The Inscopix nVueTM system that was released last year has been a game changer for the in-vivo freely behaving imaging field and we are excited about the new application that enables simultaneous imaging of blood flow with cellular activity! If you aren’t familiar, the nVue system is a miniaturized microscope enabling the dual color imaging
Srishti Gulati
Efforts to develop more effective drugs for treating schizophrenia have received a significant boost with a…
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In an innovative new publication from the Anderson lab at Caltech, ‘An approximate line attractor in the hypothalamus…
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Researchers package a fluorescence microscope—including the light and camera—that can image the brain of a freely moving mouse. THE DEVICE: Weighing in at just 1.9 grams, this fluorescence microscope is designed for portability—not just in a pocket, but mounted on the head of a mouse freely able to move around. The scope’s housing, including the
An inexpensive microscope about the size of a gumdrop could allow scientists to peer into the inner workings of living, moving animals much more easily. The device is small and light enough—it weighs less than two grams—to be mounted atop a rodent’s head, where it can capture the activity of up to 200 individual brain
Mice are the mainstay of modern biomedical research, but the ability to image their brain cells while they’re scampering around is no easy task. Scientists at Stanford University have created a powerful mini-microscope that can fit on a mouse head and stay there without interfering with the mouse’s actions. “It’s like a little high-tech hat,”