The purpose of this study was to define a standardized multiplanar approach for transcranial
ultrasound (US) imaging of brain parenchyma based on matched data from 3-D US and 3-D …

Abstract Background and Purpose Many studies have explored the possibility of using
cranial ultrasound for discerning intracranial pathologies like tumors, hemorrhagic stroke, or …

Transcranial duplex sonography (TCS) currently provides us with images of deep brain
structures with sufficient resolution. We chose 2 sonographic quantitative parameters: the …

Transcranial color-coded Duplex sonography (TCCS) has been used for the identification of
cerebrovascular disorders. Recently, its value in the diagnosis of disorders of the brain …

We tested the feasibility of real-time, 3-D ultrasound (US) imaging in the brain. The 3-D
scanner uses a matrix phased-array transducer of 512 transmit channels and 256 receive …

Ultrasound examination of the human brain through the temporal bone window, also called
transcranial ultrasound (TC-US), is a completely non-invasive and cost-efficient technique …

Transcranial sonography (TCS) of small deep brain structures, such as substantia nigra and
brainstem raphe, is increasingly used for assessment of neurodegenerative disorders. Still …

Purpose Transcranial focused ultrasound (FUS) is increasingly being explored to modulate
neuronal activity. To target neuromodulation, researchers often localize the FUS beam onto …

This study evaluated intracranial cerebral arteries using a new data acquisition system for
transcranial three‒dimensional (3D) ultrasonography with and without an echo contrast …

Using B-mode transcranial sonography (TCS), it is possible to image the brain parenchyma
through the intact skull with conventional low-frequency probes. Several brain disorders can …