More recently, involvement of intrinsic disorder in molecular recognition has been suggested to involve at least two possible mechanisms [ 3].
Another potential mechanism linking cosmic rays and clouds has been suggested to involve the global electric circuit (GEC).
It is suggested to involve the dissociative adsorption of NO and subsequent oxygen exchange with the surface in parallel to CO oxidation by the surface oxygen species.
The brine imbibed non-uniformly, and the mechanism is suggested to involve the formation of a water-wet bi-layer between the oil and the hydrophobic chalk surface.
Netrin-1 is a laminin like protein that has recently been suggested to involve in the pathophysiology of atherosclerosis and treatment targets.
Multiple activities reported for curcumin, including inhibition of the stress-induced activation of AP-1, have been suggested to involve the anti-oxidant properties of curcumin.
Some of the recognition processes are suggested to involve ancillary lipid-binding scaffolds or regulators as well as dynamic protein protein interactions determined by bilayer architecture.
Moreover, although the exact process of pellets formation is not fully understood, the initial step of some pelletization events is suggested to involve conidia aggregation (Prosser and Tough 1991).
Moreover, phospholipid sphingosine-1-phosphate (SIP), phospholipase C and nitric oxide (NO) have also been suggested to involve in ABA signaling pathways in stomatal closing movement (Hetherington 2001; Ng et al. 2001; Bright et al. 2006; Zhang et al. 2007).
The crystallisation mechanism is suggested to involve the formation of a SiO2-enriched shell around the nano-crystals which hampers their further growth, limits Ostwald ripening, and promotes uniformity in size.
The underlying mechanism has been suggested to involve a decrease in protein synthesis in order to conserve O2.
