|
MultiBand SENSE widens possibilities for fMRI and dMRI in brain
MultiBand SENSE can now accelerate functional and diffusion imaging without compromising image quality. It uses multi-band excitation to acquire multiple slices simultaneously, and reconstruct the individual slices using sensitivity encoding.
|
|
|
A scientific review of dual-energy and spectral computed tomography imaging
This scientific review presents evidence to demonstrate and support why detector-based spectral imaging should be the method of choice in routine clinical practice in hospitals and CT imaging centers.
|
|
|
Cardiac imaging using IQon Spectral CT
This white paper demonstrates the use and performance of the IQon Spectral CT with Philips iPatient technology at Peking Union Medical College Hospital in China.
|
|
|
IQon Spectral CT - Research compendium
This compendium summarizes over 20 clinical studies, white papers, and other publications demonstrating how the spectral detector technology available on the IQon Spectral CT offers clear diagnostic benefits.
|
|
|
Economic impact of IQon for patients with renal insufficiency
This white paper explains how the IQon Spectral CT allows scanning on an expanded patient population and enables contrast-enhanced scanning on a patient population that would not have been eligible to receive contrast.
|
|
|
MRI of patients with MR Conditional cardiac devices
Cardiac pacemakers and ICDs used to be contraindicated for MRI. Today however, active cardiac implants are often labeled MR Conditional, which means that a patient can undergo MRI under certain conditions.
|
|
|
Commissioning of MR-only simulation for radiotherapy planning
This white paper presents a variety of methods for Philips MRCAT (Magnetic Resonance for Calculating ATtenuation) commissioning reported by Philips users.
|
|
|
The role of dose tracking systems in radiation safety programs
This white paper offers the Philips perspective on how to use the data available from radiation dose tracking solutions to contribute to patient care.
|
|
|
Improved cardiac results with Ingenuity CT in real world setting
This white paper demonstrates the ability of the Philips Ingenuity CT with iPatient to provide consistent cardiac image quality in a typical “real-world” private practice radiology outpatient setting.
|
|
|
Ingenia with Xtend - wide bore starts at the patient
The Xtend system design approach to wide bore begins with the patient and designs the system components outwards. This realizes an efficient balance between FOV, body coil SNR and gradient system duty cycle, leading to improved clinical performance at low running costs.
|
|
|
Ingenia dStream architecture - the digital revolution in MRI
This white paper looks at what makes dStream architecture revolutionary and how it redefines the possibilities in clinical imaging.
|
|
|
Liver volumetry accuracy of a post-processing solution for whole-organ segmentation based on MDCT imaging
This white paper evaluates the accuracy of a post-processing solution for whole-liver segmentation assessing whether volumetric whole-liver segmentation can be achieved with high accuracy in an in-vitro phantom.
|
|
|
Enhanced lesion detectability and accurate quantitative imaging
This white paper highlights the key technological advances and refinements in the Ingenuity TF PET/CT system responsible for achieving imaging improvements.
|
|
|
Orthopedic metal artifact reduction in MRI
This white paper explains how O-MAR and O-MAR XD allow visualization of soft tissue and bone in the near vicinity of MR Conditional orthopedic implants by reduction of artifacts caused by metal implants.
|
|
|
Employing spectral detector CT imaging in routine diagnosis
This white paper investigates the clinical additions and diagnostic confidence of spectral images generated from spectral detector CT to routine conventional image data.
|
|
|
Relaxed patients, reduced motion, improved productivity
More relaxed patients are less likely to move during an MRI examination. Adopting a holistic approach for improving different aspects of the MRI patient experience has the potential to reduce the frequency of motion artifacts.
|
|
|
Focusing on high performance
This white paper describes the Vereos digital PET/CT system and the performance measurements made on Ohio State University's Vereos system as well as several others built and tested at Philips Advanced Molecular Imaging Research and Development.
|
|
|
MR-only simulation for radiotherapy planning
This white paper describes the MRCAT (Magnetic Resonance
for Calculating ATtenuation) solution for an MR-only based dose
planning approach for external beam radiation therapy (EBRT). Prostate was chosen as the first application for the MR-only simulation.
|
|
|
Simplify scanning of patients with MR Conditional implants
In recent years, many MR Conditional implants have become available. Patients with such implants can benefit from MRI. Nevertheless, scanning remains challenging. This provides an overview of our ScanWise Implant technology that supports you in meeting current MR Conditional labeling requirements.
|
|
|
Scanning patients with MR Conditional implants
Not all implanted devices are an absolute contraindication for MRI. Patients with MR Conditional implants can undergo MRI, but only under clearly defined conditions and performed by well-trained MRI staff. Read as four MRI experts discuss the scanning of patients with MR conditional implants.
|
|