PPT-Surgical Shunts Causing Circular Shunt: An Approach to Management

Manu Varma DO Pediatric Cardiology Fellow University of Texas Health Science Center at Houston Houston TX Disclosures None Ebstein Anomaly Congenital anomaly of the tricuspid valve and right ventricle due to incomplete delamination of tricuspid valve leaflets. This allows the patient to maintain the critical protein and nutrients in the peritoneal fluid and normal flow through vital organs Benefits of PVS Retains nutrients Increases renal blood flow Improves mobility and respiration Relieves massive refra A VP shunt has at least 3 parts. The first part is the ventricular catheter, which goes into the brain. The second part is the valve. It controls the pressure within the brain. The third part is the d Shunt technology • Closing mechanism: Ball on spring versus silicone memebrane or mitre valves • Programmable valves • Preventing overdrainage Diagnosis Shunting Complications Phaco Trabeculectomy and . Phaco. with Express Tube Shunt Insertion. Dr Donald Morris DO. South Hills Eye Associates . Stating the Obvious. Review of Glaucoma. Optic neuropathy with . damage to the optic nerve . BusBar. current carrying capacities. Daniel Molnar. 1. Physical description. Joule heating is implemented . Also magnetic effects are taken into consideration. SFF: Self Field Factor . The effective field later . Is it just plumbing,. or is it more complicated?. Mark S. Dias, MD, FAANS, FAAP. Penn State Children’s Hospital. Production of Cerebrospinal Fluid. Produced at constant rate 0.3 cc per minute. . about 20 cc per hour, 500 cc (1/2 quart) per day. MBBS, MSc, FMCR, FCNP, FEBNM. Senior Consultant Nuclear Medicine Physician. European Board Certified in Nuclear Medicine. Abuja, NIGERIA. Radionuclide Shuntography for . Evaluation . of V-P shunt in . Is it just plumbing,. or is it more complicated?. Mark S. Dias, MD, FAANS, FAAP. Penn State Children’s Hospital. Production of Cerebrospinal Fluid. Produced at constant rate 0.3 cc per minute. . about 20 cc per hour, 500 cc (1/2 quart) per day. University of Toronto, Canada. The “Right” Way to Insert a Shunt. James M. Drake . FRCSC. Consensus Conference on Clinical Hydrocephalus in Children. September 20, 2013. Please note: James Drake, MD. Associate Professor. Assistant Director - Pediatric Residency Training Program. Division of Emergency Medicine. Cincinnati Children's Hospital Medical Center. bradsobolewski.com. @PEMTweets. Hydrocephalus. Senior Consultant Nuclear Medicine Physician. European Board Certified in Nuclear Medicine. Abuja, NIGERIA. Radionuclide Shuntography for . Evaluation . of V-P shunt in . Hydrocephalus. Introduction to shuntography. Developing a . Ventriculoperitoneal. Shunt Failure Monitoring Approach for Pediatric Hydrocephalic Patients. Oral Report #3. Wednesday, February 21. Zoha. Malik, Alvin . Mukalel. , Cole Pickney, . Sungho. Shunts. Denise . Joffe. , MD. Objectives. To explain . intracardiac. shunting using illustrations. To describe the hemodynamic and physiologic consequences of . intracardiac. shunting. Outline. Describe simple (unidirectional) shunts. effective. ?. . Authors. : E. Yousif, A. . Alameddine. , E. Ali, S. Zakariah. BACKGROUND. Infections secondary to the insertion of ventriculoperitoneal (VP) shunt. s. remain a challenging problem that is associated with significant morbidities such as mental retardation, epileptic states and sepsis [1]. The incidence of VP shunt infections is higher amongst smaller children and premature infants ranging between 3-27%, and a.