We developed a photoacoustic imaging system that has real-time imaging capability with optical resolution. The imaging system is capable of scanning at 20 Hz over a 9 mm range and up to 40 Hz over a 1 mm scanning range. A focused laser beam provides a lateral resolution of 3.4 μm as measured in an optically nonscattering medium. Flows of micrometer-sized carbon particles or whole blood in a silicone tube and individual red blood cells (RBCs) in mouse ear capillaries were also imaged in real time, demonstrating the capability to image highly dynamic processes in vivo at a micrometer-scale resolution
Photoacoustic microscopy (PAM) offers label-free, optical absorption contrast. A high-speed, high-re...
Photoacoustic imaging is a promising biomedical imaging technology that can provide the biological i...
To make a photoacoustic microscope (PAM) suitable for clinical applications, we have developed a por...
Photoacoustic tomography detecting ultrasound signals generated from photon absorption provides opti...
Photoacoustic tomography detecting ultrasound signals generated from photon absorption provides opti...
We report the development of functional photoacoustic microscopy capable of video-rate high-resoluti...
We report the development of functional photoacoustic microscopy capable of video-rate high-resoluti...
We report the development of photoacoustic microscopy capable of video-rate high-resolution in-vivo ...
We report the development of photoacoustic microscopy capable of video-rate high-resolution in-vivo ...
By offering images with high spatial resolution and unique optical absorption contrast, optical-reso...
By offering images with high spatial resolution and unique optical absorption contrast, optical-reso...
The overarching goal of this research is to develop a novel photoacoustic microscopy: PAM) technolog...
Photoacoustic microscopy (PAM) offers label-free, optical absorption contrast. A high-speed, high-re...
Photoacoustic microscopy (PAM) offers label-free, optical absorption contrast. A high-speed, high-re...
Photoacoustic microscopy (PAM) offers label-free, optical absorption contrast. A high-speed, high-re...
Photoacoustic microscopy (PAM) offers label-free, optical absorption contrast. A high-speed, high-re...
Photoacoustic imaging is a promising biomedical imaging technology that can provide the biological i...
To make a photoacoustic microscope (PAM) suitable for clinical applications, we have developed a por...
Photoacoustic tomography detecting ultrasound signals generated from photon absorption provides opti...
Photoacoustic tomography detecting ultrasound signals generated from photon absorption provides opti...
We report the development of functional photoacoustic microscopy capable of video-rate high-resoluti...
We report the development of functional photoacoustic microscopy capable of video-rate high-resoluti...
We report the development of photoacoustic microscopy capable of video-rate high-resolution in-vivo ...
We report the development of photoacoustic microscopy capable of video-rate high-resolution in-vivo ...
By offering images with high spatial resolution and unique optical absorption contrast, optical-reso...
By offering images with high spatial resolution and unique optical absorption contrast, optical-reso...
The overarching goal of this research is to develop a novel photoacoustic microscopy: PAM) technolog...
Photoacoustic microscopy (PAM) offers label-free, optical absorption contrast. A high-speed, high-re...
Photoacoustic microscopy (PAM) offers label-free, optical absorption contrast. A high-speed, high-re...
Photoacoustic microscopy (PAM) offers label-free, optical absorption contrast. A high-speed, high-re...
Photoacoustic microscopy (PAM) offers label-free, optical absorption contrast. A high-speed, high-re...
Photoacoustic imaging is a promising biomedical imaging technology that can provide the biological i...
To make a photoacoustic microscope (PAM) suitable for clinical applications, we have developed a por...