Publications by authors named "A A Taskin"

Background: The COVID-19 pandemic precipitated a rapid roll-out of virtual health care services to people with intellectual disabilities. Limited evidence is available for clinicians to guide virtual care delivery.

Method: Twenty-three studies were identified through systematic searching of 16 databases.

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  • Boric acid (BA) is crucial for the metabolic function in plants, animals, and humans but has mixed effects on biological systems.
  • The study examined how different concentrations of BA in culture media affected mouse embryo quality and development, using superovulated C57Bl6/6j female mice.
  • Results showed that low doses of BA significantly improved blastocyst development rates and enhanced embryo cell numbers and biochemical parameters, indicating its positive role in embryo development.
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  • Thin films of ferromagnetic topological insulators can achieve the quantum anomalous Hall effect without needing an external magnetic field.
  • Researchers demonstrated crossed Andreev reflection in a system where a superconducting Nb electrode interacts with a chiral edge state, indicating superconducting pair formation.
  • Their findings suggest a significant link between superconductivity and chiral edge states, paving the way for further exploration of topological superconductivity and Majorana zero modes.
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  • This study aimed to compare the effectiveness and postoperative complications of two treatment methods (laser vs. hybrid seton) for perianal fistulas in 76 patients over a period from January 2021 to April 2022.
  • The results indicated that while the laser method had fewer complications, it also had a higher treatment failure rate and lower patient satisfaction compared to the hybrid seton method.
  • Ultimately, the hybrid seton method showed better overall outcomes in terms of patient satisfaction and lower rates of fecal incontinence despite having more complications.
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  • Selective-area epitaxy (SAE) is a technique used to create specific shapes of thin films on pre-patterned substrates, allowing for precise control over the growth of materials.
  • This study successfully demonstrates the growth of Hall-bars and nanowires from bulk-insulating topological insulators (TIs) using SAE, which had not been reported before in this context.
  • The newly created TI nanostructures exhibit excellent transport properties and quantum behaviors, presenting opportunities for scalable fabrication of advanced topological devices.
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