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Category: Diagnostic Techniques and Procedures

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This library is designed to strengthen your Rad Tech team by providing information related to the latest clinical techniques, patient satisfaction, treatment protocols, and diagnosis recognition and awareness.
This library is designed to strengthen your Rad Tech team by providing information related to the latest clinical techniques, patient satisfaction, treatment protocols, and diagnosis recognition and awareness.
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Produced by: echelon
Top level training and CE's for Certified Nursing Assistants
Top level training and CE's for Certified Nursing Assistants
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Produced by: IPCed-Institute for Professional Care Education
Fulfills CE needs for Clinical and non-clinical staff in a number of PAC settings
Fulfills CE needs for Clinical and non-clinical staff in a number of PAC settings
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Produced by: IPCed-Institute for Professional Care Education
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will...
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This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 1 of 7 lessons. Please complete lesson 1 before moving on to lesson 2.
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 1 of 7 lessons. Please complete lesson 1 before moving on to lesson 2.
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Produced by: Lippincott Professional Development
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will...
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This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 2 of 7 lessons. Please complete lesson 1 before studying this lesson.
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 2 of 7 lessons. Please complete lesson 1 before studying this lesson.
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Produced by: Lippincott Professional Development
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will...
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This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 3 of 7 lessons. Please complete lessons 1 and 2 before studying this lesson.
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 3 of 7 lessons. Please complete lessons 1 and 2 before studying this lesson.
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Produced by: Lippincott Professional Development
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will...
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This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 4 of 7 lessons. Please complete lessons 1-3 before studying this lesson.
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 4 of 7 lessons. Please complete lessons 1-3 before studying this lesson.
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Produced by: Lippincott Professional Development
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will...
[READ MORE]
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 5 of 7 lessons. Please complete lessons 1-4 before studying this lesson.
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 5 of 7 lessons. Please complete lessons 1-4 before studying this lesson.
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Produced by: Lippincott Professional Development
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will...
[READ MORE]
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 6 of 7 lessons. Please complete lessons 1-5 before studying this lesson.
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 6 of 7 lessons. Please complete lessons 1-5 before studying this lesson.
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Produced by: Lippincott Professional Development
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will...
[READ MORE]
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 7 of 7 lessons. Please complete lessons 1-6 before studying this lesson.
This tutorial will review the structures and functions of the cardiac system and will teach the learner how to obtain an accurate 12-lead ECG and identify waveforms and heart rate and rhythm. The course will also cover the QRS axis; hypertrophy and strain; bundle branch blocks; 12-lead ECG characteristics in ischemia, injury, and infarct; and the causes and characteristics of non-infarction related to 12-lead ECG changes. This is lesson 7 of 7 lessons. Please complete lessons 1-6 before studying this lesson.
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Produced by: Lippincott Professional Development
Program Description: This course was designed for the nuclear technologist as a comprehensive guide to dysrhythmias commonly manifested by imaging patients. The content begins with a brief overview of...
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Program Description: This course was designed for the nuclear technologist as a comprehensive guide to dysrhythmias commonly manifested by imaging patients. The content begins with a brief overview of cardiac anatomy, physiology, and electrophysiology; continues with a description of leads, lead placements, and waveforms for analysis; and concludes with a description of essential ECG rhythms and ECG strips that describes the needed identification criterion. Program Disclaimer: The accuracy of the facts and opinions contained in this course are the responsibility of the author(s) and do not necessarily reflect those of echelon® or its sponsors. Practitioners should consult primary resources, state regulations, and their healthcare facility policies and procedures for specific application of said content to their local situation. Mandatory Statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
Program Description: This course was designed for the nuclear technologist as a comprehensive guide to dysrhythmias commonly manifested by imaging patients. The content begins with a brief overview of cardiac anatomy, physiology, and electrophysiology; continues with a description of leads, lead placements, and waveforms for analysis; and concludes with a description of essential ECG rhythms and ECG strips that describes the needed identification criterion. Program Disclaimer: The accuracy of the facts and opinions contained in this course are the responsibility of the author(s) and do not necessarily reflect those of echelon® or its sponsors. Practitioners should consult primary resources, state regulations, and their healthcare facility policies and procedures for specific application of said content to their local situation. Mandatory Statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
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Produced by: Echelon
The goal of the course is to provide an up to date understanding of cardiovascular diseases. This course will provide the latest in cardiac tumor and vasculidities involving medium size and large vessels...
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The goal of the course is to provide an up to date understanding of cardiovascular diseases. This course will provide the latest in cardiac tumor and vasculidities involving medium size and large vessels using the latest classifications. We will provide an update on the handling of endomyocardial biopsies and how to interpret these including the use of immunohistochemical stains. Also, an update on classification of cardiac rejection will be presented and illustrated and pitfalls discussed.
The goal of the course is to provide an up to date understanding of cardiovascular diseases. This course will provide the latest in cardiac tumor and vasculidities involving medium size and large vessels using the latest classifications. We will provide an update on the handling of endomyocardial biopsies and how to interpret these including the use of immunohistochemical stains. Also, an update on classification of cardiac rejection will be presented and illustrated and pitfalls discussed.
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Produced by: Ebix Oakstone
This program focuses on closing professional practice gaps in patient care provided by neurologists and physiatrists. Specifically, the program is focused on enhancing the clinical practice related to the...
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This program focuses on closing professional practice gaps in patient care provided by neurologists and physiatrists. Specifically, the program is focused on enhancing the clinical practice related to the following: evaluating and treating motor neuron disease, peripheral neuropathies (focal and generalized), neuromuscular junction disorders, radiculopathies, plexopathies, and myopathies. In particular, the lectures will review when to order specific laboratory and genetic tests, nerve ultrasounds, muscle and nerve biopsies, and basic and advanced electrodiagnostic techniques that are used in evaluation of patients with various possible neuromuscular disorders. For each of the common and complex problems listed above, nationally recognized, clinically experienced practitioners identified the gaps in their areas of expertise.
This program focuses on closing professional practice gaps in patient care provided by neurologists and physiatrists. Specifically, the program is focused on enhancing the clinical practice related to the following: evaluating and treating motor neuron disease, peripheral neuropathies (focal and generalized), neuromuscular junction disorders, radiculopathies, plexopathies, and myopathies. In particular, the lectures will review when to order specific laboratory and genetic tests, nerve ultrasounds, muscle and nerve biopsies, and basic and advanced electrodiagnostic techniques that are used in evaluation of patients with various possible neuromuscular disorders. For each of the common and complex problems listed above, nationally recognized, clinically experienced practitioners identified the gaps in their areas of expertise.
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Produced by: Ebix Oakstone
This course gives a comprehensive look at what pathologists in the Endocrine field see on a daily basis: • Pituitary • Thyroid • Parathyroid • Adrenal cortex • Adrenal medulla and paraganglia • Approach...
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This course gives a comprehensive look at what pathologists in the Endocrine field see on a daily basis: • Pituitary • Thyroid • Parathyroid • Adrenal cortex • Adrenal medulla and paraganglia • Approach to Neuroendocrine Tumors • Hepatic manifestations of endocrine disease • Endocrine Dermatopathology • Endocrine pathology of the female reproductive system • Endocrine pathology of the male reproductive system • Familial endocrine disorders
This course gives a comprehensive look at what pathologists in the Endocrine field see on a daily basis: • Pituitary • Thyroid • Parathyroid • Adrenal cortex • Adrenal medulla and paraganglia • Approach to Neuroendocrine Tumors • Hepatic manifestations of endocrine disease • Endocrine Dermatopathology • Endocrine pathology of the female reproductive system • Endocrine pathology of the male reproductive system • Familial endocrine disorders
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Produced by: Ebix Oakstone
Comprehensive Review of Neurosurgery, directed by Edward R. Laws, MD, includes lectures in 36 subspecialty areas of neurosurgical practice. The goal is to provide a broad and deep review of Neurosurgery. The...
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Comprehensive Review of Neurosurgery, directed by Edward R. Laws, MD, includes lectures in 36 subspecialty areas of neurosurgical practice. The goal is to provide a broad and deep review of Neurosurgery. The speakers, from key medical centers, have been chosen for their expertise as experienced surgeons and teachers. This will ensure that the learners will receive a thorough understanding of contemporary neurosurgical decision making, appropriate neurosurgical techniques and methods, and prognosis. This program is also ideal for Board Review and for earning MOC credits.
Comprehensive Review of Neurosurgery, directed by Edward R. Laws, MD, includes lectures in 36 subspecialty areas of neurosurgical practice. The goal is to provide a broad and deep review of Neurosurgery. The speakers, from key medical centers, have been chosen for their expertise as experienced surgeons and teachers. This will ensure that the learners will receive a thorough understanding of contemporary neurosurgical decision making, appropriate neurosurgical techniques and methods, and prognosis. This program is also ideal for Board Review and for earning MOC credits.
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Produced by: Ebix Oakstone
This program provides up-to-date information regarding the clinical practice of radiation oncology, which is involved in the treatment of cancer as curative or palliative. The program comprises 26 recorded...
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This program provides up-to-date information regarding the clinical practice of radiation oncology, which is involved in the treatment of cancer as curative or palliative. The program comprises 26 recorded 1-hour lectures accompanied by illustrative slides, presented by authoritative experts in the subspecialty areas of radiation oncology. Covered will be clinical evaluation of patients (initial, during treatment, and during follow-up care) as well as establishing treatment goals and delivering treatment. As the education will be provided at a convenient time, pace, and place, the learner will gain confidence to effectively treat cancer patients.
This program provides up-to-date information regarding the clinical practice of radiation oncology, which is involved in the treatment of cancer as curative or palliative. The program comprises 26 recorded 1-hour lectures accompanied by illustrative slides, presented by authoritative experts in the subspecialty areas of radiation oncology. Covered will be clinical evaluation of patients (initial, during treatment, and during follow-up care) as well as establishing treatment goals and delivering treatment. As the education will be provided at a convenient time, pace, and place, the learner will gain confidence to effectively treat cancer patients.
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Produced by: Ebix Oakstone
This course will cover most soft tissue entities.
This course will cover most soft tissue entities.
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Produced by: Ebix Oakstone
In this course, the most common CT imaging procedures will be discussed, including basic scan parameters used for each type of exam. Also included in this discussion are indications, patient positioning and...
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In this course, the most common CT imaging procedures will be discussed, including basic scan parameters used for each type of exam. Also included in this discussion are indications, patient positioning and required anatomic coverage, appropriate scan parameters, and the role and administration guidelines for contrast media used for head and neck, chest and mediastinum, abdomen and pelvis, the musculoskeletal system, and pediatric CT examinations. Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
In this course, the most common CT imaging procedures will be discussed, including basic scan parameters used for each type of exam. Also included in this discussion are indications, patient positioning and required anatomic coverage, appropriate scan parameters, and the role and administration guidelines for contrast media used for head and neck, chest and mediastinum, abdomen and pelvis, the musculoskeletal system, and pediatric CT examinations. Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
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Produced by: Echelon
Pathology and Anatomy Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity...
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Pathology and Anatomy Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium. ---------------------- This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
Pathology and Anatomy Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium. ---------------------- This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
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Produced by: Echelon
In this CT Registry Review course, we will be reviewing topics related to patient care, including evaluating vital signs, and identifying cycles of infection and ways to prevent infection. We will also...
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In this CT Registry Review course, we will be reviewing topics related to patient care, including evaluating vital signs, and identifying cycles of infection and ways to prevent infection. We will also discuss various contrast media used in CT and contraindications, as well as negative reaction symptoms to contrast. Also presented are legal and ethical principles related to the CT profession. Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
In this CT Registry Review course, we will be reviewing topics related to patient care, including evaluating vital signs, and identifying cycles of infection and ways to prevent infection. We will also discuss various contrast media used in CT and contraindications, as well as negative reaction symptoms to contrast. Also presented are legal and ethical principles related to the CT profession. Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
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Produced by: Echelon
This course is intended to provide a brief history of CT development, give an overview of CT system components and scanner generations, and describe general principles related to image formation. Mandatory...
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This course is intended to provide a brief history of CT development, give an overview of CT system components and scanner generations, and describe general principles related to image formation. Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
This course is intended to provide a brief history of CT development, give an overview of CT system components and scanner generations, and describe general principles related to image formation. Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
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Produced by: Echelon
This presentation is a physics and instrumentation review, covering various concepts related to imaging parameter selection, the four main 3D post-processing techniques used in CT, and various image artifacts...
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This presentation is a physics and instrumentation review, covering various concepts related to imaging parameter selection, the four main 3D post-processing techniques used in CT, and various image artifacts that you may encounter in CT. Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
This presentation is a physics and instrumentation review, covering various concepts related to imaging parameter selection, the four main 3D post-processing techniques used in CT, and various image artifacts that you may encounter in CT. Mandatory statement: This activity may be available in multiple formats or from different sponsors. ARRT regulations state that an individual may not repeat a self-learning activity for credit if it was reported in the same or any subsequent biennium.
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Produced by: Echelon
The Dermatology Board Reviewoffers an educationally valuable review of Dermatology and purposeful regimen that will prepare participants for the Dermatology Board exam, maintenance of certification self...
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The Dermatology Board Reviewoffers an educationally valuable review of Dermatology and purposeful regimen that will prepare participants for the Dermatology Board exam, maintenance of certification self assessment questions, and recertifying exam. It is meant to be a comprehensive review of possible topics that could appear on the exam. The course will focus on general dermatology topics such as basic science, basement membrane biology, dermatological manifest of internal disease, hair and nail biology/disorders, skin cancer, pediatric dermatology, drug metabolism, and many more. Sections will be dedicated to reviewing both exam relevant procedural dermatology and dermatopathology. Each topic will be covered in a one hour lecture. Participants will be able to access lectures via Online, DVDs, or Audio CDs at their leisure and comfort. Lectures will be projected in powerpoint format with the speakers’ commentary superimposed with each associated slide. Participants will be provided will the powerpoint slides to allow for note taking and ease of review, both of which will enhance the educational experience and ultimately outcomes. Upon completely viewing the each lecture, participants will be required to complete a five to 10 question quiz. Quiz questions will be multiple-choice or true-false and will include pictures taken from the PowerPoint presentation that are a part of the lecture. Once the participant passes the quiz by correctly answering 60% or more of the questions, the lecture will be successfully completed. Upon completion of the lecture and passing the associated quiz, participants will be able to submit for continuing education credit. Participants will also be provided with surveys as a means of course evaluation in order to further evaluate any unmet needs and continually improve this enduring academic program.
The Dermatology Board Reviewoffers an educationally valuable review of Dermatology and purposeful regimen that will prepare participants for the Dermatology Board exam, maintenance of certification self assessment questions, and recertifying exam. It is meant to be a comprehensive review of possible topics that could appear on the exam. The course will focus on general dermatology topics such as basic science, basement membrane biology, dermatological manifest of internal disease, hair and nail biology/disorders, skin cancer, pediatric dermatology, drug metabolism, and many more. Sections will be dedicated to reviewing both exam relevant procedural dermatology and dermatopathology. Each topic will be covered in a one hour lecture. Participants will be able to access lectures via Online, DVDs, or Audio CDs at their leisure and comfort. Lectures will be projected in powerpoint format with the speakers’ commentary superimposed with each associated slide. Participants will be provided will the powerpoint slides to allow for note taking and ease of review, both of which will enhance the educational experience and ultimately outcomes. Upon completely viewing the each lecture, participants will be required to complete a five to 10 question quiz. Quiz questions will be multiple-choice or true-false and will include pictures taken from the PowerPoint presentation that are a part of the lecture. Once the participant passes the quiz by correctly answering 60% or more of the questions, the lecture will be successfully completed. Upon completion of the lecture and passing the associated quiz, participants will be able to submit for continuing education credit. Participants will also be provided with surveys as a means of course evaluation in order to further evaluate any unmet needs and continually improve this enduring academic program.
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Produced by: Ebix Oakstone
This course condenses the very large field of dermatopathology into a concise series of lectures that allows participants to successfully interpret the great majority of cutaneous biopsies encountered in...
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This course condenses the very large field of dermatopathology into a concise series of lectures that allows participants to successfully interpret the great majority of cutaneous biopsies encountered in routine practice.
This course condenses the very large field of dermatopathology into a concise series of lectures that allows participants to successfully interpret the great majority of cutaneous biopsies encountered in routine practice.
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Produced by: Ebix Oakstone
This is the final portion of the ECG & Dysrhythmias Series. Upon completion of the Pre-assessment and the 3 ECG courses, complete the interactive case studies and review questions in this post-test...
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This is the final portion of the ECG & Dysrhythmias Series. Upon completion of the Pre-assessment and the 3 ECG courses, complete the interactive case studies and review questions in this post-test assessment developed specifically to measure your comprehension and clinical application of parts 1, 2, 3 of our "Fundamentals of ECG & Basic Dysrhythmias Series". This course was designed specifically to provide the participant with feedback or learning outcome evaluation of their level of knowledge, comprehension, and application of ECG and dysrhythmias. This post-test assessment measures the following fundamentals: 1. Basic cardiac anatomy, physiology, and electrophysiology including heart structure and function, leads and waveforms, and ECG strip analysis; 2. ECG rhythms: sinus, junctional, ventricular, and heart block rhythms in terms of their identification criteria, causes, and appropriate treatment protocol; 3. Treatment and pharmacologics: use, dosage, guidelines, and clinical impact of the drugs discussed.
This is the final portion of the ECG & Dysrhythmias Series. Upon completion of the Pre-assessment and the 3 ECG courses, complete the interactive case studies and review questions in this post-test assessment developed specifically to measure your comprehension and clinical application of parts 1, 2, 3 of our "Fundamentals of ECG & Basic Dysrhythmias Series". This course was designed specifically to provide the participant with feedback or learning outcome evaluation of their level of knowledge, comprehension, and application of ECG and dysrhythmias. This post-test assessment measures the following fundamentals: 1. Basic cardiac anatomy, physiology, and electrophysiology including heart structure and function, leads and waveforms, and ECG strip analysis; 2. ECG rhythms: sinus, junctional, ventricular, and heart block rhythms in terms of their identification criteria, causes, and appropriate treatment protocol; 3. Treatment and pharmacologics: use, dosage, guidelines, and clinical impact of the drugs discussed.
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Produced by: Echelon