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Stanford's new OPM-MEG system uses optically pumped magnetometers to detect magnetic fields generated by brain activity....
09/19/2026

Stanford's new OPM-MEG system uses optically pumped magnetometers to detect magnetic fields generated by brain activity. Compared with conventional MEG approaches, the technology can potentially provide a more flexible sensor arrangement and improve experimental access to brain activity.

Reference: Stanford Wu Tsai Neurosciences Institute, September 8, 2026.

NIH highlighted research suggesting that lymphatic drainage can influence chronic organ-transplant rejection. The findin...
09/19/2026

NIH highlighted research suggesting that lymphatic drainage can influence chronic organ-transplant rejection. The findings add to evidence that immune communication through lymphatic pathways can shape the long-term response to transplanted tissue.

Reference: NIH Research Matters, March 17, 2026, research on lymphatic drainage and organ rejection.

NIH reported research using 3D reconstruction of human liver tissue to reveal architectural changes associated with cirr...
09/19/2026

NIH reported research using 3D reconstruction of human liver tissue to reveal architectural changes associated with cirrhosis. Three-dimensional analysis can expose spatial relationships that are difficult to see in conventional tissue sections.

Reference: NIH Research Matters, March 10, 2026, 3D human liver reconstruction research.

NIH highlighted research from May 2026 reported new details about the organization of human odor receptors in the nose, ...
09/19/2026

NIH highlighted research from May 2026 reported new details about the organization of human odor receptors in the nose, providing a more detailed picture of how the first stage of olfactory perception is organized.

Reference: NIH Research Matters, May 12, 2026, research on human odor-receptor organization.

Stanford Medicine and Mayo Clinic researchers identified nine recurring “spatial ecotypes” within melanoma tumors and de...
09/18/2026

Stanford Medicine and Mayo Clinic researchers identified nine recurring “spatial ecotypes” within melanoma tumors and developed a blood-based method for estimating aspects of the tumor microenvironment. The approach is research-stage and is being investigated for its ability to predict treatment response.

Reference: Stanford Medicine and Mayo Clinic research, May 2026.

Stanford researchers developed a microscopy system combining interferometric and scanning approaches to visualize struct...
09/18/2026

Stanford researchers developed a microscopy system combining interferometric and scanning approaches to visualize structures in living cells at roughly 120-nanometer resolution without fluorescent labeling. The technique is being explored for studying cellular processes, including drug uptake.

Reference: Stanford University, March 2, 2026, high-resolution live-cell microscopy research.

NIH-highlighted research found evidence that some immune cells in aging human brains originate from bone marrow, challen...
09/18/2026

NIH-highlighted research found evidence that some immune cells in aging human brains originate from bone marrow, challenging the simple assumption that all microglia-like cells in the brain are maintained exclusively from cells established early in development.

Reference: NIH Research Matters, August 11, 2026; human aging and brain immune-cell research.

NIH-highlighted research found changes in 3D genome organization in cells associated with aging and Alzheimer’s disease....
09/18/2026

NIH-highlighted research found changes in 3D genome organization in cells associated with aging and Alzheimer’s disease. The researchers suggest these structural changes may contribute to altered gene activity, although the exact causal relationships remain under investigation.

Reference: NIH Research Matters, August 25, 2026; 4D Nucleome-related research.

NIH-supported researchers analyzed 14 types of human senescent cells and identified distinct molecular patterns called “...
09/18/2026

NIH-supported researchers analyzed 14 types of human senescent cells and identified distinct molecular patterns called “senotypes.” Their work also linked senescence-associated proteins with several age-related health measures, although these associations do not establish that senescent cells directly cause each condition.

Reference: NIH Cellular Senescence Network research, Molecular Cell and Cell Reports, June 2026.

Stanford-led research on a marine worm found that many larval cells do not simply disappear during metamorphosis. Instea...
09/18/2026

Stanford-led research on a marine worm found that many larval cells do not simply disappear during metamorphosis. Instead, they can change their roles and contribute to different adult functions, revealing an unexpected form of cellular plasticity.

Reference: Stanford-led developmental biology research, September 8, 2026.

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