Course | | Description |
Q Series |
CT0101T - "Q" Series CT Scanner Certification Exam | | This module contains ONLY the certification exam for the associated eLearning course. If you have not completed this eLearning course do not proceed. |
Brilliance |
CT3810T - Brilliance Air Certification Exam | | This modules contains ONLY the certification exam for the CT3810C on-site training course. This exam is password protected and is not accessible to anyone other than students attending the on-site course. |
CT9100T - Brilliance 16/10/6 Differences Certification Exam | | This module contains only the certification exam for the associated eLearning course. If you have not already completed the eLearning course, do not proceed. |
CT9102 - Brilliance 40 Differences Certification Exam | | This module contains only the certification exam for the associated eLearning course. If you have not already competed the eLearning course do not proceed. |
CT9105T - Brilliance 64 CT Differences Certification Exam | | This module contains ONLY the certification exam for the eLearning course. If you have not completed this eLearning course, do not proceed. This certification exam consists of only one question. When you submit your answer your student history will be updated as having completed this course. |
CT9114T - Brilliance CT Big Bore Differences Certification Exam | | This module contains ONLY the certification exam for the associated eLearning course. If you have not completed the learning course, do not proceed. |
Cardiac |
Cardiac CTA Hands-On Training Sites - Level 1, 2, or 3 | | This course is for hands-on training for CT Cardiac Imaging |
Aspects of Computed Tomography Angiography & Atherosclerosis (Renal CTA) | | Volumetric Computer Tomography (CT) scanning was first introduced in 1991, using spiral or helical single detector CT (SDCT) technology. Since that time, the technology has continued to grow with the development and introduction of multidetector CT (MDCT) scanners. As you would expect, these new technologies began an explosion of new CT applications including Computer Tomography Angiography (CTA). CTA has become a focal topic of radiology, in part to the relatively new understanding of vascular disease. In addition, CTA has developed into an established technique for studying specific arteries such as the renal and aortic-iliac arteries. The key to any successful study is study planning. In order to select the correct scan protocol you must be aware of the reason the CT scan is being ordered. Before discussing any of the specific CTA applications, it is important to first, realize the mechanism causing vascular disease and how CTA will provide diagnostic information. We will start this module by exploring the vascular anatomy and physiology, followed by the disease process, and the information that CTA provides for diagnosis. |
Cardiac CT | | This tutorial is intended for anyone wanting to learn about Cardiac Computed Tomography (CT). The course covers anatomy, physiology, and pathology of the heart using cardiac CT images. The course also covers patient preparation and procedures for Coronary Calcium Scoring and Coronary CTA studies. A basic knowledge of CT is recommended. You will see high-quality Cardiac MDCT images from a variety of patient case studies for hospitals and CT suites from around the world |
Clinical Strategies - Acute Myocardial Infarction | | This tutorial is a comprehensive review of chest pain and myocardial infarction. After completion of this tutorial, the learner will understand the causes of acute coronary syndromes, the characteristic clinical presentations, the general approach to management as well as the usual diagnostic algorithm, procedures and imaging studies that are performed. The course begins with a review of the applied anatomy, physiology and pathophysiology of chest pain. |
Clinical Strategies - Chest Pain | | This tutorial is a comprehensive review of chest pain. After completion of this tutorial, the learner will understand the various causes of chest pain, the characteristic clinical presentations, the general approach to management as well as the usual diagnostic algorithm, procedures and imaging studies that are performed. The course will review the many causes that range from life-threatening conditions such as myocardial infarction and aortic dissection, to more benign conditions such as indigestion, heartburn, and gastroesophageal reflux, costochondritis, and muscular aches. |
CT Angiography | | This tutorial on CT Angiography (CTA) will review the technical aspects of CTA, contrast optimization, bolus timing and post-processing techniques. This course will also discuss the clinical applications of CTA and describe the advantages and disadvantages of CTA compared to MR Angiography and Digital Subtraction Angiography. |
Fetal
|
Multicystic Dysplastic Kidney | | The purpose of this case is to illustrate the progression of multicystic dysplastic kidney (MCK), and to discuss the classifications of cystic renal disease in the fetus, sonographic findings of MCK, associated findings, differential diagnosis and prognosis. The information is presented in a case study format. By reviewing the medical history and the results from both prenatal and postnatal studies, the characteristics of this pathology will be examined. |
General |
| |
CT Applications, Instrumentation, and Workflow | | This course details the functions of various computed tomography scan parameters and reviews their clinical applications. In addition, this course will introduce the technologist to hybrid PET/CT technology and compare fusion and diagnostic computed tomography. The course also describes procedural applications to performing basic computed tomography scans including patient preparation, radiation safety, optimizing contrast enhancement and timing, and suggestions on how to increase workflow efficiency. There are no prerequisites for this course. |
CT Methods: Conventional, Spiral, and Multi-Row Detectors | | CT Methods describes the unique differences of conventional, spiral, and multi-row detector Computer Tomography. This module will provide the learner with information on the following topics: Name and briefly describe the five quality characteristics of a Computer Tomography (CT) image, Describe the concept of contrast sensitivity and explain how it relates to CT imaging, Identify the adjustable factors that have a significant effect on contrast sensitivity and visualization of specific tissues with CT imaging, Describe the concept of image detail and how it applies to clinical CT imaging, Identify at least two design characteristics of CT equipment that can have an effect on image detail during the scanning phase, Identify and briefly explain the effect of at least three protocol factors that can be adjusted to change image detail during the image reconstruction phase, Briefly describe the concept of image noise and its significance in clinical CT imaging, Briefly describe the relationship between voxel size and image noise in CT imaging, Briefly describe the relationship between patient dose and image noise in CT imaging, Briefly describe how the selection of specific filter algorithms can affect image noise in CT imaging, Explain how the adjustable window width affects the visual noise in a CT image, Briefly describe the structure of a slice of tissue in terms of voxels in CT imaging, Briefly describe the structure of a digital image in terms of pixels, Describe the concept of CT numbers and their relationship to tissue characteristics, Explain why water has a CT number value of zero, Identify the units that are used to express CT number values, & Much More. |
CT Principles | | This module is an excellent review for the seasoned CT technologist or forms an excellent knowledge base for the radiologic technologist who is training in CT. In conventional radiography the image impressed on the film is formed by the "shadows" generated by the various parts of an object. Using a CT scanner, the image is a reconstruction of the different attenuation coefficients relative to each one of the cells forming the material within a layer (slice) of the object. This comprehensive tutorial will review the basics of generating X-rays and the limitations of radiography. The student will learn the history of CT, the basic system components of a CT scanner and methods involved in CT scanning and acquisition, and the concept of image quality as it relates to CT scanning. |
CT Virtual Colonoscopy | | At the conclusions of taking the CT Virtual Colonoscopy course, the participants will be able to display knowledge of Virtual Colonoscopy, clinical applications, and strategies through a twenty-one question test. The specific objectives are to understand the following topics: Colon Anatomy; Colon Physiology; Diseases of the Colon; Colorectal Cancer; Detection of Colorectal Cancer; CT Colography (CTC); CTC Patient Preparation; and More... |
CT01: CT X-Ray Principles | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of radiation risk assessment, ionization, radioactivity, and radiation protection concepts. This course describes the factors that influence public perception of radiation exposure and develops a basic protocol for patient education. This presentation is given by Wilbur Reddinger, M.S., R.T.,(R)(CT). |
CT02: Radiation Risk | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT Instrumentation including a review of the hardware and software components of the CT scanner and how they relate to CT scanning, CT data reconstruction and a description of the differences between scanner geometry and between scanner generations. This presentation is given by Bill Faulkner, B.S., R.T., (R)(MR)(CT). |
CT03: CT Instrumentation | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT Instrumentation including a review of the hardware and software components of the CT scanner and how they relate to CT scanning, CT data reconstruction and a description of the differences between scanner geometry and between scanner generations. This presentation is given by Bill Faulkner, B.S., R.T., (R)(MR)(CT). |
CT04: CT Principles | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT Principles including a review of CT image data acquisition, the various methods of acquiring CT data, CT hardware, patient care issues, and how CT parameters affect image quality. This presentation is given by Bill Faulkner, B.S., R.T., (R)(MR)(CT). |
CT05: CT Image Quality | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT Image Quality including a review of image parameters, which CT parameters affect image quality and how CT parameters affect image quality, patient care issues, and how CT is currently utilized in clinical practice. This presentation is given by Bill Faulkner, B.S., R.T., (R) (MR) (CT). |
CT06: CT Post Processing | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT Post Processing including a review of CT image acquisition for isotropic acquisitions and filtered acquisitions, basic tasks like Window/Level and ROI, CT numbers and the Hounsfield Scale, and Advanced Post Processing techniques like MPR, MIP, Shaded Surface Display, Volume Rendering and reformats for Perfusion Imaging. This presentation is given by Wilbur Reddinger, M.S., R.T., (R), (CT). |
CT07: Helical and Multislice CT | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of conventional CT generations, helical CT and its limitations, and terminology such as pitch and interpolation. This course will go over multislice CT and the student will gain an understanding of geometry, detector configurations, DAS acquisition and isotropic imaging. The advantages and disadvantages of helical CT and multislice CT will be reviewed. This presentation is given by Wilbur Reddinger, M.S., R.T., (R), (CT). |
CT08: CT Contrast Media | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT Contrast Media. This video will identify various types of contrast media used in CT, describe the properties of different contrast media, how contrast media is selected for use, describe screening methods and the methods of administration. Additional registry review topics include patient preparation, contrast media side effects and reactions, and basic methods of treatment for contrast reactions. This video presentation is given by Wilbur Reddinger, M.S., R.T., (R), (CT). |
CT09: CT Patient Care | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT Patient Care and will review patient preparation, indications for CT, vital signs and patient assessment, lab values, venipuncture, and injection techniques. This presentation is given by Joy Fox, BSRT.,(R)(QM). |
CT11: CT Body (Abdomen, Pelvis, and Musculoskeletal) | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT body imaging including review of the clinical indications and pathology for the abdomen, pelvis and musculoskeletal system. Taking this course will help prepare the student for the advanced level registry review in CT. This course will review the anatomy of the body, contrast media, patient preparation protocol including the safety screening and positioning acquisition methods, parameter selection, protocol modification for pathology or trauma. Special procedures such as 3-D studies, CTA, biopsies, virtual colonoscopy, CT arthrography, and radiation therapy planning will be discussed. This video presentation is given by Carolyn Roth, RT (R) (MR) (CT) (M) (CV) FSMRT and Joanne Niewood, MsRT (R) (MR) (CT). |
CT12: CT Thorax (Chest and Spine) | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT body imaging including review of the clinical indications and pathology for the thorax and spine. Taking this course will help prepare the student for the advanced level registry review in CT. This course will review the anatomy of the thorax and spine, contrast media, patient preparation protocol including the safety screening and positioning acquisition methods, parameter selection, protocol modification for pathology or trauma. Special procedures such as 3-D studies, CTA, the CT myelogram, and radiation therapy planning will be discussed. This video presentation is given by Carolyn Roth, RT (R) (MR) (CT) (M) (CV) FSMRT and Joanne Niewood, MsRT (R) (MR) (CT). |
Technological Advances in CT | | This is an excellent review for the CT technologist or anyone wanting an introduction to Computed Tomography. There are no prerequisites for this course. This tutorial will review the methods involved in CT scanning and acquisition, image creation and the factors that affect image quality, scan parameters and their effects. This activity may be available in multiple formats or from different sponsors. |
CT9107 - Computed Tomography Fundamentals | | This course covers "fundamental" information relating to how a Computed Tomography (CT) scanner system operates to produce medical images for diagnostic purposes. The methodology used in this course divides the CT scanner into three sub-systems: Data Acquisition, Image Reconstruction, and Image Display. Each sub-system is discussed three times throughout the course, each time providing more detail. |
CT9107T - Computed Tomography Fundamentals Certification Exam | | This module contains ONLY the certification exam for eLearning course CT9107:Computed Tomography Fundamentals. If you have not completed this course, do not proceed. |
CT9222 - CT Service Training Videos | | This module contains ONLY the certification exam for the CT9222 eLearning course. If you have not already completed this eLearning course do not proceed. |
Understanding Your CT Exam | | Video |
Mesenteric Volvulus of the Small Bowel | | This case study provides information regarding a mesenteric volvulus. The case study contains information on normal mesenteric anatomy, arteries for collateral pathways, and symptoms, diagnostic criteria, and treatment options for mesenteric volvulus. Also included is information on how Ultrasound, X-ray, CT, MRI, Laboratory and Interventional Procedures aided in the diagnosis. |
Metastatic Malignant Melanoma | | This case study provides information about a patient with metastatic malignant melanoma with distant metastatic spread. The patient's medical history, results of diagnostic procedures and the course of treatment are presented. Details about the disease pathology are discussed, including its typical appearance on relevant imaging modalities, and the differential diagnosis, treatment and prognosis. |
Non-Hodgkin's Primary Liver Lymphoma | | This case study provides information on non-Hodgkin's lymphoma of the liver. By reviewing the medical history and test results of several diagnostic modalities, the characteristics of this pathology are examined. |
Pancreatic Cyst | | The following case study presents information regarding a pancreatic cyst. By reviewing the presented medical history, lab results, and test results of several diagnostic-imaging modalities, the learner will examine the characteristics of this pathology. |
Renal Cell Carcinoma | | The purpose of this case is to illustrate some fundamental concepts of Renal Cell Carcinoma (RCC). Radiographic features, epidemiology, genetic factors, histology, and tumor classification will be discussed. |
Retroperitoneal Fibrosis: A Rare Disease | | This case study provides information regarding retroperitoneal fibrosis. There is information on the normal retroperitoneum and its anatomical contents as well as symptoms, diagnostic criteria and treatment options. The use of multiple imaging modalities, laboratory results and interventional procedures are utilized to reach a diagnostic conclusion. |
Schwannoma | | This learning exercise provides information regarding a schwannoma. By reviewing the medical history and test results of several diagnostic modalities, the characteristics of this pathology are examined. |
Tetralogy of Fallot | | The following learning exercise provides information regarding tetralogy of Fallot. The information is presented using a case study format. By reviewing the medical history and the results of several diagnostic modalities, the characteristics of this pathology are examined. |
Gout | | This case study presents the medical history and diagnostic test results of a patient with gout. Discussion of the typical clinical presentation, ultrasound and radiological findings and the differential diagnosis provide the learner with a core understanding of this disease process. |
Neurofibroma | | This case study provides information about a patient with neurofibromatosis. The patient's medical history, diagnostic test results and course of treatment are presented. Details about the disease pathology are discussed, including its typical appearance on relevant diagnostic tests, and the differential diagnosis, treatment and prognosis. |
Nonseminomatous Testicular Carcinoma Case Study | | The following learning exercise provides information regarding nonseminomatous testicular carcinoma. Several important topics such as the typical sonographic appearance, risk factors, stage criteria and treatment options are discussed. X-ray, ultrasound, CT and lab values are used in the differential diagnosis process. |
Renal Artery Stenosis from Fibromuscular Dysplasia | | This case study provides information about a patient with renal artery stenosis. The patient's medical history, results of diagnostic procedures, scanning techniques and therapeutic options are discussed. This case study illustrates some of the sonographic features of renal artery stenosis and includes a discussion on stenosis caused by fibromusular dysplasia versus an atherosclerotic process. |
Subclavian-axillary Vein Thrombosis | | This learning exercise provides clinical information regarding a primary subclavian-axillary vein thrombosis. By reviewing the medical history and test results of several diagnostic modalities, the characteristics of this pathology are examined. |
Stroke: Treatments, Clinical Trials, and Imaging Technologies | | The purpose of the course is to provide a comprehensive understanding of stroke, its symptoms and risks, treatment and therapies, as well as an overview of ongoing clinical trials. The course will review the clinical imaging modalities that are currently being utilized today for the evaluation of stoke. |
Mammo |
Ductal Carcinoma In Situ (DCIS) | | From this case study, the learner will distinguish the ultrasound findings associated with the pathology of ductal carcinoma in situ - DCIS. These findings will be correlated with other imaging modalities such as; magnetic resonance imaging, computerized tomography, nuclear medicine (PET) imaging and the gold standard for breast imaging and screening; mammography. |
Genetic Breast Carcinoma - Revised | | This case study presents information regarding genetic breast carcinoma. The information is presented in a case study format. By reviewing the medical history and the test results from several diagnostic modalities the reader will be able to characterize the pathology of genetic breast carcinoma. This learning exercise provides a review in case study format. Not only will you learn about the ultrasound findings associated with the pathology, but these findings will also be correlated with other imaging modalities; such as magnetic resonance imaging, computerized tomography, nuclear medicine (PET) imaging and the gold standard for breast imaging, mammography. This case study will illustrate the unique information that each imaging modality, clinical exam, or test provides to reach a diagnostic conclusion. In addition, the library section contains further information regarding pathology and a more in depth description of procedures and material used for these procedures. This case study will be helpful for learners in understanding breast carcinoma to gain insight on how to reach diagnostic conclusions based on the information obtained. |
Breast - Invasive Lobular Carcinoma | | This learning exercise provides information regarding an infiltrating lobular carcinoma of the breast. The information is presented in a case study format. By reviewing the medical history and the test results from several diagnostic modalities the reader will be able to characterize the pathology of this type of breast carcinoma. |
Neuro
|
CT10: CT CNS (Brain and Neck) | | This tutorial provided by Philips Medical Systems Clinical Education Department provides an overview of CT brain and neck imaging including review of the clinical indications and pathology. Taking this course will help prepare the student for the advanced level registry review in CT. This course will review the anatomy of the brain, contrast media, patient preparation protocol including the safety screening and positioning acquisition methods, parameter selection, protocol modification for pathology or trauma. Special procedures such as 3-D studies, CTA, biopsies, and radiation therapy planning will be discussed. The student will also gain an understanding of the protocol selection process including artifacts, routine protocols, high resolution CNS, contrast enhanced, CTA, and functional perfusion imaging techniques. This video presentation is given by Carolyn Roth, RT (R) (MR) (CT) (M) (CV) FSMRT and Joanne Niewood, MsRT (R) (MR) (CT). |
Pediatric
|
CT Simulation and Immbolization of the Pediatric Patient | | Because immobilization can be the weakest link in the chain of events leading to the cure for the pediatric patient, the purpose of this module is to acquaint the learner with an overview of methods used when simulating a pediatric patient using a dedicated CT scanner. The module includes: immobilization techniques used with and without the complication of anesthesia, the need for creativity in immobilization when prone or supine, and the necessity of a team approach when dealing with family members. |
Women's Health
|
Ovarian Stromal Tumor | | This case study presents information regarding an ovarian stromal tumor. By reviewing the presented medical history, lab results, and test results of several diagnostic imaging modalities, the learner will examine the characteristics of this pathology. |
| |