Scientists create a microfluidic device that spins artificial spider silk from spidroins proteins, duplicating silk’s complex molecular structure.
Multi-omics analysis prediction: drugs that inhibit Ras signaling will help prevent tumor formation in serous ovarian cancer.
Researchers develop a new solid electrolyte that can conduct hydride ions, thus allowing better hydrogen-based batteries and fuel cells.
A brief review of phytoremediation and research into how plants can be used to clean the environment.
Parasitic horsehair worms evolved to control their praying mantis hosts by stealing their genes (horizontal gene transfer).
Researchers have developed an autonomous method for handling error correction in quantum computing. This will help quantum computers maintain their advantages over standard computers.
This laser melting ice core sampler can determine temperature changes thousands of years ago on very fine timescale.
Scientists discover gut bacteria that reduce insulin resistance in your body and sugar in your poo.
Researchers discover the mechanism through which places associated with negative experiences are burned into our memories.
Cold-resistant stem cells from “deep torpor” mice are a big step toward understanding why tissue survives hibernation.
Joshua Johansen from RIKEN CBS explains emotional memory, what his lab is doing, and what makes a good researcher.
The free energy principle predicted how real neural connections changed as neurons “learned” in a dish.
A new approach to attacking fungi involves inhibiting a gene needed for making fatty acids.
A simple chemical reaction allows hydrogen-carrying ammonia to be stored and retrieved cheaply and easily.
A new type of alpha-particle therapy allows selective targeting of tumors in multiple cancers.
Joshua Johansen from RIKEN CBS tells us about his journey from surfer to pain researcher and beyond. Stay tuned for part II …
Scientists discover that most aneurysms result from mutations. A mouse model shows they can be treated with drugs.
A new way to construct complex 3D organoids without using elaborate techniques! The trick using modular cubes with hydrogel layers.