Application Note: Bioprinting Beyond the Limitations of Traditional Cancer Model
M-Series Application Note: Bioprinting Beyond the Limitations of Traditional Cancer Models View Paper
Join us LIVE for a hands-on demonstration of the Doppler Flow Velocity System.
You will learn:
The Doppler Flow Velocity System (DFVS) is a non-invasive, real-time pulsed Doppler measurement device for studying cardiovascular function in a variety of small animal models, such as mice and rats. The system is ideally suited to analyze the rapid heart rates found in these species, due to the high frequency and excellent temporal resolution. The data is acquired using a very small probe, 2-3mm in diameter, allowing for more accurate and reproducible data to be acquired. Holding the probe with a steady hand or mounted in a micromanipulator, researchers can acquire many systolic and diastolic cardiac function parameters, as well as parameters from peripheral vessels such as the carotid, renal, and femoral arteries, plus indices from the coronary vessels
M-Series Application Note: Bioprinting Beyond the Limitations of Traditional Cancer Models View Paper
Intravital Microscopy- Real-time Tracking of Osteoclast Activity for Bone Disease Studies View Paper
M-Series Application Note: Deep Brain Imaging Utilizing Novel Surgical Techniques: Cranial Imaging Window
M-Series White Paper: Baker InvivO2 and PhO2x Box in orthopaedics, metabolism and body
System:γ-eye View Paper Here Sukhvir Kaur Bhangu, Soraia Fernandes, Giovanni Luca Beretta, Stella
System:Celloger The Live Cell Imaging is a method to examine living cells over