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By the nineteen-eighties, CT scanning and MRIs made it possible to visualize living brains with an immediacy and precision impossible in autopsy studies (where all sorts of secondary changes may blur the picture).
Remarkable advances, based on the use of techniques such as X-ray diffraction and electron microscopy, have made it possible to visualize many of the molecules involved in the process.
Recent technological advances have made it possible to visualize Fe localization in seeds.
Three-dimensional image reconstruction by volume rendering and rapid prototyping has made it possible to visualize anatomic structures in three dimensions for interventional planning and academic research.
The non-invasive nature of single photon emission computed tomography (SPECT), positron emission tomography (PET), and functional magnetic resonance imaging (fMRI) have made it possible to visualize not only the structure but also the function of the brain.
The development and availability of membrane permeant Cai 2+and pH-specific fluorescent probes coupled to major advances in the technology and design of low-light-level charge coupled devices (CCDs) geared toward biological applications, and improved microscope optics, have made it possible to visualize a two-dimensional fluorescence signal that is related to Cai 2+and pHi.
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Functional anatomic studies extensively use analogous traits of present-day animals that, along with both mechanical and theoretical models, make it possible to visualize certain aspects of extinct animals.
Physical mathematical models include reproductions of plane and solid geometric figures made of cardboard, wood, plastic, or other substances; models of conic sections, curves in space, or three-dimensional surfaces of various kinds made of wire, plaster, or thread strung from frames; and models of surfaces of higher order that make it possible to visualize abstract mathematical concepts.
Imaging with polarized neutrons makes it possible to visualize magnetic fields in bulk samples.
Phase imaging using hard X-ray makes it possible to visualize phase objects using interferometry or holography.
The so-called gCubik makes it possible to visualize objects in three dimensions via integrated imaging technology.
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