In array tomography, 70 nanometer sections are stained with antibodies designed to match 17 different synapse-associated proteins. The antibodies were applied in groups of three to the brain sections. All the information captured in the photos was recorded and processed by computational software.
New imaging method developed at Stanford reveals stunning details of brain connections BY BRUCE GOLDMAN Mark Tuschman Stephen Smith developed a quick, accurate method of locating and counting the m...
In array tomography, 70 nanometer sections are stained with antibodies designed to match 17 different synapse-associated proteins. The antibodies were applied in groups of three to the brain sections. All the information captured in the photos was recorded and processed by computational software.
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New imaging method developed at Stanford reveals stunning details of brain connections - Office of Communications & Public Affairs - Stanford University School of Medicine
New imaging method developed at Stanford reveals stunning details of brain connections BY BRUCE GOLDMAN Mark Tuschman Stephen Smith developed a quick, accurate method of locating and counting the m...
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