Individual components of lipid nanoparticles are examined to understand how they interact with cells.
Individual components of lipid nanoparticles are examined to understand how they interact with cells.
Conductive paste boosts the growth of coral fragments, accelerating restoration activities.
Scavenging harmful reactive oxygen species, this new biomaterial reduces inflammation and promotes nerve regeneration in spinal cord injury.
A new hydrogel extracts water from the air, offering a sustainable alternative to bottled water and addressing global water shortages.
SARS-CoV-2 marker used to trigger the immune system against cancer, showing promise in shrinking tumors and improving survival in mice.
This 3D printing method could make lab-manufactured organ transplants not just a possibility but a viable reality.
A new material converts NOx environmental pollutants into harmless byproducts without the need for any heat.
A search for environmentally friendly inks led researchers to microalgae biofactories, providing a renewable biomass solution.
Zwitterionic hydrogels boost healing in diabetic wounds by balancing the immune response, reducing inflammation, and promoting tissue growth.
Fitted with nanoscale grippers, these microrobots offer new opportunities for imaging and manipulating single cells.