Not exact matches
Instead
of capturing
images covering one square
millimeter of the
brain, they could capture
images covering more than 9.5 square
millimeters.
This technique can capture an
image of the working
brain in just a couple
of seconds and locate areas
of activity down to a
millimeter or so — about one - twentieth
of an inch.
That cylinder in the middle
of the
image is the tiny, cubic
millimeter - sized chunk
of mouse neocortex studied as a test case for nanoscale
brain imaging technology
That cylinder in the middle
of the
image is the tiny, cubic
millimeter - sized chunk
of mouse neocortex studied as a test case for nanoscale
brain imaging technology (Credit: Harvard University)
«In a cubic
millimeter of brain there is about two terabytes
of image data,» Lichtman says.