Publications by authors named "J Andres"

The development of the world economy has prompted various countries to pay more attention to the teaching of online international trade courses based on deep learning. In the Internet age, online teaching has become an essential way for people to receive education. To guide the public in obtaining high-quality online teaching resources related to international trade, we propose an evaluation method for the implementation of international trade online courses based on deep learning.

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Article Synopsis
  • Some genes can cross species boundaries while others, related to reproductive barriers, cannot, leading to "genomic islands of speciation."
  • High differentiation areas, primarily on the X chromosome, were identified in hybridizing field crickets, thought to indicate restricted gene flow.
  • However, our findings showed that these areas do not have the expected high absolute differentiation, with divergence times based on nuclear DNA being much older than those based on mtDNA, challenging the islands model and prompting a reconsideration of gene exchange dynamics.
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Introduction And Objectives: The occurrence of a difficult airway during intubation is a critical event in anaesthesia. Despite the usefulness of clinical predictors, difficult intubation frequently arises unexpectedly. The aim of this study was to determine the utility of airway ultrasound in detecting these patients.

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The rising resistance of various pathogens and the demand for materials that prevent infections drive the need to develop broad-spectrum antimicrobial membranes capable of combating a range of microorganisms, thereby enhancing safety in biomedical and industrial applications. Herein, we introduce a simple and efficient technique to engineer membranes composed of polylactic acid (PLA) and polybutylene adipate terephthalate (PBAT) biopolymers and α-AgWO particles using an electrospinning technique. The corresponding structural, thermal, mechanical, and antimicrobial properties were characterized.

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Fat infiltration in skeletal muscle is related to declining muscle strength, whereas excess subcutaneous fat is implicated in the development of metabolic diseases. Using multi-slice axial T2-weighted (T2w) MR images, this retrospective study characterized muscle fat infiltration (MFI) and fat distribution in the lower extremity of 107 subjects (64M/43F, age 11-79 years) with diverse ethnicities (including White, Black, Latino, and Asian subjects). MRI data analysis shows that MFI, evaluated by the relative intensities of the pixel histogram profile in the calf muscle, tends to increase with both age and BMI.

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