Inner ear otolith formation in fish is supposed to be performed by the molecular release of proteinacious precursor material from the sensory epithelia, followed by an undirected and diffuse precipitation of calcium carbonate (which is mainly responsible for the functionally important weight of otoliths).
ROS also plays a role in the activation of the inflammasome, an important arm of the innate immune defense, whereby pattern-recognition receptors on host cells identify danger to the host, via recognition of pathogen-associated molecular patterns from microbes and damage-associated molecular patterns released from injured tissue (Bauernfeind and Hornung 2013).
Fatty acid molecular species released from Ces2c catalyzed lipolysis have not been characterized (Li et al., 2016).
It was surmised that tribofilm growth was constantly fed by molecular species released from GO-IL reinforced EP, while GO digested within the tribofilm enhanced its robustness and improved the boundary lubrication capability.
Photosynthetic conversion of light into chemical energy in oxygenic phototrophs is accompanied with evolution of molecular oxygen released from water molecules.
In a recent work, Fang et al, demonstrate that danger-associated molecular patterns, released from chemically (oxaliplatin and/or 5-fluorouracil) stressed CRC cells, can induce mouse and human DC activation and maturation via TLR4 and enhance the induction of an anti-tumor T-cell immune response both in vitro and in vivo.
ATP can act as a non-peptide damage-associated molecular pattern (DAMP) release from injured cells and tissues.
The inappropriate release of free fatty acids from obese adipose tissue stores has detrimental effects on metabolism, but key molecular mechanisms controlling FFA release from adipocytes remain undefined.
Moreover, Raman mapping can visualize synthetic and natural compounds in hybrid scaffolds, and enables the molecular tracing of drug release from nanoparticles that can serve as drug delivery systems.
