Publications by authors named "O H Juarez"

is an opportunistic nosocomial bacterial pathogen that commonly causes urinary tract infections. Over the past decades, strains have acquired resistance to common antibiotics that has led to the rise of multidrug-resistant and even pandrug-resistant strains. Infections produced by these strains are nearly impossible to treat, which makes a global priority to develop new antibiotics and there is an urgent need to identify targets to treat infections against this pathogen.

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Pro-death Bax family member, Bax∆2, forms protein aggregates in Alzheimer's disease neurons and causes stress granule-mediated neuronal death. Production of Bax∆2 originated from two events: alternative splicing of Bax exon 2 and a microsatellite mutation (a deletion from poly guanines, G8 to G7). Each event alone leads to a reading frameshift and premature termination.

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Introduction: Gender-based violence is a worldwide problem. School-based socio-educational interventions could be effective in preventing gender-based violence. We assessed the effectiveness of the Let's focus! program, aimed at health and equitable interpersonal relationships among high school students.

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Antimicrobial resistance presents a substantial threat to global public health, demanding urgent attention and action. This study focuses on lanthipeptides, ribosomally encoded peptides that display significant structural diversity and hold promising potential as antibiotics. Genome mining was employed to locate biosynthetic gene clusters (BGCs) containing class II lanthipeptide synthetases encoded by genes.

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Article Synopsis
  • Multidrug-resistant strains of a common microorganism pose significant challenges for global healthcare due to their role in urinary tract infections and their ability to adapt to various environments, including urine.
  • This study examines the metabolic strategies of stationary phase cells grown in urine-like conditions, revealing reliance on several metabolic pathways, including the Entner-Duodoroff pathway and aerobic oxidative phosphorylation, crucial for survival.
  • Enhanced respiratory rates in stationary phase cells highlight the importance of aerobic metabolism, and specific respiratory components like complex III could be targeted for new antibiotic development.
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