Official Course
Description: MCCCD Approval: 12-12-89 |
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ULS280AC
1990 Fall - 2010 Fall |
LEC
1.0 Credit(s) 1.0 Period(s) 1.0 Load Occ |
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Ultrasound
Registry Preparation Seminar: Obstetrics, Gynecology, and Neonate |
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Intensive
review of major content measured in the American Registry of Medical
Sonography certification examination. Specialities
of obstetrics, gynecology, and neonate imaging. Prerequisites: Admission into the
Diagnostic Ultrasound Technology program or permission of the director. Corequisites: ULS285AA or ULS285AB. |
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Go to Competencies Go to Outline
MCCCD
Official Course Competencies: |
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ULS280AC 1990
Fall - 2010 Fall |
Ultrasound Registry Preparation Seminar: Obstetrics,
Gynecology, and Neonate |
1.
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Describe patient preparation and positioning for various sonographic procedures of the abdomen, pelvis, fetus, and
brain. (I, II) |
2.
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Describe scan protocol for sonographic
procedures for evaluation of upper abdomen anatomy, pelvic anatomy, gravid
uterus, neonate brain, and superficial organs. (II) |
3.
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Interpret ultrasound cases to include pathology, scan
quality, and anatomy. (III, IV) |
Go to Description Go to top of
Competencies
MCCCD
Official Course Outline: |
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ULS280AC 1990
Fall - 2010 Fall |
Ultrasound Registry Preparation Seminar: Obstetrics, Gynecology,
and Neonate |
I. OB/GYN Applications A. Pelvic anatomy,
physiology, and anomalies 1. Normal pelvic anatomy a. Uterus, vagina b. Fallopian tubes, ovaries
c. Supporting structures d. Other pelvic structures e. Anomalies 2. Physiology a. Menstrual cycle b. Hormonal activity c. Laboratory assessment d. Fertilization B. First trimester
obstetrical ultrasound 1. Embryology 2. Normal sonographic appearance 3. Anembryonic
pregnancy (blighted ovum) 4. Spontaneous abortion 5. Ectopic pregnancy 6. Molar pregnancy 7. Normal pregnancy with
other pelvic pathology C. Normal fetus 1. Position 2. Anatomy 3. Growth pattern D. Placenta 1. Normal anatomy and
position 2. Developmental changes 3. Membranes and cord 4. Previa
5. Abruption 6. Mole E. Amniotic fluid 1. Normal volume 2. Polyhyraminos
3. Oligohydraminos
4. Testing/procedures (aminocentesis) F. Assessment of
gestational age/maturity/well-being 1. Crown-rump length 2. Biparietal
diameter 3. Head circumference 4. Abdominal circumference 5. Long bones 6. Other measurement
parameter 7. Biophysical profile G. Obstetrical, pathology
complications 1. Multiple gestations 2. Maternal risk factors a. HTN b. Diabetes mellitus c. Rh
incompatiblilty d. Smoking/CD e. Malnutrition f. Others 3. Intrauterine growth
retardation 4. Fetal death 5. Fetal anomalies a. Cranial/neural tube
defects b. Thoracic/cardiac c. Gastrointestinal d. Genitourinary e. Other abdominal f. Skeletal g. Facial 6. Coexisting pathology a. Cysts masses b. Solid/complex masses c. Uterine contraction d. Other H. Gynecologic pathology 1. Uterine masses 2. Intrauterine
contraceptive devices 3. Ovarian masses 4. Endometriosis 5. Inflammatory disease 6. Extra-pelvic pathology a. Ascites
b. Liver metastasis c. Hydronephrosis
d. Other I. Patient care/preparation
1. Bladder 2. Supine hypotensive syndrome 3. History a. LMP b. Pain/fever c. Pregnancy test II. Neurosonography
A. Physics and Instrumentation
1. Effects of bone on
ultrasonic energy 2. Effect of transducer
frequency on quality 3. Bone induced and other
artifacts 4. Types of instruments
used for neurosonography B. Techniques in neurosonography 1. Selection of instrument
and transducer 2. Scan-plane selection and
identification 3. Adjustments of
instrument controls 4. Recongnition
of normal structures and landmarks 5. Normal dimensions and
measurement techniques C. Anatomy and physiology 1. Bones of os cranium 2. Fontelles
and external landmarks 3. Gross topographical
anatomy 4. Membranous partioning of intracranial space 5. Intra- and extracranial vascular structures 6. Grey/white matter
organization 7. Ventricular system 8. Cerbrospinal
fluid 9. Principle functional
tracts of C.N.S. D. Reconition
of pathology and differential diagnosis 1. Midline displacements 2. Space-occupying lesions
and mass effects 3. Inflammatory lesions 4. Ventricular enlargement 5. Intracranial and extracranial hemorrhage 6. Atrophic lesions 7. Congenital lesions 8. Brain swelling E. Medical care of neonate
during scanning 1. Temperature maintenance 2. Asepsis and infection
control 3. Scanning the neonate on
a respiratory 4. Care of the neonate with
IV's 5. Siezure
precautions III. Scan Techniques A. Patient preparation B. Patient positioning C. Equipment D. Scan protocol IV. Special Cases A. Pathology B. Anatomy C. Scan quality |