Triple-negative breast tumors may hijack immune cells to attract nerves that help the cancer grow. Nerves growing through a tumor may help an aggressive breast cancer survive, expand, and resist treatment. University of Oklahoma researchers have identified how triple-negative breast cancer may recruit those nerves by turning the body’s own immune cells into messengers. Networks […]
Breast Cancer May Hijack Nerves To Grow and Resist Treatment
Triple-negative breast tumors may hijack immune cells to attract nerves that help the cancer grow. Nerves growing through a tumor may help an aggressive breast cancer survive, expand, and resist treatment. University of Oklahoma researchers have identified how triple-negative breast cancer may recruit those nerves by turning the body’s own immune cells into messengers. Networks […]
Any Level of Physical Activity May Slow Cognitive Decline, Study Suggests
Cardiovascular health in midlife may influence mental function later in life. A person’s activity level and blood sugar in middle age may help shape how quickly thinking skills decline decades later. Research from UT Health San Antonio, the academic health center of The University of Texas at San Antonio, found that physical activity and better […]
This AI Can Find the Missing Atoms That X-Rays Cannot See
An AI model adapted from image inpainting can reconstruct missing atoms in crystal structures with a reported 97 percent success rate. A crystal structure can appear nearly complete yet still be unusable for computer simulations because some of its atoms are missing. Hydrogen is a frequent source of these gaps, and researchers have now adapted […]
This AI Can Find the Missing Atoms That X-Rays Cannot See
An AI model adapted from image inpainting can reconstruct missing atoms in crystal structures with a reported 97 percent success rate. A crystal structure can appear nearly complete yet still be unusable for computer simulations because some of its atoms are missing. Hydrogen is a frequent source of these gaps, and researchers have now adapted […]
This AI Can Find the Missing Atoms That X-Rays Cannot See
An AI model adapted from image inpainting can reconstruct missing atoms in crystal structures with a reported 97 percent success rate. A crystal structure can appear nearly complete yet still be unusable for computer simulations because some of its atoms are missing. Hydrogen is a frequent source of these gaps, and researchers have now adapted […]
This AI Can Find the Missing Atoms That X-Rays Cannot See
An AI model adapted from image inpainting can reconstruct missing atoms in crystal structures with a reported 97 percent success rate. A crystal structure can appear nearly complete yet still be unusable for computer simulations because some of its atoms are missing. Hydrogen is a frequent source of these gaps, and researchers have now adapted […]
This AI Can Find the Missing Atoms That X-Rays Cannot See
An AI model adapted from image inpainting can reconstruct missing atoms in crystal structures with a reported 97 percent success rate. A crystal structure can appear nearly complete yet still be unusable for computer simulations because some of its atoms are missing. Hydrogen is a frequent source of these gaps, and researchers have now adapted […]
This AI Can Find the Missing Atoms That X-Rays Cannot See
An AI model adapted from image inpainting can reconstruct missing atoms in crystal structures with a reported 97 percent success rate. A crystal structure can appear nearly complete yet still be unusable for computer simulations because some of its atoms are missing. Hydrogen is a frequent source of these gaps, and researchers have now adapted […]
This AI Can Find the Missing Atoms That X-Rays Cannot See
An AI model adapted from image inpainting can reconstruct missing atoms in crystal structures with a reported 97 percent success rate. A crystal structure can appear nearly complete yet still be unusable for computer simulations because some of its atoms are missing. Hydrogen is a frequent source of these gaps, and researchers have now adapted […]