Strategies to decarbonize the hard to abate iron and steel sector.
In this study, ornamental tobacco floral nectar was found to be the source of numerous peptides, some showing antifungal or antibacterial activities. The characterization of these peptides could open new roads of research with potential applications in crop protection and pollination, public health and, more generally, biotechnologies.
A Viewpoint, in the context of SDG 3 and 9, exploring the impact and potential of China's Smart Eldercare model, which harnesses digital technologies to improve the quality of life of China's fast-expanding ageing population, including nearly 10 million people with Alzheimer's disease.
Circular economy has provided the possibilities for recycling and sustainable management of plastic wastes.
This article supports SDGs 9, 11 and 13 by employing an Urban-Water-Energy (UWE)-Nexus approach to understand water and energy demand and their interactions in both space and time for Rhode Island and quantifies the extent and exposure of the Urban Heat Island effects among its towns and urban populations using high-resolution details.
The paper studied the evaluation index system of urban garden afforestation, ecological environment benefit and urban garden afforestation, furthering SDG 11, 5 and 9.
Efficiently harvesting potable water from atmosphere for arid regions.
Examination of the life-centred design approach, which provides a more holistic perspective to the production of interactive products by decentring humans. Article puts forward a practical framework for life-centred design, allowing for environmental and ethical concerns to be highlighted.
The plastic sector is hard to decarbonize due to the widespread use of fossil energy as raw materials and the complex value chains rooted across global markets. This Review article takes a synthesis of existing literature and discusses potential and challenges in deep decarbonizing the global plastic sector via the aspects of technology and governance.
The data presented in this study indicate air pollution (AP) induces an epithelial-to-mesenchymal transition-like phenotype of BEAS-2B cells in 3D spheroid cultures. This opens new avenues for drug development for the treatment of lung diseases induced by AP. The 3D spheroid cell culture is a novel, innovative and physiologically relevant model for culturing a variety of cells. It is a versatile tool for both high-throughput studies and for identifying molecular mechanisms involved in bronchial epithelial cell (patho)physiology.
