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Funktionel magnetisk resonans-spektroskopi på 7 T i rotte tønde Cortex under bakkenbart aktivering
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Chapters
- 00:04Title
- 00:43Rat Placement and Whisker Stimulation Confirmation
- 02:37Blood-Oxygen-Level-Dependent Functional Magnetic Resonance Imaging (BOLD fMRI) Acquisition
- 03:39BOLD Processing
- 04:38Proton Magnetic Resonance Spectroscopy (MRS) Acquisitions and Processing
- 07:22Results: Representative fMRS Analysis of Rat Barrel Cortex Responses to Whisker Activation
- 08:57Conclusion
Efter kontrol af blod-ilt-niveau-afhængige funktionel magnetisk resonans imaging (fed fMRI), at tilsvarende somatosensoriske tønde felt cortex området (kaldet S1BF) er korrekt aktiveret, vigtigste mål for denne undersøgelse er at kvantificere laktat indhold udsving i de aktiverede rotte hjerner af lokaliserede proton Kernemagnetisk resonans-spektroskopi (1H-MRS) på 7 T.
Tags
Keywords:
Functional Magnetic Resonance SpectroscopyRat Barrel CortexWhisker ActivationNeurogeneticsMetabolic ChangesIn VivoNon-invasivePathological AnimalsGenetically Modified AnimalsBreathing SensorAir Puff SystemSolenoid Control ValveBlood Oxygen Level Dependent Functional Resonance ImagingT2 Star FID EPI Sequence
