The white matter tracts that wind throughout this microetching are based on diffusion spectrum imaging data from a human brain, realistically portraying the circuits found within a sagittal brain section.
GREG DUNN, BRIAN EDWARDS, VIDEO BY WILL DRINKER
When light touches this microetching piece by scientists and artists Greg Dunn and Brian Edwards, the white matter tracts are designed to mimic action potentials gliding along axons as part of a network in the human brain.
Art so nice we ran it twice: see our previous post on the still version of this artwork.
A citizen science game explores how social choices and networks can influence how an illness moves through a population.
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By fine-tuning polishing conditions, scientists attain high titers of infectious lentiviral particles during purification.
Learn how a next-generation platform accelerates biological research by enabling high-throughput, spatially resolved multiomics profiling.
In this webinar, Imogen Binnian will share how AI and gene synthesis technology can accelerate the discovery and validation of novel disease traits.
Real-time imaging enhances fluorescence activated cell sorting (FACS) to help scientists overcome the cost and burden of validation.
Setting new standards for intelligent mass detection, sensitivity, and sustainability.
Compact, Powerful, and now Mass Spec-Connected for Superior Analytical Performance
The Wellcome Sanger Institute, Helmholtz Munich, and Parse Biosciences have announced a landmark international collaboration to create a Cancer Plasticity Atlas.
Multi-center project will profile over 40,000 samples using ultra-sensitive NULISA™ technology.
