We present an optically encoded photoacoustic (PA) flow imaging method based on optical-resolution PA microscopy. An intensity-modulated continuous-wave laser photothermally encodes the flowing medium, and a pulsed laser generates PA waves to image the encoded heat pattern. Flow speeds can be calculated by cross correlation. The method was validated in phantoms at flow speeds ranging from 0.23 to 11 mm/s. Venous blood flow speed in a mouse ear was also measured
Flow imaging is an important technique in a range of disease areas, but estimating low flow speeds, ...
Measuring blood flow speed in the optical diffusive regime in humans has been a long standing challe...
Measuring blood flow speed in the optical diffusive regime in humans has been a long standing challe...
We present an optically encoded photoacoustic (PA) flow imaging method based on optical-resolution P...
Blood flow speed is an important functional parameter. Doppler ultrasound flowmetry lacks sufficient...
Blood flow speed is an important functional parameter. Doppler ultrasound flowmetry lacks sufficient...
Blood flow speed is an important functional parameter. Doppler ultrasound flowmetry lacks sufficient...
Photoacoustic (PA) imaging can be used to monitor flowing blood inside the microvascular and capilla...
Photoacoustic (PA) imaging can be used to monitor flowing blood inside the microvascular and capilla...
Photoacoustic (PA) imaging can be used to monitor flowing blood inside the microvascular and capilla...
We report the development of photoacoustic flowmetry assisted by high-intensity focused ultrasound (...
A method is proposed to measure transverse blood flow by using photoacoustic Doppler broadening of b...
Photoacoustic flowmetry (PAF) based on time-domain cross correlation of photoacoustic signals is a p...
We propose a saline-injection-based method to quantify blood flow velocity in vivo with acoustic-res...
We propose a saline-injection-based method to quantify blood flow velocity in vivo with acoustic-res...
Flow imaging is an important technique in a range of disease areas, but estimating low flow speeds, ...
Measuring blood flow speed in the optical diffusive regime in humans has been a long standing challe...
Measuring blood flow speed in the optical diffusive regime in humans has been a long standing challe...
We present an optically encoded photoacoustic (PA) flow imaging method based on optical-resolution P...
Blood flow speed is an important functional parameter. Doppler ultrasound flowmetry lacks sufficient...
Blood flow speed is an important functional parameter. Doppler ultrasound flowmetry lacks sufficient...
Blood flow speed is an important functional parameter. Doppler ultrasound flowmetry lacks sufficient...
Photoacoustic (PA) imaging can be used to monitor flowing blood inside the microvascular and capilla...
Photoacoustic (PA) imaging can be used to monitor flowing blood inside the microvascular and capilla...
Photoacoustic (PA) imaging can be used to monitor flowing blood inside the microvascular and capilla...
We report the development of photoacoustic flowmetry assisted by high-intensity focused ultrasound (...
A method is proposed to measure transverse blood flow by using photoacoustic Doppler broadening of b...
Photoacoustic flowmetry (PAF) based on time-domain cross correlation of photoacoustic signals is a p...
We propose a saline-injection-based method to quantify blood flow velocity in vivo with acoustic-res...
We propose a saline-injection-based method to quantify blood flow velocity in vivo with acoustic-res...
Flow imaging is an important technique in a range of disease areas, but estimating low flow speeds, ...
Measuring blood flow speed in the optical diffusive regime in humans has been a long standing challe...
Measuring blood flow speed in the optical diffusive regime in humans has been a long standing challe...