Neurophysiologic measures of brain electrical activity, oxygenation state, temperature, and blood perfusion critically reflect brain function and health and provide important mechanistic insight for MR studies. Appropriate utilization of these neurophysiologic measures in conjunction with MR requires substantial expertise with suitable physiological monitoring and control of animals. The overall goal of Core 3 is to support integration of state-of-the-art neurophysiological measurements with MR studies in NINDS and related NIH-supported clinical and basic neuroscience research. In the last cycle, we achieved this aim by developing and implementing a wide array of optical and electrical measurement methods including extracellular recordings (single microelectrodes, electrode arrays), tissue oxygenation (pO2) with phosphorescence quenching, temperature monitoring with thermocouple wires, and blood flow with laser Doppler flowmetry. The qualifying user group of Core 3 consists of 7 Pis funded by NINDS who along with 11 other NIH-funded Pis use multimodal neurophysiology and other cross-modal methods to address fundamental questions in basic and clinical neuroscience. The impact of Core 3 on the Yale neuroscience community is demonstrated by the support it provided to 15 NIH grants and 7 new research initiatives that led to grants and papers, the training in advanced neurophysiology methods provided to 5 young neuroscientists (3 in NINDS PI laboratories), and the use of Core resources in 33 papers that led to 355 citations (for Core 3 alone this represents 30% of the total citations for 106 papers for all Cores). For the next cycle, we will continue to implement, maintain, and support innovative multi-modal neurophysiology methods for Core 3 users, support new research initiatives, train and provide mentorship for neuroscience Pis and their personnel for Core 3 usage, integrate synergistic use of MR/neurophysiological measurements and project-specific data analysis, implement new Core 3 methods to support neuroscience Pis, and track Core 3 activities and disseminate/share resources to NIH community. The newly implemented applications will include utilizing multi-electrode arrays and laser speckle methods to support cross-disciplinary MR studies.
for Core 3 Neurophysiologic measures of brain electrical activity, oxygenation state, temperature, and blood perfusion critically reflect brain function and health and complement magnetic resonance (MR) studies. Appropriate utilization of these neurophysiologic measures in conjunction with MR requires substantial expertise with suitable physiological monitoring and control of animals. Core 3 will support integration of state-of-the-art neurophysiology to advance NIH-supported projects of direct relevance to public health.
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|Zhan, Qiong; Buchanan, Gordon F; Motelow, Joshua E et al. (2016) Impaired Serotonergic Brainstem Function during and after Seizures. J Neurosci 36:2711-22|
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|Pirazzoli, Valentina; Ayeni, Deborah; Meador, Catherine B et al. (2016) Afatinib plus Cetuximab Delays Resistance Compared to Single-Agent Erlotinib or Afatinib in Mouse Models of TKI-NaÃ¯ve EGFR L858R-Induced Lung Adenocarcinoma. Clin Cancer Res 22:426-35|
|Shu, Christina Y; Sanganahalli, Basavaraju G; Coman, Daniel et al. (2016) Quantitative Î² mapping for calibrated fMRI. Neuroimage 126:219-28|
|Juchem, Christoph; de Graaf, Robin A (2016) The public multi-coil information (PUMCIN) policy. Magn Reson Med :|
|Hyder, Fahmeed; Herman, Peter; Bailey, Christopher J et al. (2016) Uniform distributions of glucose oxidation and oxygen extraction in gray matter of normal human brain: No evidence of regional differences of aerobic glycolysis. J Cereb Blood Flow Metab 36:903-16|
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