Publications by authors named "O Dal Canton"

Background: Food protein-induced enterocolitis syndrome (FPIES) is a non-IgE-mediated food allergy. In the last few years, after the publication of the consensus guidelines, with refined diagnostic criteria and improved awareness, FPIES is diagnosed with increased frequency. However, despite having a background of immune dysregulation, this complication has just been described once in the posttransplant setting, in an adult patient.

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Background: The SARS-CoV-2 variant of concern (VOC) P.1 (Gamma variant) emerged in the Amazonas State, Brazil, in November 2020. The epidemiological consequences of its mutations have not been widely studied, despite detection of P.

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Article Synopsis
  • The SARS-CoV-2 pandemic highlighted the importance of vaccination strategies, particularly as vaccines became available in late 2020, with discussions around the cost-effectiveness of delaying second doses to increase first-dose coverage.
  • A new mathematical model was developed to analyze two-dose vaccination schedules and optimize vaccination rates with a focus on minimizing deaths, considering vaccine production rates and the effectiveness of first and second doses.
  • The findings suggest that the optimal timing for second doses depends on the efficacy of the first dose, vaccine production capacity, and the characteristics of each vaccine, emphasizing the need for strategic planning in vaccination campaigns.
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This article discusses the epidemic situation of Covid-19 in Brazil, in the face of the emergence of a new strain called P.1, which is more transmissible and may be associated with reinfection. Given the collapse of hospital care in Manaus in January 2021 and the results of three recent preprints, each that reports increased transmissibility of the P.

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We report the evolution of the magnetic properties of single crystals. In particular, for () and (), we have solved the magnetic structure of these compounds using single-crystal neutron magnetic diffraction experiments. Taking the magnetic structure of the heavy-fermion antiferromagnet as a reference, we have identified no changes in the magnetic wave vector; however, the direction of the ordered Ce moments rotates toward the plane, under the influence of both dopants.

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