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Photoacoustic Imaging: Theory, Implementation and Applications is the first textbook on photoacoustic imaging, covering fundamental theory, practical implementation of protoc… Read more
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Chapter 1: Introduction to Photoacoustic Imaging
Chapter 2: Theory of Photoacoustic ImagingA. Photon Migration in Tissues i. Theory and Monte Carlo SimulationB. Initial Photoacoustic Pressure Risesi. Theory and Matlab simulation of the mua, temperature, G parameter, volume, pressure C. Photoacoustic Wave Propagation and Detectioni. Theory and K-wave Simulation
Chapter 3: Photoacoustic MicroscopyA. IntroductionB. Optical-resolution Photoacoustic Microscopyi. Principleii. System performance: SNR, penetration depth, spatial resolution, and temporal resolutioniii. Protocols for Hardware Implementationiv. Applicationsv. Key Technical ChallengesC. Acoustic-resolution Photoacoustic Microscopyi. Principleii. System performance: SNR, penetration depth, spatial resolution, and temporal resolutioniii. Protocols for Hardware Implementationiv. Applicationsv. Key Technical Challenges
Chapter 4: Photoacoustic Computed TomographyA. IntroductionB. Comparison of Various Beamforming Techniques including K-wave Simulations and Image Reconstruction CodingC. Linear-array based Photoacoustic Tomographyi. Principleii. System performance: SNR, penetration depth, spatial resolution, and temporal resolutioniii. Protocols for Hardware Implementationiv. Applicationsv. Key Technical ChallengesD. Hemispherical array based Photoacoustic Tomographyi. Principleii. System performance: SNR, penetration depth, spatial resolution, and temporal resolutioniii. Protocols for Hardware Implementationiv. Multiparametric Contrasts and F,Applicationsv. Key Technical ChallengesE. Arc- or Circular Array based Photoacoustic Tomographyi. Principleii. System performance: SNR, penetration depth, spatial resolution, and temporal resolutioniii. Protocols for Hardware Implementationiv. Applicationsv. Key Technical ChallengesF. Artificial Intelligenece Powered Image Reconstruction and Enhancement
Chapter 5: Photoacoustic Catheter, Endoscopy, and Wearable DeviceA. IntroductionB. Photoacoustic Catheter and Endoscopyi. Principleii. System performance: SNR, penetration depth, spatial resolution, and temporal resolutioniii. Protocols for Hardware Implementationiv. Applicationsv. Key Technical ChallengesC. Photoacoustic Wearable Devicei. Principleii. System performance: SNR, penetration depth, spatial resolution, and temporal resolutioniii. Protocols for Hardware Implementationiv. Applicationsv. Key Technical Challenges
Chapter 6: Multiparametric Contrasts in Photoacoustic Imaging A. Direct imaging contrast from optical absorptioni. Endogenous contrastsii. Exogenous contrasts B. Functional, Metabolic, and Molecular Contrast Derived from Optical Absorption C. Thermometry D. Rational or switchable contrast
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