Engineerined protein nanofibrils show a much higher binding capacity for antibody purification compared to current gold standard.
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Microporous Aluminophosphate in Solar-Energy Storage and Heat Reallocation
Andraž Krajnc, Nataša Zabukovec Logar, Gregor Mali, and co-workers present a new type of microporous aluminophosphate for high-density storage of solar energy or waste heat in Advanced Energy Materials.
Magnetothermal Heterogeneous Catalytic Reduction of CO2
A chemistry and engineering nano-solution that aims to safeguard Earth against climate change can be imagined metaphorically as a “Life Raft” that will sustain renewable energy systems and living systems “thriving and buoyant” over the next thousand years when fully deployed around the globe.
Nanotherapy Treatments Aim to Change Duchenne Muscular Dystrophy’s Outcome
A recent review discusses the emerging nanomedications and therapies with potential to alter Duchenne’s fatal outcome.
Behavioral Analysis in Social Networks
A review of the methods for modeling and analyzing online user behaviors found in social networks.
Nanomedicine Approaches to Improve Cancer Immunotherapy
A diverse range of nanomaterials with different physicochemical characteristics have been developed to stimulate the immune system and battle cancer.
CNT Nanomotors Put a New Spin on Rotary Motion
Specially designed carbon nanotube nanomotors undergo rotary motion in water, driving external mechanical loads on the nanoscale.
A Golden Guide to Brain Surgery
Taking the headache out of brain surgery: these gold nanoparticles cross the blood–brain barrier and report when they hit tumour tissue.
Cancer Metastasis Hobgoblins: Circulating Tumor Cell Clusters
Circulating tumor cells (CTCs) are stray cancer cells that shed from the primary cancer site and travel to healthy tissues and organs via the blood or lymphatic circulation. Once CTCs settle in their new location, they transform healthy cells around them into cancerous cells.
Precision Functionalisation of Polymeric Microparticles
The NITEC reaction is explored with tetrazole-functionalised microparticles, and demonstrates micrometer-scale resolution as a surface-patterning technique.
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