Epigenomic modifications are chemical changes that sit on top of the genome and control how genes are switched on or off without altering the DNA sequence itself. These marks respond to nutrition, exercise, sleep, stress, infections, and environmental exposures, which means they record a living history of how a person has interacted with the world. … Read more
Immunometabolism is the study of how energy pathways inside immune cells shape their behavior, and it has become one of the most important ideas in modern autoimmune research. Every immune response needs fuel, and the way a cell burns glucose, fats, and amino acids helps decide whether it attacks, calms down, or turns against the … Read more
Neurovascular coupling is the process by which active brain cells signal nearby blood vessels to deliver more oxygen and glucose exactly where and when they are needed. Cerebral blood flow dynamics describe how blood moves through the brain over time, adjusting to thinking, movement, sleep, and stress. When this partnership works well, memory, focus, and … Read more
Stem cells maintain and repair tissues throughout life, but like all cells they age. Stem cell senescence is a state in which these cells permanently stop dividing and begin releasing inflammatory signals, which reduces the body’s ability to renew muscle, bone, skin, blood, and brain tissue. Regenerative tissue engineering tries to overcome this decline by … Read more
Transcriptomic profiling measures which genes are actively being read in a cell at a given moment by capturing the full set of RNA molecules it produces. In cancer, this snapshot reveals how a tumor behaves, which pathways drive its growth, how it interacts with the immune system, and which treatments it may respond to. Precision … Read more