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Understanding and interpreting cardiac rhythms can prove to be more challenging than anticipated. Basic ECG Interpretation (ECG) equips nurses with knowledge essential for quickly identifying potential...
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Understanding and interpreting cardiac rhythms can prove to be more challenging than anticipated. Basic ECG Interpretation (ECG) equips nurses with knowledge essential for quickly identifying potential cardiac threats and responding appropriately — which promotes optimal patient outcomes.
Understanding and interpreting cardiac rhythms can prove to be more challenging than anticipated. Basic ECG Interpretation (ECG) equips nurses with knowledge essential for quickly identifying potential cardiac threats and responding appropriately — which promotes optimal patient outcomes.
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Produced by: American Association of Critical Care Nurses (AACN)
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
AACN: Basic ECG Interpretation 2.0 is the latest addition to AACN's E-Learning Curriculum. This comprehensive 6.5-hour course is available on the same AACN web-based training platform. It includes 10 lessons...
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AACN: Basic ECG Interpretation 2.0 is the latest addition to AACN's E-Learning Curriculum. This comprehensive 6.5-hour course is available on the same AACN web-based training platform. It includes 10 lessons divided into two modules. The first module contains four lessons that serve as a foundation for the second module on dysrhythmia analysis and interpretation. The course covers cardiac anatomy and physiology, ECG equipment, lead placement, ECG waveforms and intervals, and troubleshooting pacemakers. Features real-life case studies to deepen learner understanding and sharpen clinical skills. Provides in-depth, interactive content with rich graphics and animations that keep learners engaged. Includes a comprehensive online notebook with objectives, outlines, glossary, and additional case studies and practice strips. Equips nurses with knowledge essential for quickly identifying potential cardiac threats and responding appropriately — which promotes optimal patient outcomes. Ideal for critical care nurses, cardiac technicians and other healthcare professionals working with monitored patients.
AACN: Basic ECG Interpretation 2.0 is the latest addition to AACN's E-Learning Curriculum. This comprehensive 6.5-hour course is available on the same AACN web-based training platform. It includes 10 lessons divided into two modules. The first module contains four lessons that serve as a foundation for the second module on dysrhythmia analysis and interpretation. The course covers cardiac anatomy and physiology, ECG equipment, lead placement, ECG waveforms and intervals, and troubleshooting pacemakers. Features real-life case studies to deepen learner understanding and sharpen clinical skills. Provides in-depth, interactive content with rich graphics and animations that keep learners engaged. Includes a comprehensive online notebook with objectives, outlines, glossary, and additional case studies and practice strips. Equips nurses with knowledge essential for quickly identifying potential cardiac threats and responding appropriately — which promotes optimal patient outcomes. Ideal for critical care nurses, cardiac technicians and other healthcare professionals working with monitored patients.
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Produced by: AACN - American Association of Critical-Care Nurses
This course was designed to give the sonographer a comprehensive review on performing an upper extremity duplex examination, updates on fetal abnormalities and associated anomalies in the fetal abdomen, and...
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This course was designed to give the sonographer a comprehensive review on performing an upper extremity duplex examination, updates on fetal abnormalities and associated anomalies in the fetal abdomen, and includes an interactive review of Doppler ultrasound, volume flow rate, velocity calculations, and much more! This course is broken down into three modules for easy review: Upper Extremity Venous Duplex Examination is designed to provide sonographers the information necessary to properly perform an upper extremity venous duplex examination. Participants of this course will learn the venous anatomy of the upper extremity; the hemodynamic characteristics of vessels and veins; as well as signs, symptoms, and risk factors of venous disease. Standard protocol will also be addressed. Fetal Abdominal Abnormalities will cover the multiple anomalies that can occur in the fetal abdomen. Sonographic descriptions will be provided, and a variety of associated anomalies will be explored. Attention will also be given to laboratory values that may present with specific anomalies. Multiple examples of sonographic images will be presented including some case presentations of complex anomalies. Principles of Doppler Physics presents basic Doppler ultrasound, and its role and usefulness in evaluating the circulatory system. Hemodynamics and the factors that determine flow rate and flow patterns in the circulatory system are presented. The Doppler equation will be analyzed, with emphasis on the angle and its impact on accurate velocity calculations. ------------ NOTE: According to the American Society of Radiologic Technologists guidelines, if you have already completed a self-learning activity for credit hours you may not repeat the same self-learning activity at any time for credit.
This course was designed to give the sonographer a comprehensive review on performing an upper extremity duplex examination, updates on fetal abnormalities and associated anomalies in the fetal abdomen, and includes an interactive review of Doppler ultrasound, volume flow rate, velocity calculations, and much more! This course is broken down into three modules for easy review: Upper Extremity Venous Duplex Examination is designed to provide sonographers the information necessary to properly perform an upper extremity venous duplex examination. Participants of this course will learn the venous anatomy of the upper extremity; the hemodynamic characteristics of vessels and veins; as well as signs, symptoms, and risk factors of venous disease. Standard protocol will also be addressed. Fetal Abdominal Abnormalities will cover the multiple anomalies that can occur in the fetal abdomen. Sonographic descriptions will be provided, and a variety of associated anomalies will be explored. Attention will also be given to laboratory values that may present with specific anomalies. Multiple examples of sonographic images will be presented including some case presentations of complex anomalies. Principles of Doppler Physics presents basic Doppler ultrasound, and its role and usefulness in evaluating the circulatory system. Hemodynamics and the factors that determine flow rate and flow patterns in the circulatory system are presented. The Doppler equation will be analyzed, with emphasis on the angle and its impact on accurate velocity calculations. ------------ NOTE: According to the American Society of Radiologic Technologists guidelines, if you have already completed a self-learning activity for credit hours you may not repeat the same self-learning activity at any time for credit.
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Produced by: Echelon