Artistic representation showing how an image is created using the newly developed method. Two colors – green and magenta – are emitted by fluorescing atoms…
Posts published in “Imaging”
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The NIR-II small-molecule dye developed by the lab of Rice University chemist Han Xiao is featured on the cover of the Dec. 28 issue of…
With a 73 percent positive predictive value, the AI technique accurately identified 80 percent of the instances of plaque erosion. Utilizing intravascular optical coherence tomography…
For the first time, magnetic resonance imaging reveals in vivo brain inflammation. The picture above is an artist’s concept of scientists studying a brain scan. …
University of British Columbia researchers have mapped what occurs in the brain when a person gets the depression treatment known as repetitive transcranial magnetic stimulation.…
A combination of microscopy, tissue preparation, and data innovations could yield first-of-their-kind brain atlases that specify the locations and types of all of the brain’s…
Georgia Tech professor David Citrin (right) and adjunct professor Alexandre Locquet stand in front of an image of the 16th-century funerary cross used in their…
A microstructure created by a 3D printer: the innovative refractive structure developed by PSI scientists and which combined with a diffractive element, results in an…
Photoactive chloride pumping through the cell membrane captured by time-resolved serial crystallography: Chloride ions (green spheres) are transported across the cell membrane by the NmHR…
Image-enabled cell sorting identifies and isolates cells of interest out of a complex pool of cells at high speed. Credit: Tobias Wüstefeld Technology breakthrough has…
Microscopy of microdroplet volume and nanoplastic concentration. Credit: K. Dill/NIST Scientists boost the accuracyHow close the measured value conforms to the correct value.”>accuracy of optical…
Red blood cell velocity distribution measured and mapped via the new method devised by the Skoltech-SSU team. Each arrowhead corresponds to one cell, with the…
MIT chemists have come up with a way to control the unwanted blinking of quantum dots, depicted here as yellow spheres, without requiring any modification…
Novel color photography using a high-efficiency probe can super-focus white light into a 6-nanometer spot for nanoscale color imaging. Scientists have developed new materials for…
Larger, overlapping scales in red and green begin to form their structural details midway through development (right). Each image is 75 μm wide. Credit: Anthony…
A new study finds that our brain cells rely on a circuit of inhibitory neurons to help ensure that the same images are represented consistently.…
Credit: Barth van Rossum for Caltech If you are a researcher who wants to see how just a few cells in an organism are behaving,…
[embedded content]The neuroactivity of one million neurons in the mouse brain, at unprecedented resolution. Credit: Alipasha Vaziri New microscopy technique reveals activity of one million…
Graphic showing how a time lens can distinguish between two photons arriving at a detector close together. Credit: Optica Researchers at CU Boulder have designed…
Artist’s impression of the interaction of the triplet state (blue arrows) of an individual pentacene molecule (black and white) with an oxygen molecule (red). Credit:…