Two individual comb jellies can fuse into a single organism, providing an incredible feat of regeneration rarely seen in the animal world.
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Two individual comb jellies can fuse into a single organism, providing an incredible feat of regeneration rarely seen in the animal world.
Researchers use enzymes to link antigens and adjuvants, creating safer and more effective vaccines by lowering the required adjuvant dosage.
Scientists are reviving lost wetlands using paludiculture, blending ecology and economy to combat climate change and restore biodiversity.
Researchers have discovered that a protein produced by parasitic worms in the gut enhances wound healing in mice.
Scientists convert harmful microplastics into valuable graphene using plasma, offering a promising solution for this type of pollution.
Scientists are speeding up drug formulation to breath new life into old medications and reduce risk of clinical trial failure.
Taking inspiration from plankton, researchers create engineered blood cells that are an important step toward a universal blood supply.
Engineering mineral rich dust and releasing it as an aerosol could warm the planet and kickstart the thickening of the atmosphere.
This material absorbs more than 99% of the light that strikes it, making it useful in applications ranging from solar energy to astronomy.
Switching to less processed does not guarantee a healthy diet; the types of foods may be more important than their level of processing.