Category Archives: Molecular Cardiology

Global Macroscopic Imaging Market: Introduction Medical imaging forms a key part in clinical diagnosis. Previously, it was in the domain of hospital radiology department Continue reading →

Nuclear Medicine/Radiopharmaceuticals Market: Overview The increasing prevalence of Cancer, failure of Cardiac, Alzheimers, and Parkinsons are some of the important factor propelling the growth of the global market for nuclear medicine and radiopharmaceuticals market in near future. Rising demand from the growing economies is expected to influence the demand of this market during the course of the forecast period from 2015 to 2023 Continue reading →

Sessions/Tracks Track 1:Heart Disease Heart Disease may be a major explanation for premature death and incapacity throughout the globe.Coronary artery diseaseis the underlying pathology of a heart condition within the time of life that is sometimes advanced throughout the time symptoms developing from a few years. The explosive occurring heart diseases likeacute coronary events(heart attacks) and vas events (strokes) square measure usually fatal before medical aid is often given Continue reading →

About Us The Section of Cardiology at Baylor College of Medicine is nationally and internationally recognized for its outstanding clinical and scientific research programs. We provide comprehensive care in interventional cardiology, heart failure and cardiac transplantation, electrophysiology, preventive cardiology and general cardiology in three affiliated hospitals: Baylor St. Continue reading →

Cardiology, medical specialty dealing with the diagnosis and treatment of diseases and abnormalities involving the heart and blood vessels. Continue reading →

Sessions/Tracks 28th International Conference on Clinical & Experimental Cardiology Research is among the Worlds leading Scientific Conference. Continue reading →

Latest Releases: View Scientific Abstract Oral and Poster Presentations from SNMMI's2018 Annual Meeting.Learn More Access synchronized slides, audio and embedded video from 100 of the most popular sessions from SNMMIs 2018 Annual Meeting.Learn More The new Radiation Safety+ Review and Essentials program provides a comprehensive overview of all aspects of radiation safety for nuclear medicine technologists preparing to take the NMTCBs Radiation Safety Certification Examination.Learn More CT+ Review and Essentials provides you with the comprehensive didactic education you need to succeed, whether you're looking to buildyour general CT knowledge, or preparing to sit for the ARRT (CT) and/or NMTCB (CT) exam(s).Learn More SNMMI's online nuclear medicine review course coversadult and pediatric medicine, PET/CT and nuclear cardiology plus imaging protocols, interpretation and limitation.Learn More SNMMI/ACNM MRI Case Reviews: AbdominalSNMMI and ACNM have partnered to bring you the first-ever set of online MRI teaching modules as an introduction to interpreting MRI.Learn More Mid-Winter Meeting CT Case ReviewsThis offering provides a comprehensiveCT Case Reviewfor nuclear medicine professionals. Continue reading →

Every dietary supplement user needs to develop a regimen that revolves around a COMPREHENSIVE MULTIVITAMIN. This is because multivitamins: THE MOLECULAR MULTI formulated by Bill Sardi is designed as a 4-capsules-a-day multivitamin. Cost-conscious consumers can take 2-capsules/day and still get more nutrients than most other multivitamins. THE MOLECULAR MULTI, 120 capsule bottle, a full 30-day supply, suggested retail price is $57.50. Buy 3 bottles and get 1 bottle free (total price $166.50 or $41.63 per bottle / $1.44 per day). Vitamin A Required for rhodopsin, the light-sensitive visual chemical at the back of the eyes. Deficiency may induce night blindness (often in cases of alcoholism and zinc deficiency). A shortage of vitamin A decreases immunity. This author notes he experienced the first two eye infections in his lifetime while taking high-dose vitamin D which competes w/vitamin A for storage in the liver; also experienced night vision problems. Co-supplementation with A & D resolved the problem. Vitamin A is necessary for the mucin layer of tear film on the surface of the eyes. While the research world searches for stem cell enhancers, vitamin A is necessary for stem cell production and goes overlooked. Beta carotene converts to vitamin A when consumed … Continue reading →

Overview Research training is a major focus of the fellowship trainingprogram and fellows are provided substantial protected time throughout theirfellowship to engage in rich research experiences. The research program isdesigned to provide comprehensive scholarly training that prepares all traineeswith the background and skills to successfully compete for academic facultypositions and extramural funding at the completion of their fellowship.Although many cardiology fellows are mentored by a faculty member within theDivision of Pediatric Cardiology, the program encourages fellows to consider abroad range of potential mentors. The program will assist in identifyingpotential mentors, both within the Department of Pediatrics and, whenappropriate, from across the School of Medicine campus. Research facilities are available throughout Childrens HospitalColorado and the University of Colorado School of Medicine. In the section ofCardiology, research facilities include a state-of-the-art echocardiography,cardiac catheterization, and electrophysiology laboratories, as well as astate-of-the-art flow lab. At the University of Colorado, multiple basicscience laboratories are available including molecular biology laboratories,immunology laboratories, and perinatal research facilities among others. Research opportunities available to cardiology trainees are broadand varied. The Exercise Physiology Laboratory, Echocardiographic Laboratory,Catheterization Laboratory, and Cardiac Intensive Care Unit within the Children'sHospital Colorado are all very well suited for clinical research. In addition,Children's Hospital Colorado Research Institute … Continue reading →

Molecular Cardiology is the study of genetic heart disorders. Our major goal is to reduce human disease through the integration of basic science research and clinical cardiology. Our research is focused on understanding the clinical and genetic basis of inherited heart disease. We use a range of approaches including human gene discovery studies, basic cellular systems, animal models of human disease, and population-based psychosocial and public health studies. Our research involves state-of-the-art approaches including whole exome sequencing, mRNA and microRNA profiling, and RNASeq. Most importantly, we have the key clinical resources, including well phenotyped individual patients and families, which form the basis of all our genetic studies. To get to this point, we have developed cohorts and national registries of patients and families with inherited heart diseases. We also utilise the latest in genetic technology in order to form the basis of our novel gene discovery studies. Around 30,000 Australians die every year from sudden cardiac death. Around four young Australians, under the age of 35, die every week from sudden cardiac death. We know that there are around 40 cardiovascular conditions caused by underlying genetic faults. We all have around 22,000 genes, but a fault in just one can … Continue reading →