Listen to the Light: Visualizing Deep Optical Signals with High Resolution! PA-Mode Single Wavelength allows the detection and fusion of photoacoustic signals with detailed anatomical images. Using a tuneable near infrared laser, the subject is …

The advantage of multispectral imaging is in being able to distinguish optically differing signals from each other. Take advantage of the tuneability of the laser source in order to rapidly acquire photoacoustic data at multiple wavelengths in 2D and 3D …

Microbubble ultrasound contrast agents have been used in imaging as a means of improving the visualization of blood flow with respect to the surrounding tissue. These micron-sized particles consist of a gas core surrounded by a lipid shell, and are …

Exogenous contrast agents are important tools for visualizing cellular and molecular processes in a variety of imaging modalities including fluorescence, PET/SPECT, CT, MRI and ultrasound. Furthermore, they can be used as theranostic agents, for the …

PA EKV stands for Photoacoustic ECG-gated Kilohertz Visualization. This unique software allows for photoacoustic imaging with increased temporal resolution and is ideal for cardiovascular applications. By averaging multiple cardiac cycles, typical PA Mode …

Obtain real-time dynamic measurements of oxygen saturation and vascular reperfusion in your disease model. Tissue ischemia, as well as blood reperfusion in ischemic organs, can be investigated in vivo and in real-time with the Vevo F2 …

Pulsed wave (PW) Doppler uses the Doppler principle that moving objects change the characteristic of sound waves. By sending short and quick pulses of sound, it becomes possible to accurately measure the velocity of blood in a precise location and in real …

Our unique photoacoustic Imaging technology is an  in vivo hybrid imaging modality. Photoacoustics combines the sensitivity and contrast of optical imaging with the depth and high resolution of our ultrasound technology. When pulsed laser light …

EKV, or E CG-gated K ilohertz V isualization, allows for increased temporal resolution. By averaging multiple cardiac cycles, typical B-mode frame rates are increased from ~300 frames/sec to up to 10,000 frames/sec! This simple and quick acquisition mode …