Defense mechanisms include the ability to inflate the body quickly by gulping air, and (rarely) spurting blood from the eyes.
These mechanisms include the experimental geoengineering technology of carbon capture and storage – for which the industry is creating "CCS ready" coal and gas, the Reducing Emissions from Deforestation and Forest Degradation initiative and emissions trading schemes.
The mechanisms include the GRI 2.11, SSLA, and their derivatives.
The proposed neurochemical mechanisms include the endogenous opioids and the dopamine reward system.
Popular molecular propagation mechanisms include the use of molecular motors [17 19], bacteria [20, 21], and molecular diffusion [22, 23].
The enhancement mechanisms include the strong localized fields around the NP and increased far field light scattering at the LSPR.
These mechanosensing mechanisms include the cytoskeleton, cellular membrane, glycocalyx, caveolae, primary cilium, nucleus, focal adhesions, adherens junctions, and ion channels.
Intrinsic mechanisms include the genetic/epigenetic mutational profile of cells and the nature of the 'cell of origin'.
These mechanisms include the biogenesis of mitochondria, the clearance of damaged organelles, and the physiological rhythmicity of gene expression.
Challenges in understanding its mechanisms include the complexity, as contributors are derived from both the donor and the recipient.
Other mechanisms include the lack of an entire nucleus (see the case of lapidary 'b') and the loss of the ordinal structure, due to inversions.
