Publications by authors named "A B Akinbobola"

Background: Biofilms on dry hospital surfaces can enhance the persistence of micro-organisms on dry harsh clinical surfaces and can potentially act as reservoirs of infectious agents on contaminated surfaces.

Aim: This study was conducted to quantify the transfer of viable Staphylococcus aureus cells from dry biofilms through touching and to investigate the impact of nutrient and moisture deprivation on virulence levels in S. aureus.

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The WHO recently classified Candida auris as a fungal pathogen of "critical concern". Evidence suggests that C. auris emerged from the natural environment, yet the ability of this pathogenic yeast to survive in the natural environment is still poorly understood.

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The mycobiome, comprising fungi inhabiting plants, potentially plays a crucial role in tree health and survival amidst environmental stressors like climate change and pathogenic fungi. Understanding the intricate relationships between trees and their microbial communities is essential for developing effective strategies to bolster the resilience and well-being of forest ecosystems as we adopt more sustainable forest management practices. The mycobiome can be considered an integral aspect of a tree's biology, closely linked to its genotype.

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Article Synopsis
  • Candida auris is a newly recognized pathogenic yeast with ambiguous environmental origins and transmission pathways, raising concerns for public health.
  • It has adaptations for surviving increased temperatures, potentially tied to climate change, suggesting it may be the first human fungal pathogen emerging from such environmental shifts.
  • The release of antifungal chemicals into nature likely contributes to drug-resistant strains, highlighting the need to study C. auris's environmental behavior and the impact of climate change and pollution on its spread.
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Plastic waste is ubiquitous in the environment and can become colonised by distinct microbial biofilm communities, known collectively as the 'plastisphere.' The plastisphere can facilitate the increased survival and dissemination of human pathogenic prokaryotes (e.g.

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