Foods are essential for life, but foods can be life-threatening for people with food allergy. This collection of articles from the April 2025 issue of JACI: In Practice provides up to date information on many important aspects of food allergy
Foods are essential for life, but foods can be life-threatening for people with food allergy. This collection of articles from the April 2025 issue of JACI: In Practice provides up to date information on many important aspects of food allergy
Foods are essential for life, but foods can be life-threatening for people with food allergy. This collection of articles from the April 2025 issue of JACI: In Practice provides up to date information on many important aspects of food allergy.
This study investigates whether food fermentation in space is possible and if so, how it compares with fermentation on Earth.
Foods are essential for life, but foods can be life-threatening for people with food allergy. This collection of articles from the April 2025 issue of JACI: In Practice provides up to date information on many important aspects of food allergy
Foods are essential for life, but foods can be life-threatening for people with food allergy. This collection of articles from the April 2025 issue of JACI: In Practice provides up to date information on many important aspects of food allergy
Foods are essential for life, but foods can be life-threatening for people with food allergy. This collection of articles from the April 2025 issue of JACI: In Practice provides up to date information on many important aspects of food allergy
Foods are essential for life, but foods can be life-threatening for people with food allergy. This collection of articles from the April 2025 issue of JACI: In Practice provides up to date information on many important aspects of food allergy
The ecological intensification index (EII) is a new tool that helps balance agricultural productivity with environmental sustainability by quantifying both crop yields and ecological services like soil carbon storage. It guides farmers and policymakers in adopting practices that maximize food production while minimizing ecological damage, supporting sustainable agriculture in a changing climate.
Big data shows significant potential for deep decarbonization in the transportation sector, while advances in artificial intelligence (AI) technologies help extracting valuable knowledge from such data. This study reviews the applications of big data and AI technologies in transportation, encompassing data accumulation, pattern understanding, and uncovering the intricate nexus between transportation activities and carbon emissions, ultimately providing insights for achieving carbon neutrality.
