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Tıp dünyası modern çağda kanserle mücadelede muazzam adımlar attı. Akıllı ilaçlar, immünoterapiler ve hedefe yönelik moleküler tedaviler sayesinde bir dönem çaresiz görülen pek çok tanı bugün kronik y...
Every protein in our body actually begins its life as a long chain of amino acids. But these chains are not just balls of string. Each one folds into a specific three-dimensional shape with flawless p...
Modern life presents us with an endless illusion of abundance. Morning coffee snacks that begin with the first light of day, cookies adorning our desks throughout the day, heavy dinners we view as a r...
Alzheimer's disease is one of the most significant neurodegenerative diseases, affecting millions of people worldwide and characterized by progressive cognitive decline. The fact that a definitive cur...
DNA damage and the failure to adequately repair that damage play a significant role in the development of cancer. For this reason, scientists have long regarded DNA repair mechanisms as systems that p...
A new study on Alzheimer’s disease has revealed the development of an experimental molecule that could slow the progression of the disease by reactivating the brain’s immune system. The study, conduct...
Analyzing the millions of letters in a person’s DNA, developing smart treatments that target cancer cells, producing artificial tissue in a laboratory setting, or designing biological systems that cou...
Is the brain a fixed structure, or is it constantly changing? Many of us tend to view the brain as a static organ that completes its development in childhood and gradually declines with age.
An international team uncovers how noncoding RNA networks and RNA modifications orchestrate cell fate decisions and shape cellular identity.
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A team at the University of California - Irvine developed an AI platform called SIGNET to uncover causal gene regulatory networks reshaped in Alzheimer’s disease.
