Publications by authors named "A Le Moigne"

Background: Opioid use disorder (OUD) continues to pose a significant challenge to public health in the United States. Chronic pain and OUD are highly comorbid conditions, yet few studies have examined the relative associations of pain status and severity toward multidimensional OUD recovery outcomes (e.g.

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Unlabelled: Segregation and mixing shape the structure and functioning of aquatic microbial communities, but their respective roles are challenging to disentangle in field studies. We explored the hypothesis that functional differences and beta diversity among stochastically assembled communities would increase in the absence of dispersal. Contrariwise, we expected biotic selection during homogenizing dispersal to reduce beta and gamma diversity as well as functional variability.

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Article Synopsis
  • The freshwater microbiome contains various bacteria that quickly react to higher nutrient levels, showing a high level of diversity on a small scale in lake environments.
  • Research conducted in Lake Zurich during a cyanobacterial bloom revealed that certain sampling methods influenced bacterial growth and richness, with lower growth in localized syringe samples compared to more homogenized mixed samples.
  • The study concluded that the limited dispersal of free-living bacteria in lakes can constrain their ability to transform nutrients, indicating that cyanobacterial blooms may serve as reservoirs for diverse and potentially harmful pathogens.
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Objectives: Individuals in recovery from opioid use disorder (OUD) are vulnerable to the impacts of the COVID-19 pandemic. Recent findings suggest increased relapse risk and overdose linked to COVID-19-related stressors. We aimed to identify individual-level factors associated with COVID-19-related impacts on recovery.

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Bacterial community composition among individual, experimentally generated 'lake snow' particles may be highly variable. Since such aggregates are seasonally abundant in the mixed upper layer of lakes, we hypothesized that particle-attached (PA) bacteria disproportionally contribute to the small-scale spatial beta diversity of pelagic communities. Community composition was analysed in sets of small (10 mL) samples collected from a pre-alpine lake in May, July and October 2018.

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