A new paradigm for inverse polymerization engineering is presented by leading experts in the field.
Features
The Devil Fights Back: How the Tasmanian Devil Adapts to Transmissible Cancer
In their review in BioEssays, Beata Ujvari and colleagues review how the transmissible cancer termed ‘devil facial tumor disease’ affects life history adaptations in Tasmanian devils.
Capacitive Pressure Sensors from Nanoparticles on Projector Slides
Capacitive pressure sensors created from silica nanoparticles dispersed in a dielectric polymer matrix force a rethink of device design.
Quantum Dot-LEDs for Next Generation Light Emitting Devices
A novel technology to display information on transparent screens offers new opportunities in next-generation electronics, such as augmented reality devices, smart surgical glasses, and smart windows.
Muscle Cell Response of Artery Tissue Revealed by Raman Scattering
A team of North American researchers developed an epi-SRS imaging platform for functional imaging of VSMCs in fresh coronary arteries which could support in developing new strategies for cardiovascular disease treatment.
Single-Atom Catalysts Reviewed: Emerging Multifunctional Materials
A recent Excellence in Energy report reviews the preparation, characterization, and testing of heterogeneous single-atom catalysts.
Leaf The Lights On
Repeatedly bringing a leaf into contact with a plastic sheet makes a useful electic current, which can be used to power various electronic devices.
Cancer Metastasis Put Under the Microscope
The process of metastasis, in which cancer cells migrate to distant organs from the primary tumor region, is the key pathological event responsible for 90% of all of the cancer-related deaths. The critical early steps of the metastatic cascade of events, namely...
Crossing the Blood Brain Barrier: Bioinspired Devices
Bioinspired, biohybrid device design and fabrication strategy for investigating the ability of therapeutics to cross the blood brain barrier.
Printing Viable Cells – The Keys to a Longer Life
Cell printing using this new electro-hydrodynamic technique allows the creation of cell structures with multiple layers and a high cell viability.
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