heart.thecommonvein.netHeart

PrimaryMENU Overview Art Reflecting The Common Vein Principles An Essay Pictorial Overview Principles General Principles Parts Bonds Forces Oneness Structure Parts Size Shape Position Character Growth and Time Other Branching Systems Function Order and Health Disorder and Disease Somewhere in Between Principles of Medicine Disease Diagnosis Imaging Treatment Space Time Body The Body External Parts Face Eyes Ears Nose Hands Feet Organs Coordination Expression Athletics Dance Atoms Cells Mind Person People Around Us Animals Flowers Nature Stones, Rocks and Mountains Trees Water Gardens Cities and Towns Architecture and Buildings Art and Culture Art and Culture Integrated Davidoff Art Culture Integrated with Biology and Medicine Architecture and Buildings Art of Radiology Radiology Hub Athletics Dance Gardening History Literature Medical Art Art of Radiology Music Poetry Photography General Dance dOG wALK aRT Expressionist Impressionist Sculptures and Paintings Song Spirituality Judaism Symbols and Signs Wisdom Author Author Web Site Art in Anatomy Biology and Medicine Art of Radiology Dog Walk Art and Poetry Garden Life Lessons Poetry Photography Dance Dog Walk Expressionist General Impressionist Sculpture Art Store BMC BMC Imaging Library BMC Radiology Public Site Image and Page search WP Image Library TCV Home Search for: Introduction THE HEART My Teachers – Tremendous Gratitude for the Rich Inspiring and Lifelong Memories Dr John Barlow John Barlow, an eminent South African cardiologist, with his patient, Nelson Mandela Drs Richard and Stella Van Praagh PARTS THAT MAKE THE WHOLE When the PARTS have optimal SIZE, SHAPE, POSITION ,and CHARACTER with optimal CONNECTIONS then they can FUNCTION together, with a surprising and sometimes miraculous result limited by TIME . DISORDER and or MISFORTUNE and it our function to to identify disorder help bring it back This is the beginning and the end of the story of the HEART. Artistic Rendition in Blue and Red Courtesy Ashley Davidoff MD 87180b11b11.8S. Courtesy Ashley Davidoff, M.D. The Integrated Cardiac Module AWARD Winner RSNA 2009 The Common Vein Copyright 2009 RSNA 2009 Purposes/Aim 1) To take the user from the word heart” via a progressive, logically organized, integrated knowledge base, to the most complex information of the heart. 2) To emphasize basic principles as a starting point for complex information. 3) To utilize images liberally and in every form to enhance the understanding of information. 4) To integrate the basic sciences and clinical sciences in one web based source. Integration enables multiple perspectives of information, subtends understanding and results in true knowledge base of all aspects related to the heart. 5) To create a dynamic and adaptable learning environment that is able to change and grow over time. 6) To enable an arborized and easily navigable system. Content Organization The Integrated Cardiac Module” provides a web based knowledge system, which starts with the basic sciences, and progressively connects the clinical information in one comprehensive source. Each of the disciplines is treated separately and integrated into the whole module. The viewer will learn about the cellular makeup, embryology, anatomy, pathology, imaging, and clinical disciplines. The addition of historical events adds richness to the program. Summary Integrated knowledge of the basic sciences with the clinical disciplines is essential to the practice of quality medicine. The content spans embryology, histology, anatomy, physiology, pathology, radiology, and clinical aspects. The infrastructure is organized around basic principles which progressively advance to more detail complexity. Four basic phases in embryology are used to understand detailed anatomy and the pathogenesis of congenital heart disease for example. Normal size and shape and their changes in the disease and manifestations in imaging are other examples. An image library of over 2000 images, power point presentations, and selected links to internet sources provide integrated depth and breadth. The Common Vein Integrated Cardiac Module” is part of a larger project called The Common Vein ( the common vein ) which is an educational program that approaches complex information by starting with the principles of medicine. The organizational pattern is consistent throughout the program, is organ based, with the knowledge base for each of the organs starting out with a simple definition that incorporates the essence its structure, function, disease, diagnosis and treatment . Each of these advances progressively in stepwise complexity, resulting in an arborised but integrated knowledge base. Principles are continually emphasized and images are used extensively. The – Marvel of Nature In an average lifetime, the heart beats more than two and a half billion times. This is a unbelievable feat of nature. Ashley Davidoff 32061 Site Menu Aorta Applied Anatomy Architecture Art and Culture Arteries Art in Anatomy Art of Radiology Athletics Art in Biology Atoms Bile ducts Bladder BMC Radiology Body Bonds Bones Brain Brain parts Breast Cancer Cells Cell to Soul Character Cities Colon Community Dance Dance Photography Davidoff, Ashley The Author Diagnosis Disease dOG wALK aRT Ears Esophagus Expert Advice in Radiology Expressionist Photography Eyes Faces Feet Flowers Forces Fractures Function Gallbladder Garden Hands Health History Imaging Image Library Impressionist Collection Index Kidney Literature Liver Lungs Medical Art Medicine Mind Molecules Muscles Music Nature Nose Oneness Organelles Ovaries Pain Pancreas Parts People Person Poetry Principles Prostate Quotes Sculptures Shape Size Small Bowel Somewhere in Between Song Space Spleen Stomach Structure Students Symbols Template Testes The Davidoffs Thyroid Time Tissues Treatment Uterus Veins Water Wholeness Wisdom Organs and Vessels Adrenal Glands Aorta Arteries Bile Ducts Bones Brain Breast Colon Ears Esophagus Eyes Face Feet Gallbladder Hands Kidneys Liver Lymph Nodes Lymphatics Lungs Nose Ovaries Pancreas Prostate Small Bowel Spleen Stomach Testes Thyroid Uterus Veins Index and Maps List of Case Studies Curriculum Map of the Map of Anatomy Structure Left Ventricle Coronary Arteries Pericardium Clinical Chest Pain Diseases (Alphabetical) Cardiomyopathies CHF Valvular Disease Imaging Findings Calcification Diagnostic Studies CXR map CT Map MRI Map LGE Map Policies and White Papers Library of Lectures Applied Anatomy of the – Lecture 2019 Chloroquine cardiomyopathy SLE • Sarcoidosis, a Scare, Chest Pain, and an Octopus The Coronary Arteries LV Sept 2020 Conotruncal Abnormalities September 2021 Cardiology Grnd Rounds Coronary CTA 04 2022 Coronary CTA Lecture 7 13 23 Principles Practice Projects and Sherlock Holmes 09 26 23 Lecture Cardiac Cases 5 29 23 INDEX Aorta Pulmonary Arteries Pulmonary Veins PULMONARY VEINS DRAINING TO THE LEFT ATRIUM Applied Anatomy Coronary CTA Lecture 7 13 23 5 30 23 Cardiac Case Presentations 05 02 23 Conotruncal Abnormalities Definition Map of the Faces of Map Principles The Pump Tubes Valves Structural Concepts Embryology Parts Right Atrium Atrial Septum Fossa Ovalis Foramen Ovale Septum Primum Endocardial Cushions Tricuspid Valve The Right Ventricle Right Ventricular Outflow Tract Ventricular Septum The Pulmonary Valve Pulmonary Veins Left Atrium Mitral Valve Mitral Aortic Complex The Left Ventricle Left Ventricular Outflow Tract Aortic Valve Aorta Pericardium Histology Structural Features Size Shape Position Character Time and the Embryology of the Aging Bonds – Vessels Blood Supply Coronary Arteries Left Coronary Artery Right Coronary Artery Venous Drainage Lymphatic Drainage Nerve Supply – Function Physiology Rate Disease List of Diseases Cardiomyopathy Map Diagnosis Principles of Diagnosis Chest Pain Overview Clinical Strategies Chest Pain Imaging Strategies Angina Unstable Angina Angina – Stable Chest Pain Atypical Chest Pain ? MI Chest Pain R/O PE Lab EKG...