Ultrafast Doppler: Mouse Abdominal
The mouse abdominal ultrasound image showing the vasculature of the pancreas, spleen and the kidney using Ultrafast Doppler. Acquired using a UHF46x transducer on a Vevo F2xc ultrasound system.
Ultrafast Doppler: Spleen Vasculature
The mouse abdominal ultrasound image showing the spleen vasculature using Ultrafast Doppler. Acquired using a UHF46x transducer on a Vevo F2xc ultrasound system.
Ultrafast Doppler: Pancreas, Spleen and Left Kidney
The mouse abdominal ultrasound image showing the pancreas, spleen and the left kidney using Ultrafast Doppler. Acquired using a UHF46x transducer on a Vevo F2xc ultrasound system.
Ultrafast Doppler: Mouse Kidney
A mouse kidney ultrasound image using Ultrafast Doppler; ultra-high frame rate to visualize even more vasculature. Acquired using a UHF46x transducer on a Vevo F2xc ultrasound system.
Color Doppler: Directional Blood Flow
A mouse kidney ultrasound image using Ultrafast Doppler and Color Doppler. Acquired using a UHF46x transducer on a Vevo F2xc ultrasound system.
Power Doppler: Non-Directional Blood Flow
A mouse kidney ultrasound image using Ultrafast Doppler and Power Doppler. Acquired using a UHF46x transducer on a Vevo F2xc ultrasound system.
Color Doppler of 3 Week Old Mouse Brain
Color Doppler brain image of a 3-week old mouse pup showing directional blood flow. Acquired using a UHF46x transducer on a Vevo F2xc system.
Power Doppler of 3 Week Old Mouse Brain
Power Doppler brain image of a 3-week old mouse pup showing non-directional blood flow. Acquired using a UHF46x transducer on a Vevo F2xc system.
Ultrafast Doppler of 3 Week Old Mouse
Ultrafast Doppler (UFD) brain image of a 3-week old mouse pup: ultra-high frame rate to visualize even more vasculature. Acquired using a UHF46x transducer on a Vevo F2xc system.
PA EKV Oxy-hemo Parasternal Long Axis
Cine loop of a parasternal long axis mouse heart captured using PA EKV Oxy-hemo. This image was acquired with a UHF29x transducer, and a medium optical fiber (MED Laser Energy) on the Vevo LAZR-X20.
Contrast Imaging in the Brain
Improved contrast imaging showing the rat cranial window (Amplitude Modulation). Scanned using a UHF29x transducer on the Vevo F2xc platform.
Color Doppler of Mouse Brain
Color Doppler of a mouse brain with PA HD on. Scanned using a UHF29x transducer on the Vevo F2xc platform.
Mouse Common Carotid Artery
A mouse common carotid artery captured in PA HD mode. Scanned using a UHF29x transducer on the Vevo F2xc and the Vevo LAZR-X20 imaging platform.
Mouse Brain in PA HD
See the improvements with PA HD on vs off when imaging a mouse brain. Scanned using a UHF29x transducer on the Vevo F2xc and the Vevo LAZR-X20 imaging platform.
Mouse heart (Vector Flow Imaging)
Vector Flow Imaging (beta feature) shown in a mouse heart. Scanned using a UHF29x transducer on the Vevo F2xc platform.
Mouse Kidney (Vector Flow Imaging)
Vector Flow Imaging (beta feature) in a mouse kidney. Scanned using a UHF29x transducer on the Vevo F2xc platform.
Flow Phantom (Vector Flow Imaging)
Vector Flow Imaging (beta feature) showcased through a phantom of a mouse vein. Scanned using a UHF29x transducer on the Vevo F2xc platform.
Mouse Abdominal Aorta (Vector Flow Imaging)
Vector Flow Imaging (beta feature) showing the mouse abdominal aorta. Scanned using a UHF29x transducer on the Vevo F2xc platform.
Rat Brain - Cranial Window (Vector Flow Imaging)
Vector Flow Imaging (beta feature) showing the cranial window of a rat brain. Scanned using a UHF29x transducer on the Vevo F2xc platform.
Rat Brain - Cranial Window: Ultrafast Doppler Mode
Ultrafast Doppler (UFD) showing the rat brain cranial window; scanned using a UHF29x transducer on the Vevo F2xc platform.
Images collected courtesy of BioMaps laboratory (Paris-Saclay University), Lim Anna Sieu, Anthony Novell, Jean-Luc Gennisson.
Rat Brain - Cranial Window: Ultrafast Doppler Mode
Ultrafast Doppler (UFD) showing the rat brain cranial window; scanned using a UHF29x transducer on the Vevo F2xc platform.
Images collected courtesy of BioMaps laboratory (Paris-Saclay University), Lim Anna Sieu, Anthony Novell, Jean-Luc Gennisson.