COMPLETE INTRACRANIAL ARTERIAL AND VENOUS BLOOD FLOW EVALUATION WITH 4D FLOW MRI

$18,046P41FY2009RRNIH

Stanford University, Stanford CA

Investigators

Linked publications & trials

Paper 36935627 Paper 35864992 Paper 32783339 Paper 32329076 Paper 31722599 Paper 31277060 Paper 30637847 Paper 28792653 Paper 28722314 Paper 28450978 Paper 28137627 Paper 27726251 Paper 27678106 Paper 27282860 Paper 27116907 Paper 26970093 Paper 26923108 Paper 26786745 Paper 26778549 Paper 26774615 Paper 26677408 Paper 26315797 Paper 26026643 Paper 25983363 Paper 25982242 Paper 25970596 Paper 25923677 Paper 25426935 Paper 25400102 Paper 25338633 Paper 25278065 Paper 25193002 Paper 25155435 Paper 25107618 Paper 24907854 Paper 24715414 Paper 24549830 Paper 24512800 Paper 24493404 Paper 24419985 Paper 24324530 Paper 24321559 Paper 24248734 Paper 24227703 Paper 24224182 Paper 24166577 Paper 24089369 Paper 23821305 Paper 23796090 Paper 23661904 Paper 23649942 Paper 23622097 Paper 23617511 Paper 23559437 Paper 23553967 Paper 23401024 Paper 23333415 Paper 23280540 Paper 23129267 Paper 23097185 Paper 23042686 Paper 23042658 Paper 23041985 Paper 23026956 Paper 22865658 Paper 22849427 Paper 22766164 Paper 22761057 Paper 22689498 Paper 22584230 Paper 22529247 Paper 22488589 Paper 22457248 Paper 22345529 Paper 22334505 Paper 22334279 Paper 22331837 Paper 22318509 Paper 22314879 Paper 22307933 Paper 22278751 Paper 22213138 Paper 22179942 Paper 22172536 Paper 22161695 Paper 22144397 Paper 22135085 Paper 22114040 Paper 22095672 Paper 22055852 Paper 22036995 Paper 22023744 Paper 22006060 Paper 21978550 Paper 21978053 Paper 21971474 Paper 21954048 Paper 21937181 Paper 21934411 Paper 21858858

Abstract

This subproject is one of many research subprojects utilizing the resources provided by a Center grant funded by NIH/NCRR. The subproject and investigator (PI) may have received primary funding from another NIH source, and thus could be represented in other CRISP entries. The institution listed is for the Center, which is not necessarily the institution for the investigator. Time-resolved, 3D velocity-encoded MR imaging (4D Flow) allows for the acquisition of dynamic, multidirectional blood flow data, and has recently been used for evaluation of intracranial arterial flow. Using a 3T system with optimization of both temporal resolution and k-space subsampling with a combination of parallel imaging and cut-corner acquisition, the clinical assessment of a patient with an arteriovenous malformation was carried out by providing complete intracranial arterial and venous coverage in a scan time of 677 heartbeats.

View original record on NIH RePORTER →