A new acoustic coupling fluid with ability to reduce ultrasound imaging artefacts in brain tumour surgery - a phase I study

The novel figure-of-8 cable cerclage enhanced fixation stability and reduced re- displacement of the posteromedial-buttress in cephalomedullary nailing of subtrochanteric

In this safety study in rats and pigs we were unable to detect adverse clinical events of the newly developed acoustic coupling fluid for improving image quality in

The rigid registration presented in this study improves the alignment of the MR and ultrasound image volumes, but as brain shift is a highly non-linear

In this study we have processed and analysed ultra- sound data acquired during surgery of glial tumours in order to compare the image contrast in conventional ultrasound images

The MICCAI Challenge 2018 for Correction of Brain shift with Intra-Operative UltraSound (CuRIOUS2018) was launched as the first public platform to benchmark the latest image

Fig 3. RBC extravasation in H&E-stained brain sections. a-b) MR image of a brain with a corresponding H&E-stained section with limited RBC extravasation. c-d) MR image

Doppler ultrasound and clinical findings in patients with acute ischemic stroke treated with intravenous thrombolysis.. Monitoring and imaging the clot during systemic thrombolysis

Then, we used this new framework in order to formulate a monolithic solid/fluid coupling approach that enables reduced deformable bodies to be simulated in a fluid environment