Neuroimaging: Sensing Biochemistry in the Brain [Hardcover]

This imaging textbook covers in detail the beginning of neuromolecular imaging from in vivo electrochemistry. It discusses how neuromolecular imaging solved the persistent problem of electrocatalysis with empirical recording with the new imaging nanotechnology and circuits designed by the author.

This imaging textbook covers neuromolecular imaging from in vivo electrochemistry. It discusses how neuromolecular imaging solved the persistent problem of electrocatalysis with LIVE imaging nanotechnology and circuits designed by the author, Prof. Patricia A. Broderick. The BRODERICK PROBE? nanobiosensor is smaller than one strand of human hair, does not scar, nor produces bacterial growth, as clinically demonstrated. It details this sensors success in clinical and research settings, the biomedical engineering involved in its manufacture, and original, tried, and trusted protocols for use by scientists and practitioners in multiple fields of brain application and sensor design.

1. Laser Nanosensors for LIVE Imaging: A World of Polymers.  2. A Remarkable Happening in the Advent of In Vivo Electrochemistry into Spectral Analysis.  3. Oxidative Stress: A Time-Sensitive Detection Proxy for Electrocatalysis of Ascorbate.  4. Broderick Is Thinking: Attention to Sensors and No Attention to Sensor Drivers?  5. Nanobionics: Electrocalalysis Solved - Proof of Concept.  6. Lipid biomimetics: A Nano-Microscope in the BRODERICK PROBE?.   7. Sex-Dependent Schizophrenia from Cocaine Addiction: Brain Reward from the Auditory Circuit.  8. Sex-Specific Synaptic Signals While the Subject Walks: The Mesolimbic Brain Reward Circuit.   9. Sex-Specific Intricacies in Brain Reward: Adenosine Streams Estrus.  10. Myths Dispelled! A Synchronously Rhythmic Brain Defines Wellness Distinct from Disease: Sensing Mobility - The Decode.&lã4