When it detects stress molecules released by the hypothalamus, it releases these hormones.
Many additional airports installed X-ray equipment, for spotting metal items in baggage or concealed in clothing, and massive electronic detection systems (EDS), which can detect trace molecules released by explosive materials.
These markers could be soluble molecules (released by shedding or by proteolytic cleavage) or cell-derived microvesicles, including microparticles (MPs).
Neurotrophic molecules, released by neurons and neural target tissues, play a pivotal role in regulating neuronal development and plasticity.
Beyond simple control of cell attachment, it is often important to monitor the molecules released by cells.
Subsequent studies showed that inhibiting the inflammatory molecules released by glia could reverse hyperalgesia and tolerance in the rats.
Polypeptide hormones and other bioactive molecules released by enterochromaffin (EC) cells in the intestine are also involved in regulating food intake (Gribble and Reimann, 2016).
These receptors mediate the recognition of pathogen-associated molecular patterns (PAMPs) or damage-associated molecular patterns (DAMPs)—specific molecules released by damaged or necrotic cells [18, 19].
In recent years, the role of mtDNA as DAMPs is recognized, which are endogenous molecules released by cells undergoing abnormal cell death (e.g. during pathological insult) and capable of activating innate immune response.
Given that our mixed co-culture model was maintained using only DMEM and collagen, we suspect that the BMSCs or the matrix molecules released by the BMSCs may act as substitutes for these types of matrices in three-dimensional culture.
Post-synaptic membrane receptors at chemical synapses in neural tissue mediate signaling to the post-synaptic neuron and are activated by the binding of diffusible neurotransmitter molecules released by the pre-synaptic neuron.
