Are Organoids the Future?
Lab-grown organoids mimic features of human body parts, leading to accelerated medical research while presenting new ethical questions.
Making Science Make Sense
Lab-grown organoids mimic features of human body parts, leading to accelerated medical research while presenting new ethical questions.
How is science responding to genetic diseases? A novel technique in gene-editing therapies treats them with precision and efficiency.
Scientists and chefs team up on a cooking class that explores what fermentation in kimchi, chow chow, and kombucha teach us about microbes.
Scientists modified chemical compounds to target mitochondria within cells, potentially increasing medication efficacy in drug development.
Aggresomes within bacteria cells help these cells overcome antibiotics. Scientists uncover how they work and propose how to counteract them.
Hunger neurons tell children and teens when they are “hungry” for social time, not just for food, but by adulthood these neurons only apply to food.
A cancer vaccine using a special type of molecule is one of the newer research trajectories aimed at improving cancer treatment.
Seahorses give a whole new meaning to the term “dad bod.” You see, they are one of the only animals species in which the males get pregnant and give birth.
Biomedical engineers at Georgia Tech are designing a cellular tool to detect disease without the need for complex and costly lab equipment.
Alcohol consumption is not just for humans—a wide array of other animals have also evolved to metabolize ethanol.