Transcript: Magnetic resonance imaging examples from Paul Lauterbur's lecture at the National Academy of Sciences
1992-Apr-27
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00:00:31 The video shows a starburst dendrimer polymer polymerase, which is a polymer that is used to produce a superconducting superconductor.
00:00:41 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:00:50 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:01:01 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:01:11 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:01:22 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:01:32 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:01:43 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:01:53 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:02:04 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:02:14 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:02:25 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:02:35 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:02:46 The starburst dendrimer polymer is a polymer that is used to produce a superconducting superconductor.
00:02:57 Our group previously developed image editing and volume rendering software for creating 3D models of brain anatomy from a 10-minute MR scan.
00:03:09 These models often display information which cannot be obtained by inspection of cross-sectional images.
00:03:16 For example, the MR-derived 3D model of this patient's brain shows the location of the tumor rendered in red relative to the motor and speech areas in the precentral and inferior frontal gyri.
00:03:33 These are structures which cannot be identified with certainty on cross-sectional views.
00:03:38 Another virtue of 3D models is that they can be manipulated interactively to simulate surgery on the computer screen.
00:03:49 We made qualitative use of these surgery rehearsal images to plan neurosurgical procedures on over 20 patients.
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