Infectious Disease

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Pathogens, epidemiology, transmission genomics, vaccines, environmental drivers, and outbreak science.

The study of infectious diseases requires a multi-scale understanding of pathogens, spanning molecular pathophysiology, clinical intervention, and environmental epidemiology. This section of Mental Momentum Research investigates the front lines of outbreak science, analyzing how emerging viral threats spread, how the human immune system defends itself, and how modern biotechnology is reshaping global biosecurity.

A major focal point of our research is the rapid evolution of vaccine platforms. We trace this trajectory from historical eradication efforts to the cutting edge of genetic medicine, analyzing imminent regulatory decisions surrounding mRNA seasonal influenza candidates and their broader implications for oncology and pandemic readiness. At the cellular level, we examine the fundamental mechanics of host defense, including how the innate and adaptive immune systems coordinate long-lasting protection and why conserved physiological responses like fever are vital for optimizing T-cell metabolism.

We also provide deep technical analyses of high-consequence pathogens. Our coverage of filoviruses explores the limits of diagnostics—such as the challenges of detecting Ebola via PCR during early incubation—and evaluates current and investigational prophylaxis strategies. Concurrently, we investigate the rising threat of orthohantaviruses, including the Andes and Seoul variants. This research addresses the molecular pathophysiology of capillary leak syndrome driven by RhoA signaling, critical care standards like advanced hemodynamic monitoring and extra-corporeal membrane oxygenation, and the developmental barriers facing hantavirus DNA and mRNA vaccine candidates.

Finally, we map the environmental and anthropogenic drivers of zoonotic spillover. From climatic shifts and masting cycles in Eurasia to peri-urban land-use changes, ecological disruptions are reshaping the human-wildlife interface. We explore how field researchers deploy portable genomic sequencing and point-of-care diagnostics to manage active transmission hotspots, and we evaluate future biosecurity scenarios to help global systems prepare for both natural and synthetic biological threats.

18 published articles