Biotech
Scientific advances in cellular engineering and regenerative medicine: the development of bio-computers, artificial muscles, and the use of stem cells and light-activated systems to restore human biological functions.
Level 1
videoEpigenetics lets you control your genes through five simple lifestyle habits
Epigenetics proves your DNA is not your destiny. Learn the 5 lifestyle habits - diet, exercise, stress, pleasure, social bonds - that control your gene expression.
Level 2
videoBreakthrough in robotics: artificial muscles developed for robots
Artificial muscles enable robotic leg to walk and jump autonomously Scientists at the Max Planck Institute have developed artificial muscles…
Level 3
Fungal mycelia as control mechanisms in biohybrid robots
Researchers have created biohybrid robots using fungal mycelia, which are robust and responsive to environmental cues. These living components generate…
Breakthrough in DNA data storage: storing the equivalent of 1,000 computers on a single DNA strand
Advances in DNA Computing: Achieving Functional DNA-Based Logic Gates Researchers have made significant progress in DNA computing by developing functional…
videoBehind the scenes of cloning in 2024: animals, ethics, and the pursuit of mammoths
The interview is about Claire, who worked at a cloning company in South Korea. The company, led by the controversial…
Carbon nanotubes enhance AI processing capabilities through neuromorphic computing
Researchers are using carbon nanotubes to improve neuromorphic computing, a field of AI that mimics the human brain’s neural networks.…
Scientists develop nanobots capable of being injected into the bloodstream for precise medical treatments
Recent advancements in nanotechnology have led to the creation of tiny robots, or nanobots, that can be injected into the…
Evo AI predicts gene mutations and could speed up bio design
Evo AI predicts the effects of gene mutations across DNA, RNA, and proteins, a step that could speed disease research and synthetic biology.