Brainwash! A platinum complex (see scheme) was developed that could be administered orally and reduce the amyloid burden in the brains of transgenic mouse models suffering from Alzheimer's disease. Analyses of brain tissues showed that treatment with the Pt compound led to a 26 % decrease in the number of amyloid β‐peptide plaques.
Wildlife is persisting in urban areas of Australia even though white settler colonialism has resulted in the large-scale destruction of forested landscapes. While many bird species are in decline, the Sulphur-crested Cockatoo has found emergent opportunities for flourishing within the built environment. Cockatoos are actively generating relationally constituted spaces, drawing humans into urban ecosystems that are 'more-than-human' places, abundant and lively multispecies communities. Beginning in 2011, yellow tags attached to the wings of cockatoos, along with a smart-phone app and a Facebook page, have enabled scientists to collect data about these birds' movements. These tracking technologies were quickly co-opted by an emergent public for their own purposes, including speculating about the personalities, relationships, intentions, and desires of individual birds. Interspecies friendships formed between humans and birds-involving shared understandings, emotional resonances, ongoing social exchanges, and utilitarian arrangements. We used the wingtags and the associated digital infrastructure as an opportunity to experiment with new modes of collaborative research and teaching in multispecies ethnography. Bringing together a flock of academics and students, we explored emergent social spaces involving people and birds. While many participants who fed the birds worried that they would become tame, we found multispecies flocks were fleeting associations where wild and unruly behaviours redoubled as people offered up food. We found that wildness emerged in
Brainwash! A platinum complex (see scheme) was developed that could be administered orally and reduce the amyloid burden in the brains of transgenic mouse models suffering from Alzheimer's disease. Analyses of brain tissues showed that treatment with the Pt compound led to a 26 % decrease in the number of amyloid β‐peptide plaques.
Hydrogen is receiving increasing attention for achieving carbon abatement in various sectors, including transport, logistics, thermal engineering and industrial feedstock, etc. Hydrogen can also support distributed power supply that raises national energy security. Both commercial and industrial sectors share a common vision that increasing the cost-effectiveness of renewable hydrogen represents their strategic achievement towards substantial sustainability. This paper explains how hydrogen can play seven roles in the energy transition which include large-scale integration of renewable energy into the power grid, medium for storing and distributing energy across sectors and/or regions, a buffer to increase the electric system resilience and clean fuel for fuel cell vehicles to decarbonise transport. Besides, hydrogen can decarbonise building energy consumption and serve as feedstock using captured carbon. Power Assets Holdings Limited (PAH), a global investor in energy and utility-related business, has identified a hydrogen economy as a strategic vision in its business plan for zero carbon readiness in 2035 and a carbon-free business model in 2050. In this paper, the features and attributes of different hydrogen projects, such as H21 and InTEGRel in the UK and Hydrogen Park in South Australia, are discussed to demonstrate the commercial deployment of hydrogen power.
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