Cancer remains one of the most complex and devastating health challenges of our time. But today, the rise of Artificial intelligence (AI) is transforming how oncology is understood, diagnosed, and treated. AI is no longer just a research tool—it’s a…
The Foundation: Understanding PMDs Polarizable Multipole-based Molecular Dynamics Simulations (PMDs) represent the pinnacle of accuracy in computational protein modeling. PMDs are highly accurate computational methods for modeling proteins. At their core, PMDs capture the dynamic electronic response of molecules to…
In the age of personalized medicine, the ability to precisely decode genetic information is no longer just a scientific ambition—it’s a clinical necessity. Google’s DeepVariant, an AI-powered variant caller, stands at the forefront of this transformation. By leveraging deep learning…
Health data is at the core of modern healthcare, enabling patient care, medical research, and public health policy. As healthcare services become increasingly digital, the volume and diversity of medical data have grown exponentially. This data is also crucial for…
Alpha-helices are fundamental structural elements in proteins, crucial in stability and function. While nature primarily relies on canonical alpha-helices, advancements in computational protein design and synthetic biology enable the creation of noncanonical helices with enhanced stability, novel binding capabilities, and…
