PPT-Ultrasound Imaging Capability for

Otologic Surgical Drills Julianna Ianni Meher Juttukonda David Morris Advisor Dr Jadrien Young MD What is Otologic Surgery Surgery of the ear Mastoidectomy Mastoid airfilled spaces behind the ear. Dr . Fadhl. . Alakwaa. Biomedical Engineering program. fadlwork@gmail.com. The thing you must have when you graduate?. Things you must have when you graduate?. Self confident. Critical thinking. Problem solving. How do you know it. ’. s SAFE?. EFSUMB Safety Committee. Why are we concerned about safety?. The range of clinical applications is becoming wider . The number of patients undergoing ultrasound examinations is increasing . Krystal . Kerney. Kyle Fontaine. Ryan O’Flaherty. Basics of Ultrasound. Ultrasound is sound with frequencies higher than about 20 kHz. For medical ultrasound, systems operate at much higher frequencies, typically 1 – 10 MHz. Edward Crabbe. Motivation. Given the expansion in the set of mod types proposed thus far (group . mods. , . mods. targeted by table) and actions (push, pop, swap), there must be some way for the switch to both. Otologic. Surgical Drills. Julianna. . Ianni. Meher. . Juttukonda. David Morris. Advisor: Dr. . Jadrien. Young, M.D.. What is . Otologic. Surgery?. Surgery of the ear. Mastoidectomy. Mastoid. air-filled spaces behind the ear. Kerney. Kyle Fontaine. Ryan O’Flaherty. Basics of Ultrasound. Ultrasound is sound with frequencies higher than about 20 kHz. For medical ultrasound, systems operate at much higher frequencies, typically 1 – 10 MHz. BRACHIAL PLEXUS IMAGING :. Basic anatomy. Pathologies affecting Brachial Plexus. Modalities of Imaging :. Conventional methods.. Ultrasound. CT and CT . Myelography. MR. ANATOMY : FORMATION : . Derived from anterior primary rami of C5 to C8 and T1.. J Camacho J F Cruza N Gonzlez-Salido M Prez-Liva JL Herraiz JM UdasUltrasound Systems and Technology Group Spanish National Research Council GSTU-CISC Madrid SpainGrupo de Fsica Nuclear Universidad Co . Mahatthanaphak. Indication of breast ultrasound. Technique of breast ultrasound . Ultrasound interpretation. . Objectives . History. Physical examination. Breast imaging. Biopsy. Diagnosis of breast diseases. 1. Course: CSE/EE 577. Instructor: Prof. Linda . Shapiro. TA: . Shu Liang. Web Page: . http://www.cs.washington.edu/577. Related Texts. 2. Shapiro and Stockman, Computer Vision, Prentice-Hall, 2001. . Dentistry in the modern era is emerging with the use of advanced imaging techniques such as computed tomography(CT), Magnetic Resonance Imaging (MRI), Nuclear Medicine (NM), and Ultrasound (US), of which MRI and Ultrasound are the only imaging techniques, which operate without causing radiation hazards to the patient. . BIOE 477/598DP. High . echogenicity. Low attenuation. Low blood solubility. Low diffusivity. Ability to traverse pulmonary system. Lack of biological effects in repeat exposures. Ideal Characteristics of an Ultrasound Probe. Why Ultrasound?. Over half a century old technique! . Arguably the most widely used imaging technologies in medicine. . Portable, free of radiation risk, and relatively inexpensive compared to MRI, CT and PET. documentation and . reporting. Ultrasound Documentation. Ultrasound requests/examinations should be justified and performed to answer a specific clinical question. “An ultrasound report is a public document and part of the patient’s medical record” .