Siemens Healthineers Ag

Siemens Healthcare Gmbh

Florian Maier

David Grodzki

Peter Speier

Arne Hengerer

Himanshu Bhat

Axel Joachim Krafft

Rainer Schneider

Martin Requardt

Waqas Majeed

Dirk Franger

Ralf Vogel

Manuel Schneider

Jonas Faust

One or more example embodiments relate to a positioning support system for positioning a medical device based on at least one medical image, the positioning support system comprising at least one channel for the medical device and configured to be pierced with the medical device, the channel configured to be at an acute first angle to a normal of a surface, the channel including a water-containing medium including at least one polymerizable component, the water-containing medium being configured to cure after being pierced with the medical device when the medical device is coated with a polymerization catalyst, wherein the positioning support system is configured to be placed on the surface, and the positioning support system permits the medical device in the water-containing medium to be depicted in the at least one medical image.

Positioning support system for positioning a medical device

A method for marking an entry position for an injection apparatus on a surface of a patient positioned inside a patient receiving region of a magnetic resonance device. The method includes providing a virtual entry position, introducing a marking apparatus into the patient receiving region, acquiring time-resolved MR image data from the marking apparatus by the magnetic resonance device, ascertaining a current position of the marking apparatus based on the time-resolved MR image data, iteratively changing the current position of the marking apparatus using the virtual entry position and the current position, and delivering the liquid from the marking apparatus when the current position matches the virtual entry position.

Method for marking an entry position for an injection apparatus in interventional mr imaging

The disclosure relates to an extended-reality device having an interface, a computing unit, and a user interface. The extended-reality device may be configured to capture, using the interface, a procedure of an imaging examination using an imaging apparatus. The computing unit may be configured to determine information concerning the procedure of the imaging examination and to provide said information to a user of the extended-reality device using the user interface. The disclosure further relates to a system including an imaging apparatus with an extended-reality device, and to a method for providing information concerning a procedure of an imaging examination using the system.

Apparatus, system and method for supporting a procedure of an imaging examination

A magnetic resonance tomography device and a method for equalized mapping in real time are provided. A first slice and a second slice are captured in three-dimensional (3D) encoding, where the first slice and the second slice are oriented to one another at an angle, and an instrument or trajectory to be mapped lies in an intersecting set of both the first slice and the second slice. A two-dimensional (2D) image may be generated alternately from both the first slice and the second slice and is displayed to a user.

Device and method for real-time 3D distortion correction of magnetic resonance images

Techniques are provided for operating an MR scanner that comprises gradient coils configured to generate a field gradient along coordinate axes of a coil coordinate system. The techniques include receiving limit values concerning the field gradient in the coil coordinate system and an MR scan protocol. Expected orientations of a logical coordinate system are then determined and, for each one, a compliant value for a timing parameter is determined and stored in a database. The MR scanner is controlled to carry out an MR scan, and afterwards the orientation is set to a first orientation. A first value for the timing parameter according to the first orientation is determined based on the data stored in the database, and the MR scanner is controlled to carry out a scan sequence according to the first orientation and the first value.

Magnetic resonance imaging using a database of timing parameters

The invention relates to a method for optimizing an MR imaging sequence with a plurality of sequence blocks where gradient requirements of logical gradients switched along axes including a read, slice, and phase axis are determined. Based on the requirements, a reference gradient is determined among the logical gradients having a longest minimum duration relative to remaining logical gradients within the sequence block during which the reference gradient is switched on. A scaling factor is determined for each of the logical gradients. The scaling factors for the logical gradient factors are updated taking into account the determined stretch ratios, and optimized amplitudes are determined for the logical gradients based on the updated scaling factors.

Optimization of MR imaging sequence

Techniques are disclosed for preparing a repeat intervention on the skin of a patient. This may include acquiring first image data of an intervention region during a first intervention on the skin of the patient. At least two landmarks may be identified on the skin of the patient on the basis of the acquired first image data. A position of the first intervention is then determined with the aid of the landmarks as reference points. In addition, the position of the first intervention and of the landmarks may be stored in a data memory unit. A position of the second intervention is subsequently localized on the basis of the stored position and of the at least two landmarks.

Growing community of inventors

Buckenhof, Germany

Florian Maier