Introduction: Free radicals are reactive oxygen species that constantly circulate through the
body and occur as a side effect of many reactions that take place in the human body. Under …

… To the best of our knowledge, this is the first report to hypothesize the potential interplay and
crosstalk between the different human microbiotas. We would be pleased if our contribution …

… Throughout an extensive microbial-mammalian cross-talk, the gut microbiota has evolved
to exert a strong influence on the human metabolic phenotype (CitationMartin et al. 2007). …

… human disease implies that the origin of such crosstalk is embedded in the mechanisms
leading to cardiac disease … mechanisms to counter potentially detrimental effects resulting from …

… cross-talk is able to alter the pathogenesis of disease. Indeed, many pathogens are known
to exploit innate cross-talk to … Cross-talk is a common and under-appreciated mechanism …

… In summary, VDAC emerges as a potential player in the crosstalk between mitochondria
and ciliogenesis, and … Nevertheless, more studies are needed to shed light on this crosstalk. …

… This is particularly important, since many human … and cross-talk between various modes
of cell death and their role in cell death-related disorders, notably, neurodegenerative disease …

… of modular transcriptional regulators that work together to regulate a common promoter;
they should also identify targets for potential therapies for a range of human diseases. …

… Unravelling the mechanisms of lung–gut cross-talk is critical in our understanding of the
aetiology of incredibly complex mucosal inflammatory diseases, such as IBD, COPD and allergy. …

… intimate cross talk between the microbiota and the pancreas maintains organ function, while
environmental disturbances (8, 15, 36), bile acid metabolism (57), and pancreatic diseases …