DOW UNIVERSITY OF HEALTH SCIENCES. DOW INSTITUTE OF RADIOLOGY. SIX MONTHS BASIC CERTIFICATE COURSE IN ULTRASONOLOGY Introduction: Ultrasound is an evolving technology with wide spectrum application throughout medical and surgical practice. We at Dow Rad, Dow Diagnostic Complex, Dow University of Health Sciences believe that medical practitioners apart from Radiologist should develop skills in the performance of ultrasound. The programme encourages Medical Ultrasound practitioners to develop their practice by reviewing and evaluating both existing and emerging knowledge. There are core and optional clinical modules, with the option to exit at PG Certificate or Diploma level, or undertake a dissertation for the MSc award. Program Length: SIX Months (24weeks). Eligibility: Minimum requirement MBBS with house job in Medicine/Surgery and current PMDC certification. Selection Criteria: Applicants will be assessed against the following Selection Criteria: Candidates have to pass the mandatory entrance MCQ test. Research experience Psychosocial medical experience Teaching and leadership experience Referee reports Awards: 6 months Certificate in Ultrasonology Timing of Training: Monday till Friday: 9 AM till 01 PM Methodology: Lectures, power point presentations and case study discussions, skills training and demonstration and audio/visual aid Evaluation: Students will receive a certificate for this course. Methods of evaluation, although determined by the individual lecturer/instructor, should include some combination of the following: 1. Comprehensive Review of Ultrasonography and related topics -------2. Ultrasonography Clinical Practicum ---------------------------------------- 40% 60% Internal Evaluation--------------------------------- 20% Midterm----------------------------------------------- 20% Terminal---------------------------------------------- 60% Total-------------------------------------------------- 100% COURSE FEE: PKR 80,000 INCLUDING ENROLLMENT AND ADMISSION FEE CURRICULUM: PHYSICS: A . Pulse echo imaging & signal processing Understand the principles of: Imaging, e.g. reflection & transmission of sound waves, B-mode and Mmode scanning, axial and lateral resolution, grey-scale, dynamic range, frame rates, persistence, harmonics Instrumentation Overall gain, Time Gain Compensation, digital processing, pre- and postprocessing, compound imaging, display systems Real time systems B. Transducers Understand and describe the principles of: Piezoelectric effect Design & construction of transducers Pulse operation Pulse shape & length Frequency spectrum Beam pattern Transducer planes Near & far field Beam width Focusing C. Scanning techniques Understand the principles of transabdominal, transvaginal, and transrectal scanning techniques Understand the significance and use of protective barriers for endoscanning D. Measurement Understand and describe: Linear, area and volume measurements Limitations, equipment and performance testing Interobserver and intraobserver error The use of tissue phantoms E. Image recording and storing Understand the modalities for archiving F. Doppler imaging Understand the principles of: Doppler Effect, including the derivation of basic Doppler formula • Pulsed Doppler instrumentation • Continuous wave Doppler • Basic principles • Range ambiguity • Spectral analysis • Display and recording of Doppler signals • Colour flow mapping of Doppler signals • Power Doppler • Understand the limitations of velocity measurement G. Artefacts • Axial resolution • Lateral resolution • Reverberation • Refraction • Attenuation, shadowing, enhancement • Beam width • Side lobes • Electronic noise • Instrumentation • Scanning techniques • Equipment settings Obstetric Ultrasound: Placenta & Umbilical Cord o o o o o o o o o o Technique of Scanning, Imaging & views Thickness Placental Grading Variants Placental Infarcts & tumors Anatomy of Umbilical cord Subchorionic Hematomas Retroplacental Hemorrhage Uterine Contractions Placenta Previa /Abruptio First Trimester Ultrasound o o o o o o o Technique of Scanning, Imaging & views Basic parameters & measurements Gestational Sac Yolk sac Ectopic & its types Abortion Hydatidiform Mole Twin Gestations o o o o o o Amnionicity Chorionicity Characterstic evaluation in Various Trimesters Complications Twin to twin transfusion syndrome Growth Assessment Fetal Cranial Malformations o o o o o o o o o o o Technique of Scanning, Imaging & views Normal fetal head Anencephaly Ventriculomegaly Hydrocephalus Hydraencephaly Microcephaly Holoproscencephaly Cephalocele & Encephalocele Dandy Walker Malformations Mega cisterna Magna Facial Malformations o o o o o Technique of Scanning, Imaging & views Cleft lip Cleft palate Hypotelorism Hypertelorism Fetal Spine o o o o o o Technique of Scanning, Imaging & views Neural Tube defects Diastematomyelia Charactersitc Signs Cystic Hygroma Sacrococcygeal Teratoma Fetal Thoracic structures Technique of Scanning, Imaging & views Normal Cardiac Anatomy & 4 Chamber view Hydrops Fetalis Diaphragmatic Hernia Sequestration Cysts & Pleural Effusions o Pulmonary Hypoplasia o o o o o GI Malformations Liver: o calcifications & pseudoascites Oesophagus & Stomach: o Gastric pseudomass, Small stomach, Oesophageal Atresia Small Bowel: o Duodenal, Jujenal & Ileal Atresia Large Bowel: o Anorectal Atresia Meconium Ileus, Meconium Perotinitits, Hyperechoic Bowel Wall Defects: o Omphalocele & Gastroschicis Fetal GUT Anomalies o o o o o o o o o o o o Technique of Scanning, Imaging & views Assessment of Fetal Kidneys Importance of visualization of fetal UB Renal Agenesis Posterior Urethral Valves Infantile polycystic kidney disease Enlarged Fetal Kidneys Dysplastic Kidneys Prune Belly Syndrome Multicystic Kidneys Megacalices & Megaureters Fetal Adrenals Bony Dysplasias o o o o o o o o o o o Technique of Scanning, Imaging & views Parameters Micromelia Demineralization & Osteogenesis Imperfecta Achondrogenesis Thanatophoric Dwarfism Clvoerleaf Skull Segmentataion Defects Polydactyly Club foot Amniotic Band Syndrome Gynaecological Ultrasound: Uterine Imaging: o o o o o o o o o o o o Imaging technique, basic anatomy & views Age related uterine growth & involution Endometrium Uterine orientation Normal Uterine variants Imperforate Hymen Uterine Fibroids Adenomyosis Endometrial Polyp Carcinoma of Endometrium IUCD Introduction to Hysterosonogram o o o o Normal Anatomy & measurements Vasa previa Cervical Incompetence Neoplastic Lesions Cervix Ovaries: o o o o o o o o o Imaging technique, basic anatomy & views Age related ovarian changes & involution Follicles & cysts Hemorrhagic cysts Hyper stimulation syndrome Dermoid Tumors Endometriosis Hydrosalpinx Ovarian Neoplams ABDOMINAL ULTRASOUND Imaging Of liver Technique of scanning & views Understanding of segmental anatomy Benign and malignant lesions Hepatitis Infiltrative Disorders Chronic Liver Disease Portal Hypertension Scanning Technique & views Basic Anatomy Normal Variants Cholelithiasis Sludge Acute and chronic Cholecystitis GB masses & Carcinoma Polyp Adenomyosis Porcelain GB Gall Bladder Imaging of Biliary Tract Technique of scanning & views Basic Anatomy Obstructive changes Choledocholithiasis Cholangioncarcinoma Choedochal Cysts Mirrizi Syndrome Technique of Scanning & views Basic Anatomy Kidneys Cysts & their follow ups Polycystic kidneys Nephrolithiasis Nephrocalcinosis Hydronephrosis & Grading Benign lesions Malignant lesions Scanning of Adrenals Imaging technique, basic anatomy & views Acute Pancreatitis Pseudocyst formation Chronic Pancreatitis Carcinoma of Pancreas Metastatic Disease Other neoplasms Pancreas Imaging of Spleen Imaging technique, basic anatomy & views Splenomegaly Cysts Aneurysms Focal Lesions Traumatic Rupture Splenic Variants Infarcts Imaging of Aorta & IVC Imaging technique, basic anatomy & views Aortic Dissection Aortic Aneurysm IVC Thrombosis Bladder; Imaging technique, basic anatomy & views Wall thickening Bladder Neoplasms Vesical Calculi Diverticulum Ureterocele
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