1
Our study highlights a novel molecular pathway in HCC cell-derived exosomes.
2
In summary, we deciphered a novel molecular pathway promoting survival of anti-inflammatory monocytes.
3
However, understanding of the molecular pathway(s) involved in gonad differentiation is still incomplete.
4
These findings identify a molecular pathway that dissociates the prolongevity and anticarcinogenic effects of CR.
5
We identify the IFN-γ-iNOS axis as an essential and potentially druggable molecular pathway to AHF-induced shock.
6
These genetic lesions differ in the various AIDS-NHL subtypes, suggesting the involvement of distinct molecular pathway.
7
Markers could pinpoint activation or inhibition of a molecular pathway related, for instance, to neuronal viability.
8
Conclusion: We defined a new molecular pathway in which LPS-induced foam cell formation is regulated through autophagy.
9
These data reveal a molecular pathway in astrocytes that is responsible for brain metabolic coupling to neurons.
10
Our findings establish the first intra-endothelial molecular pathway governing the phased response of angiogenesis and lymphangiogenesis following injury.
11
Thus, the AhR provides a molecular pathway through which environmental factors modulate the immune response in health and disease.
12
A molecular pathway by which NO accomplishes functional diversity is the selective modification of protein cysteine residues to form S-nitrosocysteine.
13
Our studies reveal a common molecular pathway that is used to defend against viral infection but also causes chronic hepatic diseases.
14
Our results also lend support to further investigation of this downstream molecular pathway in the etiology and treatment of this disorder.
15
Our study demonstrates that mammals can harness a muscle regeneration strategy used by lower organisms when the same molecular pathway is activated.
16
These data demonstrate that dopamine signaling via D2 receptors is an essential component of the molecular pathway determining ethanol self-administration and sensitivity.
