See also stories tagged with Genetic engineering
Researchers at the University of California San Diego have developed a new type of material that could offer a sustainable and eco-friendly solution to clean pollutants from water.
Cells change dynamically over time during embryonic development and aging, and in diseases such as inflammation and cancer. Some populations expand, others decline. The ability to track these changes over time, without killing ...
Australian scientists have successfully found a way to inject beneficial genetic material into white blood cells in a world-first breakthrough that could significantly improve treatment options for certain types of blood ...
Ever since gene editing became feasible, researchers and health officials have sought tools that can quickly and reliably distinguish genetically modified organisms from those that are naturally occurring. Though scientists ...
Melanin is produced within special structures called melanosomes. Melanosomes are found inside melanin-producing pigment cells called melanocytes. Although all humans have the same number of melanocytes, the amount of melanin ...
Pushing into a new chapter of technologically advanced biological sensors, scientists from the University of California San Diego and their colleagues in Australia have engineered bacteria that can detect the presence of ...
Soil fungi known as ectomycorrhizae (ECM) can penetrate plant roots and provide water and nutrients to host plants in exchange for sugar. This symbiotic relationship benefits the plant, increasing its growth. To benefit from ...
A team of materials scientists and engineers at Stanford University, working with a colleague from ETH Zürich and another from Washington University in St. Louis, has developed a biochip that can be used to screen thousands ...
Microorganisms use the CRISPR-Cas system to fight viral attacks. In genetic engineering, the microbial immune system is used for the targeted modification of the genetic make-up. A research team has now discovered another ...
Nearly all life, from bacteria to humans, uses the same genetic code. This code acts as a dictionary, translating genes into the amino acids used to build proteins. The universality of the genetic code indicates a common ...
