Rad Sci Magnetic Resonance (RSM)

This course presents an introduction to basic medical techniques in patient care, safety, infection control, pharmacology, medico-legal issues, bioethics, health care delivery environments, diversity and an overview of the various imaging specialties in the Radiologic Sciences. Current issues in the Radiologic Sciences will also be addressed.

In-depth study of the physical principles and instrumentation in MRI. Includes fundamentals of atomic physics, pulse sequencing, data processing, imaging parameters, image contrast, image formation, and image optimization. Provides an overview of the MRI hardware.

The study of human anatomy as seen in axial, sagittal and coronal planes. Presents correlations to cadaver slides as well as CT and MR images. Anatomical regions studied include the central nervous system, neck and musculoskeletal system.

"The study of human anatomy as seen in axial, sagittal and coronal planes. Presents correlations to cadaver slides as well as CT and MR images. Anatomical regions studied include the thorax, abdomen and pelvis. Prerequisite: RSM 401"

Continuation of Radiologic Sciences M 400, MRI Physics and Instrumentation I. The course includes the following MRI topics : common MRI artifacts, motion, flow & magnetic resonance angiography (MRA). Prerequisite : RSM 400

A comprehensive overview of issues related to MRI patient care and safety. Practical guidelines and recommendations are included that assist in the safe management of patients in the MR environment. The course includes the following MRI topics: proper screening & preparation of MRI patients, implants and devices contraindicated for MRI - including cardiac devices, neurostimulators, passive & active devices, maintenance of a safe work environment & ACR zoning, bio-effects of the static, gradient & radiofrequency electromagnetic fields, the missile effect, claustrophobia & other panic disorders associated with MRI procedures, issues related to MRI & pregnancy, MRI contrast agents & nephrogenic systemic fibrosis, auditory effects & MRI, issues related to cryogen & quench of MRI magnets, practice standards for the MRI technologist, and implementation of standard MRI safety policies & procedures.

"Students participate in the diagnostic process of performing MRI imaging examinations at clinical sites. Requires imaging anatomic structures and pathology and recording the information needed to provide optimal examinations. Provides intensive, hands-on clinical practice under the direct and indirect supervision of the MRI clinical staff. Evaluation is based on clinical competency in all aspects of MRI imaging procedures, including: patient preparation, patient care, room preparation, patient positioning, MRI exam protocols, technical skills, equipment skills, safety procedures, scanning efficiency, and MRI image evaluation."

"Continuation of Radiologic Sciences M 412, Clinical MRI I. Students participate in the diagnostic process of performing MRI imaging examinations at clinical sites. Requires imaging anatomic structures and pathology and recording the information needed to provide optimal examinations. Provides intensive, hands-on clinical practice under the direct and indirect supervision of the MRI clinical staff. Evaluation is based on clinical competency in all aspects of MRI imaging procedures, including: patient preparation, patient care, room preparation, patient positioning, MRI exam protocols, technical skills, equipment skills, safety procedures, scanning efficiency, and MRI image evaluation. Prerequisite: RSM 412"

Continuation of Radiologic Sciences M 413, Clinical MRI II. Students participate in the diagnostic process of performing MRI imaging examinations at clinical sites. Requires imaging anatomic structures and pathology and recording the information needed to provide optimal examinations. Provides intensive, hands-on clinical practice under the direct and indirect supervision of the MRI clinical staff. Evaluation is based on clinical competency in all aspects of MRI imaging procedures, including: patient preparation, patient care, room preparation, patient positioning, MRI exam protocols, technical skills, equipment skills, safety procedures, scanning efficiency, and MRI image evaluation. Prerequisite: RSM 413

The study of human pathology as seen in axial, sagittal and coronal planes. Presents correlations with CT and MR images. Anatomic regions studied include the central nervous system, neck, musculoskeletal system, thorax, abdomen and pelvis.

"Introduces MRI neurological and musculoskeletal imaging protocols and principles. Scan techniques discussed include information on pulse sequences, scan planes, and slice prescriptions. Correlation between normal and pathological conditions will be included."

"Introduces MRI thoracic, abdominal, and pelvic imaging protocols and principles. Scan techniques discussed include information on pulse sequences, scan planes, and slice prescriptions. Correlation between normal and pathological conditions will be included. In addition, there is a unit on pediatric imaging. Prerequisite: RSM 431"

Digital electronics, computers, and information technology are fundamental to medical imaging practice in the 21st century. This course presents an introductory overview of the science and technology underlying the information systems that are pervasive in modern diagnostic imaging. Topics include digital image acquisition, reconstruction, and post-processing, advanced visualization, decision support, computer networking and PACS, information systems, and industry standards such as DICOM, HL7, and IHE.

Taught in a seminar fashion, this course provides a review of the principles of MRI image formation, data acquisition, image processing, imaging procedures, patient care and safety – i.e., a final comprehensive review of MRI principles before students take the ARRT Board Examination for Magnetic Resonance Imaging.

Taught in a seminar fashion, this course allows students to obtain an introduction and overview of advanced scanning techniques in magnetic resonance imaging. The course includes the following advanced MRI scanning topics: MRI spectroscopy in the brain, high performance gradients, combinations of MRI, susceptibility weighting imaging, MR elastography, MR relaxometry, motion correction, and restriction spectrum imaging.

A research project/special topics course taught in an independent study/seminar manner. Students will produce a written literature review paper and present research projects on MRI topics agreed to by the instructor.

A research project taught in an independent study manner. Students will produce a written literature review paper and present research projects on MRI topics agreed to by the instructor.