New Quiz 03 Jan Welcome to your Echo - CVT- Noninvasive Name Email 1. [The structure denoted by the arrow is: (fig)] Ascending aorta Main pulmonary artery Right atrium Right ventricular outflow tract None Comment . 2. [A 21-year-old male with a history of heart transplant had this echocardiogram. The short-axis and four-chamber color flow shows: (fig)] Mild tricuspid regurgitation Moderate tricuspid regurgitation Severe tricuspid regurgitation None of the above None Comment . 3. [The MR flow rate in this patient (PISA radius of 0.9 cm, aliasing velocity of 38 cm/s) is approximately: (fig)] 200 cc/s 200 cc/min 100 cc/min 100 cc/s None Comment . 4. [The structure indicated by the arrow is: (fig)] Descending thoracic aorta Coronary sinus Inferior vena cava Circumflex coronary artery None Comment . 5. [This is a mid esophageal view from the patient in question 455. The most likelydiagnosis is: (fig)] Aortic rupture Dissection Artifact None of the above None Comment . 6. [The most common cause of coronary sinus dilatation is:] Heart failure Persistent left superior vena cava Atrial septal defect None of the above None . 7. [This signal shown here is likely to be caused by: (fig)] HOCM Critical valvular aortic stenosis Acute mitral regurgitation (MR) None of the above None Comment . 8. [The image shows: (fig)] Normal native tricuspid valve Normal bioprosthetic valve Vegetation on a bioprosthetic valve Avulsion of the tricuspid valve None Comment . 9. [The CW Doppler signal is consistent with: (fig)] Critical AS Severe MR Maladie de Roger None of the above None Comment . 10. [The arrow here points to: (fig)] Left atrium Right pulmonary artery Posterior pericardial effusion Left pleural effusion None Comment . 11. [How long after a pulse is sent out by a transducer does an echo from an object at a depth of 5 cm return?] 13 μs 65 μs 5 μs Cannot be determined None . 12. [The lateral resolution increases with:] Decreasing transducer diameter Reducing power Beam focusing Reducing transmit frequency None . 13. [The mitral valve abnormality seen here is: (fig)] Perforation, prolapse of P1 scallop of posterior leaflet Abnormal P3 scallop Prolapsing P2 scallop Anterior leaflet prolapse None Comment . 14. [This is a still frame of an apical view. The arrow depicts: (fig)] IVC Pulmonary veins Pulmonary artery Systemic venous baffle into the LA None Comment . 15. [In the image shown here, the arrow denotes: (fig)] Right coronary artery Coronary sinus Aortic ring abscess Prosthetic valve dehiscence None Comment . 16. [The aortic valve shown here is: (fig)] Tricuspid Unicuspid Bicuspid with conjoint right and left cusp Bicuspid with conjoint left and noncoronary cusps None Comment . 17. [Observational data on percutaneous PFO closure indicate that the benefit is greater with:] Larger PFO Complete PFO closure Greater number of previous strokes All of the above None of the above None . 18. [The trans-esophageal echocardiogram (TEE) image shown here is indicative of: (fig)] Flail posterior leaflet P3 segment Flail posterior leaflet P1 segment Flail anterior leaflet Large mitral valve vegetation None Comment . 19. [This TEE performed on a patient who presented with acute severe chest pain isindicative of: (fig)] Type A aortic dissection Type B aortic dissection A mirror image artifact originating from the right pulmonary artery Abnormal structure of the aortic valve None Comment . 20. [TEE was performed intraoperatively following coronary artery bypass grafting (CABG) because of failure to wean from cardiopulmonary bypass. It showed akinetic inferior wall with 3+ mitral regurgitation originating at the medial commissure. These findings were not present preoperatively. The inferior wall looked excessively bright. Most likely problem in this patient is:] Air embolism into right coronary artery (RCA) Thrombosis of RCA graft Excessively high blood pressure Excessive intravascular volume Poor myocardial preservation None . Time's upTime is Up!
RESP III 22 Oct Welcome to your OTPT Name Email [The serratus anterior performs what action?] adduction and upward rotation abduction and upward roation adduction and elevation shoulder extension None . [Question content] None . [The main reason for using a WHO instead of a hand orthosis is..] positioning the wrist intrinsic paralysis more support for the palmar arch placing the lumbrical bar None . [A patient presents to your office with bossing of the right posterior cranium and flattening on the left posterior cranium. How would you classify this?] Right posterior brachycephalic Right posterior plagiocephaly Left posterior brachycephalic Left posterior plagiocephaly None . [Which of the following is considered an upper motor neuron disorder?] cerebral palsy multiple sclerosis polimyelitis b and c a and b all of the above None . [What is the etiology of a disease?] the functional change that occurs the study of the cause of the disease that which distinguishes one disease from another the ultimate result of the disease None . [A _________ orthosis is often used to treat kyphosis.] Norton Brown Milwaukee McAusland None . [The ankle joint axis should be located] at the distal border of the medial malleolus at the distal border of the lateral malleolus at the proximal border of the medial malleolus None . [A toe lever (keel) that is too short creates a (n)] extension moment during IC extension moment during mid-late stance flexion moment during IC flexion moment during mid-late stance None . [Regarding the plaster bandage...] it should be wetted with warm water it should be wetted with cool water water temperature depends on how fast or slowly you want it to set water temperature depends on the brand of elastic plaster you are using. None . [Blount disease is also known as:] Tibia vara Fibular hemimelia Coxa valga Clubfoot None . [The most appropriate orthotic treatment for a patient with a T12 compression fracture is:] Thoracolumbar corset CTO Bivalve TLSO with reduced lordosis Anterior control hyperextension orthosis None . [The adductors of the scapula include all except...] middle trapezius rhomboids latissimus dorsi serratus anterior None . [Hip flexion contractures DO NOT affect a transtibial amputee’s ambulation.] True False None . [A volkmann's ischemic contracture is caused by] atrophy from disuse nerve damage compromised vascular flow None . [In a transfemoral socket that is loose, which of the following are you most likely to see during stance?] Trunk lean due to inadequate suspension Trunk lean due to pain Longer prosthetic stance time Shorter prosthetic swing None . [Stool stepping with the sound limb is a good activity for all of the following EXCEPT] Strengthening the sound hip flexors Strengthening the residual hip extensors Developing better dynamic balance Increasing an amputee’s confidence None . [A peripheral nerve injury of the peroneal nerve would cause...] a foot drop and inverted foot an extremely dorsiflexed foot a plantar flexed foot with eversion an everted foot None . [For an amputee who is fearful and has only fair balance, ______ would be the most appropriate assistive device] Cane Crutches Walker None . [Which of the following would not be classified as an upper motor neuron disorder...] peripheral nerve injury cerebral palsy cerebral vascular accident multiple sclerosis None . Please fill in the comment box below. Time's up
