Sentence examples for cellular level interactions from inspiring English sources
The state of agglomeration/aggregation has been implicated as a mitigating factor in the transport, cellular level interactions, and fate of ENMs in the environment.
Studies of mind-body practices suggest numerous mechanisms of action at multiple levels, including gene expression at the cellular level; interactions among central brain regions with neuroplastic changes; and top-down and bottom-up feedback loops between the brain and the body, particularly via the nervous system, interoceptive communication, and circulating neurohormones [ 7– 10].
Our results indicate that at the sub-cellular level, interaction between the pattern recognition receptor RIG-I and the adapter molecule STING, is a major contributor to elicit immunological responses involving the type 1 interferons in neurons following JEV infections.
More interestingly, we find several disease pairs can be linked by only the cellular-level interactions.
This could involve a mechanism consistent with previously reported suggestions at the cellular level of interactions between cellular Ca2+ homeostasis and Nav1.5 function.
At the cellular level, the interactions between ILC2s and other immune and tissue cells such as mast cells and epithelial cells, as well the mechanisms involved in these interactions, need to be studied.
However, at the cellular level the interaction between host and symbiont appears to have components of a parasitic or pathogenic interaction.
These materials possess unique physicochemical properties with an ability to get functionalized at molecular and cellular level for biochemical interactions.
Cellular Signaling (CELLBIO/MCB/BIOCHEM 760) Mechanisms of signaling at the cellular level, including ligand/receptor interactions and secondary messenger systems.
Magnetic nanoparticles (MNPs) provide exclusive magnetic properties as they have the ability to work at the molecular or cellular level of the biological interactions, which make them the best compounds as contrast agents in MRI and as carriers in drug delivery.
These findings at the whole heart level might now be followed by further investigations at the cellular level possibly for direct interactions of β3 with either tetrodotoxin (TTX -resistant Nav1.5 or TTX -resistantα-subuNav1.5ororms.
