With this course, the radiologic technologist will increase their knowledge and understanding of the basic principles of pathology, learn how disease processes work, and recognize the radiographic appearance of specific diseases and injuries that are likely to be diagnosed with medical imaging. This knowledge will aid the technologist in selecting proper modalities and determining the need for repeat radiographs in different situations. The course is based on the 4th edition of Comprehensive Radiographic Pathology by Ronald L. Eisenberg, M.D., and Nancy M. Johnson, R.T.

This course provides the radiographer with an overview of radiological science and fundamentals of quality patient care; professional ethics; legal issues; radiology technology and clinical issues.

This course provides the radiographer with a thorough practical approach to mastering the fundamentals of cross sectional anatomy, using computed tomography and magnetic resonance imaging. The emphasis is on identifying anatomy through images in different body and segmental planes. This may prove useful in obtaining optimal images of the anatomy of interest.

In this course, the radiological technologist will review all aspects of imaging technology, including use of computers and lasers. The radiological technologist will understand the practical approach of test and application of techniques, review current technology, quality assurance, environmental issues, pollution, and the implications of imaging technology.

This course is helpful in enhancing the appreciation of radiography as an art as much as a science. The radiographer will review basic anatomy and physiology of the skeletal, respiratory, hepatobiliary, urinary, reproductive, cardiovascular, hemopoietic, central nervous system, and the abdominal and gastrointestinal systems. The radiographer also will understand common disease processes seen radiographically in the clinical practice and become familiar with the radiographic appearance, origins of a disease or injury, likely prognosis including new and most current information on imaging techniques, MRI, CT, Ultrasound, and PET scanning.

This course provides the radiographer with a thorough practical approach to mastering the fundamental principles of imaging. The emphasis is on a practical approach to the topics and mathematical applications that help to produce high quality radiographic images in the clinical setting. Introductions to the new technology of digital imaging where appropriate also will be discussed.

This course provides the radiographer with an overview of quality management and its associated topics—quality assurance and quality control—which are vitally important in modern diagnostic imaging departments and for technologists to succeed in the delivery of high quality services.

The health care professional will review principles of mammographic imaging; methods used to produce quality mammograms, breast diseases and images of mammographic pathology.

This course introduces the radiographer to the importance of patient care in imaging technology, with in-depth discussions on the importance of professionalism, ethics, and effective communication. Overviews of radiological science and the fundamentals of pharmacology, electrocardiogram, and medication administration including contrast agents, bedside radiography, special procedures, adverse reactions and age related care for pediatrics and geriatrics are provided.

In this course, the learner will understand the history and future of Digital Mammography. In addition, the learner will evaluate the strengths and weakness of Digital Mammography and the differences in the various system options. The learner will be prepared to implement a Quality Control Program for Digital Mammography. In addition, the learner will have an understanding of the interfaces between Digital Mammography, PACS (Picture Archiving and Communications System) and CAD (Computer Aided Detection).

The Anatomy Coloring Workbook provides the student with an active learning process. Throughout the workbook, the student is asked to participate – locating, identifying, and coloring in the structures you have been asked to find. This hands-on approach enables a better understanding of human anatomy by making the diagrams the central focus of the learning process. After completing the diagrams, the student will have a firm grasp on basic terminology and the human anatomy. This knowledge will make you a better radiographer.

This radiology textbook course with online final illustrates the best practices for all facets of breast cancer imaging – from screening of asymptomatic patients to cancer staging, identifying metastases, and assessing efficacy of treatment – in a succinct, practical source. Contributing authors from a wide range of subspecialties provide well-rounded guidance to meet the needs of today’s multidisciplinary work environment. The textbook relies on a case-based approach.

This radiology textbook course with online final illustrates the best practices for all facets of breast cancer imaging – from screening of asymptomatic patients to cancer staging, identifying metastases, and assessing efficacy of treatment – in a succinct, practical source. Contributing authors from a wide range of subspecialties provide well-rounded guidance to meet the needs of today’s multidisciplinary work environment. The textbook relies on a case-based approach.

With this course, the radiologic technologist will increase their knowledge and understanding of the basic principles of pathology, learn how disease processes work, and recognize the radiographic appearance of specific diseases and injuries that are likely to be diagnosed with medical imaging. This knowledge will aid the technologist in selecting proper modalities and determining the need for repeat radiographs in different situations.

This course is designed to help radiographers meet patient needs, from introduction to routine procedures; emergency situations and documentation of events in the medical records. The radiographer will review up to date information, technical and interpersonal skills needed to provide quality patient care in a quality environment.

This course provides the radiographer with a thorough practical approach to mastering the fundamentals of cross sectional anatomy, using computed tomography and magnetic resonance imaging. The emphasis is on identifying anatomy through images in different body and segmental planes. This may prove useful in obtaining optimal images of the anatomy of interest.

This course will help the Radiology Technologist have a better understanding of musculoskeletal MRI. It provides information on the latest protocols, multiple disease processes, anatomy, and common abnormalities. By having a better understanding of musculoskeletal processes and anatomy you will be better equipped to provide superior patient care and imaging.

This course provides the radiographer with a thorough, practical approach to mastering the fundamentals of cross sectional anatomy using CT and MR imaging. The emphasis for this course lies with identifying anatomy through images in different body and segmental planes. This may prove useful when obtaining optimal images of the anatomy of interest.

Respiratory therapists working in a unit requiring the monitoring of the electrocardiogram will review cardiac anatomy and physiology, electrophysiology, basic rhythms and dysrhythmias generated by the sinus node, atria, AV junction, and ventricles, basic pacemaker principles and rhythms, and an introduction to the 12 lead ECG.