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La gente ha escuchado durante años que el cambio climático está teniendo un impacto significativo en los patrones de vegetación de las plantas e influyendo en cómo se produce el polen y el moho. Un nuevo estudio que se presentará en la Reunión Científica Anual del Colegio Americano de Alergia, Asma e Inmunología (ACAAI) de este año en Boston mostró que, en Chicago, ha habido un aumento significativo en la sensibilización al polen y al moho en pacientes con alergias nasales.
People have heard for years that climate change is having a significant impact on plant vegetation patterns and influencing how pollen and mold produce. A new study being presented at this year’s American College of Allergy, Asthma and Immunology (ACAAI) Annual Scientific Meeting in Boston showed that, in Chicago, there has been a significant increase in sensitization to pollens and molds in patients with nasal allergies.
A pivotal study has illuminated how woodland strawberries launch rapid defense mechanisms against Botrytis cinerea, the fungus responsible for devastating gray mold. Using high-resolution RNA sequencing, researchers mapped the strawberry’s swift systemic response and the pathogen’s persistent gene activity during early infection stages. These findings are key to advancing strategies aimed at enhancing plant immunity, offering promising directions for safeguarding strawberry crops from this widespread disease.
The spring months are usually when people with allergies suffer the most, but fall’s cooler weather doesn’t necessarily mean everyone can take a breath of relief. Allergy season is starting earlier and lasting longer and fall allergy sufferers are impacted. Dr. Susan Schuval, Chief of the…
David Winter, MD, at Baylor Scott & White Health, discusses the increase in allergies during the spring. What You Need to Know: Changing weather patterns can contribute to allergies. Allergy symptoms include itchy eyes, stuffy nose, nasal drainage, coughing or…
University of Wisconsin–Madison researchers have identified a new way that common Aspergillus molds can induce asthma, by first attacking the protective tissue barrier deep in the lungs.
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