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Mark Griffiths

As seen in: LinkedIn, CNN, IMDb, MSN Brasil, MSN UK, National Institutes of Health, UOL, Bangalore Mirror, Color Research & Application, MSN South Africa and
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Articles

Fear of missing out and escapism mediate the relationship between loneliness and both problematic social media and problematic smartphone use

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By Paolo Soraci, Mark Griffiths, Renato Pisanti
| Taylor & Francis Online
ABSTRACT Problematic smartphone use (PSU) and problematic social media use (PSMU) have become major behavioural issues, especially concerning their association with loneliness. An online cross-sectional survey was conducted with 785 Italian adults (82.00% female, Mage = 33.80 years), who completed validated measures of loneliness, fear of missing out (FoMO), social media-related escapism, PSMU, and PSU. The hypothesised model showed excellent fit indices.
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TGF-alpha/EGFR signalling mediates retinoic acid-induced lung repair

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By Sek-Shir Cheong, Chunyu Yan, Róisín Mongey, David Chambers, Mark Griffiths, Matthew Hind, Charlotte Dean
| Nature Verified
Abstract Lung repair involves coordination of multicellular processes, including endothelial angiogenesis and epithelial repopulation. Retinoic acid (RA) signalling is crucial for lung development, homeostasis, and repair; however, the mechanisms through which RA drives repair are still unknown. It has previously been shown that RA has no direct effects on the repair of alveolar epithelium, yet in animal studies, RA induces alveolar regeneration.
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Development of a hemolysis filter system for the selective removal of free hemoglobin, haem and iron from blood envisaged for use in extracorporeal circuits

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By Lisa Barbaro, Mark Griffiths, Simon Davidson, Daniel Melley, John O’neil, Karl Riley, Richard W Issitt, Nathan Davies, Alan C Spivey, Noora Naghavi, Gregory J. Quinlan
| Nature Verified
Abstract Hemolysis, the rupture of red blood cells, releases hemoglobin, haem, and redox-active iron into the bloodstream. When the body’s scavenging capacity is overwhelmed, these species can exert deleterious effects, as seen in hemolytic disorders. Hemolysis can also occur in extracorporeal circuits due to mechanical forces acting on blood during circulation.
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