Neurophotonics and Biomedical Spectroscopy

Part 1: Topics in Optical Spectroscopy Biopsy 1. Origin of tissue optical properties 2. Optical methods for tissue diagnosis and treatment 3. Methods for in vivo assessment of physiological state of tissue 4. Excitation, absorption, scattering fluorescence spectroscopy 5. Resonance Raman spectroscopy 6. Inelastic light scattering spectroscopy and imaging 7. Stimulated Raman gain spectroscopy and imaging-NIR optical windows in 700 nm to 2500 nm 8. Coherent and non-contact photo-acoustic imaging 9. Polarization and diffusive reflectance spectral imaging time resolved spectroscopy single and multi-photon excitation and imaging 10. Mid infrared diagnostic methods 11. Nano particle tagging and contrast agents optical metabolomics Demos, Gansean 12. Supercontinuum for medical and biological applications 13. Stokes shift spectroscopy

Part 2: Topics in Optics in Brain 14. Alzheimer's Disease Optical Imaging in vascular impairment 15. Hemodynamics by NIR in Brain, and Overview View summary of field 16. Blood Barrier in mice using two photon and ultrasound 17. Overview of Infrared neural stimulation 18. 2Photon excitation in brain 19. Overview NIR correlation spectroscopy in brain 20. Overview of Optical Coherent Tomography in neuron tree 21. IR stimulation in spinal nerves 22. Ca+2 channels in brain by multiphotons 23. Ca2+ flow in brain by multiphotons 24. Overview Ca2+ indicators by 2PEF 25. Control Biosystems using optogentics 26. Optogenetic circuit mapping with traditional whole cell patch clamp to determine synaptic connectivity between identified neurons in mouse models of psychiatric disease 27. Special Proteins Red fluorescent proteins RFP in brain probing (Dr. Robert Campbell) 28. OCT neural activity 29. Stimulated Raman Scattering Microscopy in Brain Research 30. Imaging the neurovascular coupling system with laminar optical tomography and hyperspectral two-photon microscopy 31. Multi photon Imaging in neuroscience

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• Nanotecnologia
• Óptica aplicada
• Ciência dos materiais

Absorption coefficient; Airy beam; Alpha-synuclein; Anisotropy factor; Awake brain imaging; Basal-cell carcinoma; Beam shaping; Bessel beam; Biomedical imaging; Bioorthogonal labeling; Brain and prostate tissues; Brain cancer margin assessment; Brain tumor imaging; Brain tumor; Brain vascular imaging; Breast cancer; Cancer diagnosis; Cerebral autoregulation; Cerebral blood flow; Cerebral hemodynamics; Coherent Raman scattering; Coherent signaling; Developmental biology; Diffuse optics; Discrete particles; Drug monitoring; Dye laser; Dye molecule; Electrically excited; Electrically pumped; Energy transfer; Fluorescence lifetime; Fluorescence; Fluorescent probes; Frequency doubling; Functional biomarker; Functional imaging; Gastrointestinal screeningIn vivo microscopy; General anesthetics; Glioblastoma multiforme (GBM)Gliomas; Glioma tumor; Hemodynamics; Holography; Hyperspectral imaging; Imaging; Indoleamine 2,3-dioxygenase; Infrared spectroscopy; Interferometric emitter; Intrinsic fluorescence; Kynurenine; Laser isotope separation; Laser oscillator; Light-sheet microscopy; Machine learning approach; Malignant melanoma; Medical imaging systems; Membrane potential; Meninges; Microelectromechanical (MEMS) systems; Microscopy; Mie theory; Mueller matrix; Multimodal diagnostics; Multiphoton microscopy; Native fluorescence; Near-infrared spectroscopy; Neural activities; Neurophotonics; Neuroscience; Neuro-surgery; Nevus; Nonlinear complexity; Nonlinear optical microscopy; Optical biopsy; Optical coherence tomography; Optical sectioning; Optical spectroscopy; Optical tomography; Optical-resolution photoacoustic microscopy (OR-PAM)Q-switch; Optogenetics; Organic dye; Organic laser; Oxygen metabolism; Oxygenation Variability (OV) index; Peripheral artery disease; Photoacoustic microscopy; Photobiomodulation; Photonic crystal fiber; Phototherapy; Polarization; Prefrontal cortex; Quantum biology;