Gene Therapy Gets Safer: CRISPR Without Cutting DNA
UNSW scientists developed a revolutionary form of CRISPR that switches genes on without cutting DNA, offering safer treatment for diseases like sickle cell anemia.
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Breakthrough Materials Could Solve Global Water Crisis
New thin films with subnanometer pores achieve outstanding desalination performance, turning seawater and brine into fresh water with high selectivity and minimal energy.
PHYSICS
Quantum Computing Leap: Exotic Particles Found in Graphene
Scientists observe robust non-Abelian anyons in bilayer graphene—a major breakthrough toward building fault-tolerant quantum computers of the future.
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BIOLOGY
Gene Therapy Gets Safer: CRISPR Without Cutting DNA
UNSW scientists developed a revolutionary form of CRISPR that switches genes on without cutting DNA, offering safer treatment for diseases like sickle cell anemia.
CHEMISTRY
Breakthrough Materials Could Solve Global Water Crisis
New thin films with subnanometer pores achieve outstanding desalination performance, turning seawater and brine into fresh water with high selectivity and minimal energy.
PHYSICS
Quantum Computing Leap: Exotic Particles Found in Graphene
Scientists observe robust non-Abelian anyons in bilayer graphene—a major breakthrough toward building fault-tolerant quantum computers of the future.
Stopping Parkinson's at the Source
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Cambridge researchers found a way to stop the protein clumping that causes Parkinson's disease using a molecule called claramine.
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