction mixture into an adjacent vapor phase.
This positionable array is capable of stimulating multiple independent bundles of parallel fibers (PFs), which synapse onto a single Purkinje neuron.
The current challenge for researchers is to develop a biomimetic scaffold that is capable of stimulating the re-growth of the native tissue, thus structurally mimicking the extracellular matrix (ECM), providing chemical guidance cues and mechanical support for re-enervation of the damaged region.
We have previously demonstrated that the Ad5 vector infects antigen presenting cells and is capable of stimulating Ad5-specific T-cell responses [17].
This suggests that either one of these signaling components is capable of stimulating a common downstream element that is sufficient for activation of the pathway.
Moreover, Pineau et al. found that the expression levels of some miRNAs change gradually during the progression of liver disease and miR-221 is capable of stimulating tumor growth possibility [6].
However, previous in vitro studies on cultured β-cell lines [28], [44], [45] and primary islets [46] have shown that activation of GIP receptor signaling in β-cells is capable of stimulating proliferation.
Although many groups have previously demonstrated an effect of US on neuronal activity [3], [4], [18] [24], these results are unique in that we found US is capable of stimulating neuronal activity at lower acoustic intensities than those previously reported.
Hyperosmotic shock produced by application of sucrose to hippocampal synapses is capable of stimulating the release of a small pool of primed synaptic vesicles (∼10 vesicles) in a Ca2+-independent manner and is thought to occur from mechanical processes [36].
