Circadian Clocks, Immune Regulation, and Tuberculosis Diagnostics
This community investigates the molecular mechanisms of circadian rhythms and their interaction with immune function, while also developing diagnostic assays for tuberculosis. The work focuses on how biological clocks regulate cell behavior and how specific immune markers can identify latent infections.
The research centers on the suprachiasmatic nucleus and peripheral clock genes, including BMAL1 and CLOCK, which govern cell cycle progression and gene expression. A significant portion of the literature examines the interplay between circadian rhythms and immune responses, particularly in the context of cancer and inflammation. Concurrently, a distinct strand of the community focuses on the development and validation of interferon-gamma release assays, specifically Quantiferon-TB Gold, for detecting tuberculosis infection. These studies frequently employ systems biology approaches and mathematical modeling to understand the regulatory networks that synchronize cellular timing with environmental cues and host defense mechanisms.
The community’s output is distributed across a wide range of elements, with the largest share of its papers found in gold research, accounting for 0.1% of all gold-related studies. This element also contributes the highest number of papers to the group, with 77 entries. Other elements with notable representation include sodium and lead, though their shares of total element-specific research are negligible.
The community comprises 2,203 papers, with the highest publication volumes appearing in Cell, The Plant Cell, and bioRxiv. Recent work continues to explore the synchronization of segmentation clocks using synthetic signaling and the role of intestinal clocks in maintaining metabolic homeostasis. Current studies also examine how redox rhythms influence immune-induced cell death and how circadian genes interact with autophagy pathways.