【摘 要】
：
Background,Motivation and Objective Functional ultrasound (fUS) imaging of the brain is a recently developed technique for in vivo neurosciences with unprecedented spatial and temporal resolution. Tha
【机 构】
：
Institut Langevin, Paris, France Institut de la V
论文部分内容阅读
Background,Motivation and Objective Functional ultrasound (fUS) imaging of the brain is a recently developed technique for in vivo neurosciences with unprecedented spatial and temporal resolution. Thanks to an ultrafast scanner, the cerebral blood volume (CBV) can be acquired and mapped with a very high sensitivity.
其他文献
Background,Motivation and Objective The integration of CMUT transducers with supporting electronic circuits is critical for the overall efficiency of the CMUT-based imaging systems and for a compact f
Background,Motivation and Objective Capacitive micro-machined ultrasonic transducers (CMUTs), as an alternative of conventional piezoelectric transducers, have various advantages such as superior imag
Background,Motivation and Objective Wafer bonding is often a preferred method over surface micromachining for CMUT fabrication because the resulting membrane layer is more uniform and can be easily op
Background,Motivation and Objective CMUTs typically have a wide bandwidth when immersed in a liquid medium like water which makes them quite attractive for applications like medical ultrasound imaging
Background,Motivation and Objective While high frame rate (HFR) flow mapping is nowadays possible using plane waves, it remains non-trivial to accurately track flow patterns with high spatiotemporal v
Background,Motivation and Objective A known prerequisite for tracking complex flow using ultrasound is the need to derive flow vectors at sub-ms time resolution.Although such a task can possibly be ac
Background,Motivation and Objective We demonstrated previously [1] that high frame-rate (5kHz or more) plane-wave ultrasound enables combined colour Doppler and contrast-enhanced (CE) imaging. The con
Background,Motivation and Objective The resolution of conventional ultrasound imaging is diffraction limited and corresponds roughly to the ultrasonic wavelength (100 μm). We have previously introduce
Background,Motivation and Objective Many diseases, such as those associated with diabetes, coronary heart disease, and the growth and metastasis of tumors exhibit architectural changes in micro-vascul
Background,Motivation and Objective Recently, functional ultrasound (fUS) has been introduced as a powerful method to image intrinsic connectivity in the living rat brain through a thinned-skull windo