Research suggests that defects in 'orphan' inositol polyphosphates may contribute to diseases such as manic depression and cancer. Dr. York's work identifies biological roles for these molecules and provides a basis for designing more specific drugs with fewer side effects.
Researchers are working on developing new treatments for bioterrorism and drug resistance, including the use of bacteriophages to target specific bacteria. Understanding how microbes create biofilms is also crucial in preventing chronic infections.
Researchers discovered genes performing similar tasks in different organs, revealing the existence of peripheral timepieces. These findings could impact postgenomic research and circadian medicine, shedding light on why organs function at different rates.
Researchers discovered two mechanisms by which adenoviruses establish persistent infections: interfering with apoptosis signaling and preventing apoptosis through the Receptor Internalization and Degradation complex. This knowledge could improve the usefulness of adenovirus vectors in gene therapy.
Researchers have identified a specific DNA flanking region that triggers genetic instability in trinucleotide repeat disorders. This finding opens up new therapeutic targets for treating or preventing these diseases, which affect the nervous system and cause conditions such as muscular dystrophy and Fragile X syndrome.
Researchers have discovered that a single genetic mutation can disrupt at least two other genes, leading to hypertrophic cardiomyopathy. The study found that the mutated gene affects the expression of two contractile proteins necessary for heart contraction. This new understanding may lead to future gene therapy strategies.
Researchers at UIC are testing a new vaccine for advanced prostate cancer, targeting patients with a specific immune type. The vaccine uses a fragment of the protein PSA to stimulate the immune system and destroy tumor cells.
A study published in Archives of Internal Medicine found that young men who express or conceal their anger are five times more likely to experience an early heart attack. The researchers analyzed data from over 1,000 medical students and found that those with the highest level of anger were more likely to develop cardiovascular disease.