Formed of antibodies and DNA, these molecular automata could help design better drugs to fight cancer, autoimmune diseases.
Drew Berry creates computer animations that bring to life biological processes of the human body at the molecular level. The results are mesmerizing.
Researchers at UC Berkeley have turned a benign virus into a tool that assembles structures similar to collagen--a process that could be used to create complex tissues such as corneas and bones.
Scientists have developed microscopic bots composed of DNA that can follow instructions and work together like an assembly line.
A 3D printer uses 3D printing combined with molecular gastronomy to create 3D "fruits" in a matter of minutes.
A study by Edinburgh University's Institute of Genetics and Molecular Medicine sees a "small" link between height and intelligence.
Researchers soon will unveil an imaging method that documents developing tumors at the molecular level.
David Glowacki, an expert in non-equilibrium molecular reaction dynamics and visiting professor at Stanford, is removed by fellow audience members. He is said to have been experimenting with the rules of behavior.
Molecule-R makes molecular gastronomy kits for everyday people. Their newest gadget makes scents where no scents have gone before.
Chemists could soon turn to a standardized set of instructions on how to program molecular interaction in a test tube or cell.