PPT-Statistical Shape Analysis in Congenital Heart Disease (CHD)

Lasya Gaur MD Assistant Professor Pediatric Cardiology Johns Hopkins Hospital Shelby Kutty MD Professor and Chief of Pediatric Cardiology Johns Hopkins Hospital Bharath AmbaleVenkatesh. Introduction Not being able to catch your breath can be ve ry frightening Having ACHD may mean that you worry more than most people about becomi ng breathless Being anxious can make breathlessness feel worse so learning to relax and slow down can he They can affect how blood flows th rough the heart and out to the rest of the body Common examples include holes in different areas of the heart and narrow or leaky valves There are many types of heart defects with different degrees of severity base Not . Just for Kids Anymore. Jane E. Crosson, MD. Associate Professor, Pediatric Cardiology. Director, Adult Congenital Heart Disease program . Johns Hopkins Hospital. Goals of Talk. Define congenital heart disease. Consultation. September – December 2014. What is congenital heart disease ?. Congenital . heart disease is a general term for a range of birth defects that affect the normal workings of the heart. . Applications in orthopedics, and more…. * Images: Cates J, “Shape . Modelling. and Analysis with Entropy based Particle Systems,” PhD Thesis, University of Utah. Study of ‘Shape’. What questions can it answer ?. Hemiparesis. . Congenital Heart Disease. . Congenital heart disease (CHD) is the most common type of birth defect. CHD refers to a problem with the heart’s structure that occurred because of abnormal development in the heart before birth. CHD consists of 2 categories: Cyanotic CHD and . Care. John R. Phillips, M.D.. Associate Professor of Pediatrics. Division of Pediatric Cardiology. WVU Children’s Hospital. Objectives. Outline the issue of congenital heart disease. Discuss normal cardiac anatomy. angela. Christi . Amores. Congenital Heart Disease. 0.5-0.8% of live . births. incidence is higher in stillborns (3-4%), . abortuses. (10-25%), and premature infants (about 2. %). diagnosis is established by 1 wk of age in 40-50% of patients with congenital heart disease and by 1 mo of age in 50-60%. has been trans-formed over the past decade by advances in cardiac catheterization A minimally invasive approach to diagnosing and treating these anomalies is associated with less risk and easier recov Prepared by : . . Ayda. . khader. April / 2018. Babies born . with congenital . heart defects . is the . second largest group of babies born with abnormalities. . Incidence 8/1000 live births . have some degree of congenital heart disease . Raquel Hernandez, DO. Seattle Children’s Hospital. Emily Knipper, MD. Seattle Children’s Hospital. Updated 7/2019. Disclosures. No relevant financial relationships. Learning Objectives:. Identify pertinent information in the preoperative evaluation of a patient with Congenital Heart Disease (CHD) undergoing Noncardiac surgery (NCS) . Does the child have congenital heart disease??. Nada’s Criteria. Major. Systolic murmur . gr. III or more in intensity. Diastolic murmur. Cyanosis. Congestive heart failure. Minor. Systolic murmur less than . Raquel Hernandez, DO. Emily Knipper, MD. Seattle Children’s Hospital. Updated 7/2019. Disclosures. No relevant financial relationships. Learning Objectives:. Identify pertinent information in the preoperative evaluation of a patient with Congenital Heart Disease (CHD) undergoing Noncardiac surgery (NCS) . Fetal Circulation. . Foramen . ovale. : . I. s . anatomical opening between the right atrium and left atrium which closes shortly after birth. . Higher pressure in the left atrium due to increased pulmonary blood flow cause the .