JF Dempsey - US Patent 11,378,629, 2022 - Google Patents
Improved magnetic resonance imaging systems, methods and software are described including a low field strength main magnet, a gradient coil assembly, an RF coil system, and …
JF Dempsey, M Dal Forno, SM Shvartsman… - US Patent …, 2021 - Google Patents
(57) ABSTRACT A magnetic resonance imaging (MRI) system having a resistive, solenoidal electromagnet for whole-body MRI may include ferromagnetic material within an envelope of …
Primary Examiner—Jay Patidar (57) ABSTRACT A magnetic resonance (MR) imaging method performed by an MR imaging system includes acquiring MR data in multiple shots …
PR Seevinck - US Patent 10,748,309, 2020 - Google Patents
A system for bone imaging is disclosed. A processing unit is provided for processing an echo MRI dataset. The processing unit is configured to apply a phase ramp to the radial …
SW Fielden, CH Meyer, X Feng - US Patent 9,322,896, 2016 - Google Patents
Abstract Systems, methods of reducing off-resonance blurring in acquired magnetic resonance imaging data. The method includes acquiring a first set of spiral interleaf data for …
I Bajic - US Patent 9,251,566, 2016 - Google Patents
(54) METHOD AND SYSTEM FOR 2006/0247515 A1* 1 1/2006 Moriguchi......... GOR 33, 4824 HIGH-RESOLUTION TRANSFORMS OF 2006, O262994 A1* 11/2006 P Goof'; …
SW Fielden, CH Meyer, X Feng - US Patent 9,651,645, 2017 - Google Patents
Abstract Systems, methods of reducing off-resonance blurring in acquired magnetic resonance imaging data. The method includes acquiring a first set of spiral interleaf data for …
O Bieri, G Bauman - US Patent 10,209,331, 2019 - Google Patents
(74) Attorney, Agent, or Firm—The Webb Law Firm (57) ABSTRACT A magnetic resonance imaging (MRI) method is provided in which a sample is subjected to a gradient echo …
I Kawrykow, G Gerganov, JF Dempsey - US Patent 11,284,811, 2022 - Google Patents
Reference data relating to a portion of a patient anatomy during patient motion can be acquired from a magnetic resonance imaging system (MRI) to develop a patient motion …