Publications by authors named "F M Di Canio"

Chronic rhinosinusitis with nasal polyps (CRSwNP) is defined as a Type 2 eosinophilic disease, while CRSsNP is considered a Type 1 neutrophilic disease. Since neutrophils are also activated in eosinophilic CRSwNP, the eosinophil-neutrophil dualism has been revaluated. Among the inflammatory cells infiltrating sinus-nasal tissues, the role of mast cells (MCs) is not already recognized, although Clinical-Cytological Grading, which defines the severity of CRSwNP, attributes to mixed eosinophil-MC forms of CRSwNP a greater risk of recurrence.

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Background: Rhinitis is as an inflammation of the nasal mucosa, characterized by high prevalence, widespread morbidity, and a significant financial burden on health care systems. Nevertheless, it is often considered as no more than a mere annoyance. This point of view has progressively led to underestimate and trivialize the disease.

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Institutional regulations and market trends are spurring companies to invest more in pro-environmental and sustainable products. Within the pro-environmental offer, there are several packaging alternatives, from sustainably packaged to unpackaged products - so-called bulk - and/or labels, compelling companies into making a complex investment choice. Further, the required higher investments do not always find consumers' approval.

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Consumers are increasingly paying attention to their food choices in light of sustainability. Regional and locally produced food, as well as organic products, are experiencing an increasing success amongst consumers as perceived as authentic high-quality food products, able to contribute to sustainable methods of production and consumption. Applying the Theory of Reasoned Action, this work compares consumers' intention to buy EU quality label and organic food products.

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Article Synopsis
  • Automotive shredder residue (ASR) is made up of various materials like plastics, foams, and textiles, making its disposal challenging due to environmental regulations.
  • Pyrolysis is presented as an eco-friendly thermal treatment option for ASR, capable of recovering valuable by-products like pyrolysis oil and gas, although most research has focused on small-scale processes.
  • The study investigates the pyrolysis of ASR using a bench scale rotary kiln at varying temperatures (450, 550, 650°C), resulting in insights about product yields and characteristics that are helpful for scaling up the process.
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