Search Results: Reprogramming cells (180)

…able to cut out certain genes in about 80 percent of liver cells, the best success rate ever achieved with CRISPR in adult animals. “What’s really exciting here is that…

In mice with pancreatic and colorectal cancer, keto diets slow the growth of tumors, seen here in white, by a process called ferroptosis. This kills the cancer cells by causing…

…could be a major driving force for epigenetic-mediated vascular PASMC reprogramming and remodeling in pulmonary hypertension. Pulmonary vascular endothelial cells are a priming factor of the EMAPII/SPHK2/S1P axis that alters…

…CReATiNG (Cloning Reprogramming and Assembling Tiled Natural Genomic DNA), the method offers a simpler and more cost-effective approach to constructing synthetic chromosomes. It could significantly advance genetic engineering and enable…

Research from Georgia State University shows that gut bacteria, particularly segmented filamentous bacteria, play a crucial role in protecting mice against respiratory viruses by influencing immune cells in the lungs….

…composed of trillions of cells, all working together to form a functional organism. Yet each of us started off as just a single fertilized egg cell. To become a whole…

…allows these cells to integrate new functions through synaptic plasticity,” El-Boustani says. As the synapse for the new receptive field grew, the researchers could see under the two-photon microscope that…

…the flapping movement (top right) actually takes place. Credit: Paul Scherrer Institute/Swiss Federal Institute of Technology, Zurich Programming the nanomagnets The nanomagnets can be programmed again and again. This reprogramming…

…friends. The virus strengthens itself by stealing energy the bacteria produces from light, reprogramming its victim’s genome to alter how it transfers electrons. P. marinus and its carbon-storing mechanism are…

…the University, the researchers then tested the hydrogen-production activities of the bacterial cells and the biochemically isolated nanobioreactors. The nanobioreactor achieved a ~550% improvement in hydrogen-production efficiency and a greater…

…to the control of gene expression, and not just collateral damage that cells have to solve. The (when stretched) two-meter-long DNA molecule in each human cell is continuously being unpacked…

…oil can protect your memory and cognitive function as you age. It provides all the energy brain cells require, and research suggests it can improve cognitive performance at any age.[1]…

…weakening and degeneration caused by abnormalities in the protein dystrophin, which helps maintain muscle cells. It is the most prevalent congenital condition in Canada, affecting about one in every 3,500 boys and,…

…proinflammatory phenotype, which is retained during aging. These resident inflammatory cells can travel to other parts of the body, including the eye, where they initiate an inflammatory program that promotes…

…network is crucial for daily physiology and maintaining health. It’s thought that this network – which extends throughout all cells in the body – is hierarchically organized and coordinated by…

…normally linked to plant metabolism is capable of “reprogramming” a different protein that detects light. This surprising connection, described in the journal Nature Communications, marks an important advance in unraveling…

…the egg. “Many types of cells undergo this rapid switch from low to high energy states, and sperm are an ideal way to study such metabolic reprogramming,” said Balbach, who,…

…health. These mice had healthier livers, gained less weight, displayed lower blood sugar levels, and developed smaller fat cells, even after consuming a Western-style diet later in life. The researchers…