Noninvasive assessment of hemodynamic and brain metabolism parameters following closed head injury in a mouse model by comparative diffuse optical reflectance approaches

Keyphrases

• Mouse Model 100%
• Optical Techniques 100%
• Brain Tissue 100%
• Non-invasive Assessment 100%
• Closed Head Injury 100%
• Brain Metabolism 100%
• System Capability 100%
• Metabolism Parameters 100%
• Optical Reflectance 100%
• Wavelength Range 50%
• Therapeutic Intervention 50%
• Trauma 50%
• Metabolism 50%
• Trauma Symptoms 50%
• Pathophysiology 50%
• Oxygen Saturation 50%
• Brain Injury 50%
• System Performance 50%
• Chromophore 50%
• Optical Properties 50%
• Clinical Practice 50%
• Optical System 50%
• High Temporal Resolution 50%
• Biomedical Imaging 50%
• Light Spectroscopy 50%
• Diffuse Light 50%
• Brain Function 50%
• Laser Speckle Contrast Imaging 50%
• Blood Flow 50%
• Head Injury 50%
• Anesthetized Mice 50%
• Dual-wavelength Laser 50%
• Blood Metabolism 50%
• Practice Research 50%
• Biomedical Research 50%
• Optical Setup 50%
• Conventional Methodologies 50%
• Spatially Modulated Illumination 50%
• Drop Weight 50%
• Dropping Function 50%
• Tissue Morphology 50%
• Tissue Structure 50%
• Quantitative Tools 50%
• Tissue Function 50%
• Complementary Algorithm 50%

Medicine and Dentistry

• Hemodynamic 100%
• Closed Head Injury 100%
• Brain Metabolism 100%
• Injury 66%
• Brain Tissue 66%
• Pathophysiology 33%
• Oxygen Saturation 33%
• Traumatic Brain Injury 33%
• Blood Flow 33%
• Brain Function 33%
• Biomedical Research 33%
• Biomedical Imaging 33%
• Tissue Structure 33%

Neuroscience

• Closed Head Injury 100%
• Brain Metabolism 100%
• Optics 100%
• Metabolic Pathway 28%
• Oxygen Saturation 14%
• Spectroscopy 14%
• Brain Function 14%
• Brain Trauma 14%