<p begin="00:00:07.492" end="00:00:08.958" style="s2">- [Voiceover] A phased array transducer</p>
<p begin="00:00:08.958" end="00:00:10.583" style="s2">with a cardiac exam type,</p>
<p begin="00:00:10.583" end="00:00:12.586" style="s2">is used to perform an ultrasound guided</p>
<p begin="00:00:12.586" end="00:00:16.071" style="s2">trans-thoracic pericardiocentesis.</p>
<p begin="00:00:16.071" end="00:00:17.612" style="s2">The patient is placed in a</p>
<p begin="00:00:17.612" end="00:00:20.505" style="s2">left lateral decubitus<br />position, if possible.</p>
<p begin="00:00:20.505" end="00:00:22.921" style="s2">Place the transducer at the apex or point</p>
<p begin="00:00:22.921" end="00:00:26.163" style="s2">of maximum impulse, with<br />the orientation marker</p>
<p begin="00:00:26.163" end="00:00:30.330" style="s2">to the patients left side,<br />at a three o'clock position.</p>
<p begin="00:00:32.392" end="00:00:34.726" style="s2">The apex of the heart<br />is visualized closest</p>
<p begin="00:00:34.726" end="00:00:36.576" style="s2">to the transducer.</p>
<p begin="00:00:36.576" end="00:00:38.757" style="s2">Move between the apical and parasternal</p>
<p begin="00:00:38.757" end="00:00:41.165" style="s2">long axis views of the<br />heart, to determine the</p>
<p begin="00:00:41.165" end="00:00:44.298" style="s2">most superficial and<br />largest pocket of fluid.</p>
<p begin="00:00:44.298" end="00:00:46.292" style="s2">The myocardium will appear grey,</p>
<p begin="00:00:46.292" end="00:00:49.478" style="s2">and the blood filled chambers<br />will appear hypoechoic.</p>
<p begin="00:00:49.478" end="00:00:51.426" style="s2">The ventricles are in the near field,</p>
<p begin="00:00:51.426" end="00:00:54.539" style="s2">and the atria are in the<br />far field of the image.</p>
<p begin="00:00:54.539" end="00:00:57.285" style="s2">A pericardial effusion will appear as</p>
<p begin="00:00:57.285" end="00:01:00.654" style="s2">a dark anechoic fluid collection<br />surrounding the heart.</p>
<p begin="00:01:00.654" end="00:01:03.974" style="s2">For direct needle guidance,<br />using an in plane technique,</p>
<p begin="00:01:03.974" end="00:01:07.644" style="s2">the transducer is rotated<br />90 degrees counterclockwise.</p>
<p begin="00:01:07.644" end="00:01:11.539" style="s2">So the orientation marker is<br />at the 12 o'clock position.</p>
<p begin="00:01:11.539" end="00:01:13.104" style="s2">This will create a view of the heart</p>
<p begin="00:01:13.104" end="00:01:15.268" style="s2">that is between the apical fore chamber</p>
<p begin="00:01:15.268" end="00:01:17.872" style="s2">and parasternal long axis views.</p>
<p begin="00:01:17.872" end="00:01:19.872" style="s2">Note the absence of the lung,</p>
<p begin="00:01:19.872" end="00:01:22.583" style="s2">to ensure it is not in the needle path.</p>
<p begin="00:01:22.583" end="00:01:24.415" style="s2">The needle is inserted in the skin,</p>
<p begin="00:01:24.415" end="00:01:26.621" style="s2">just proximal to the transducer,</p>
<p begin="00:01:26.621" end="00:01:29.565" style="s2">opposite to the side of<br />the orientation marker.</p>
<p begin="00:01:29.565" end="00:01:31.126" style="s2">The needle is slowly advanced,</p>
<p begin="00:01:31.126" end="00:01:35.123" style="s2">and is seen as a bright<br />hypoechoic linear structure.</p>
<p begin="00:01:35.123" end="00:01:36.799" style="s2">The needle is slowly advanced,</p>
<p begin="00:01:36.799" end="00:01:39.092" style="s2">under direct ultrasound visualization,</p>
<p begin="00:01:39.092" end="00:01:40.941" style="s2">until the tip is seen to puncture the</p>
<p begin="00:01:40.941" end="00:01:42.963" style="s2">pericardial fluid collection.</p>
<p begin="00:01:42.963" end="00:01:45.358" style="s2">The needle should be<br />advanced until the needle tip</p>
<p begin="00:01:45.358" end="00:01:47.122" style="s2">lies within the fluid collection,</p>
<p begin="00:01:47.122" end="00:01:49.171" style="s2">which can then be aspirated.</p>
<p begin="00:01:49.171" end="00:01:51.175" style="s2">Vascular structures to be avoided</p>
<p begin="00:01:51.175" end="00:01:53.344" style="s2">include the internal mammary,</p>
<p begin="00:01:53.344" end="00:01:55.844" style="s2">and the intercostal arteries.</p>

<p begin="00:00:07.406" end="00:00:09.090" style="s2">- [Voiceover] A phased array transducer</p>
<p begin="00:00:09.090" end="00:00:11.818" style="s2">with a cardiac exam<br />type is used to perform</p>
<p begin="00:00:11.818" end="00:00:15.443" style="s2">an Inferior Vena Cava ultrasound exam.</p>
<p begin="00:00:15.443" end="00:00:18.065" style="s2">The Inferior Vena Cava is evaluated</p>
<p begin="00:00:18.065" end="00:00:20.928" style="s2">at the level of the liver and diaphragm.</p>
<p begin="00:00:20.928" end="00:00:23.006" style="s2">The transducer is placed to the right</p>
<p begin="00:00:23.006" end="00:00:24.914" style="s2">of the epigastric midline,</p>
<p begin="00:00:24.914" end="00:00:28.139" style="s2">with the orientation marker<br />to the patient's feet.</p>
<p begin="00:00:28.139" end="00:00:29.684" style="s2">As an alternative approach,</p>
<p begin="00:00:29.684" end="00:00:33.224" style="s2">this exam may be performed<br />using an abdomen exam type</p>
<p begin="00:00:33.224" end="00:00:36.593" style="s2">with the orientation marker<br />to the patient's head.</p>
<p begin="00:00:36.593" end="00:00:39.491" style="s2">The liver, diaphragm, right atrium,</p>
<p begin="00:00:39.491" end="00:00:43.640" style="s2">and Inferior Vena Cava are<br />identified in this view.</p>
<p begin="00:00:43.640" end="00:00:46.020" style="s2">Sweep from side-to-side to differentiate</p>
<p begin="00:00:46.020" end="00:00:49.252" style="s2">the Inferior Vena Cava from the aorta.</p>
<p begin="00:00:49.252" end="00:00:52.603" style="s2">The aorta is thicker walled and pulsatile.</p>
<p begin="00:00:52.603" end="00:00:56.534" style="s2">The superior mesenteric and<br />celiac branches of the aorta</p>
<p begin="00:00:56.534" end="00:00:58.923" style="s2">are identified at this level.</p>
<p begin="00:00:58.923" end="00:01:01.883" style="s2">The Inferior Vena Cava is thin walled</p>
<p begin="00:01:01.883" end="00:01:04.668" style="s2">and changes caliber with respiration.</p>
<p begin="00:01:04.668" end="00:01:06.928" style="s2">The diameter of the Inferior Vena Cava</p>
<p begin="00:01:06.928" end="00:01:11.095" style="s2">decreases with inspiration<br />and increases with expiration.</p>

<p begin="00:00:07.459" end="00:00:09.119" style="s2">- [Voiceover] A phased array transducer</p>
<p begin="00:00:09.119" end="00:00:11.852" style="s2">with a cardiac exam<br />type is used to perform</p>
<p begin="00:00:11.852" end="00:00:15.084" style="s2">the parasternal short<br />axis view of the heart.</p>
<p begin="00:00:15.084" end="00:00:18.007" style="s2">If possible, place the<br />patient in a left lateral</p>
<p begin="00:00:18.007" end="00:00:21.500" style="s2">decubitus position to<br />reduce any lung artifact</p>
<p begin="00:00:21.500" end="00:00:24.866" style="s2">and to bring the heart closer<br />to the anterior chest wall.</p>
<p begin="00:00:24.866" end="00:00:27.393" style="s2">Place the transducer<br />at the third or fourth</p>
<p begin="00:00:27.393" end="00:00:31.262" style="s2">intercostal space immediately<br />left of the sternum.</p>
<p begin="00:00:31.262" end="00:00:34.455" style="s2">Move between the third and<br />fourth intercostal space</p>
<p begin="00:00:34.455" end="00:00:38.127" style="s2">and slide the transducer toward<br />and away from the sternum</p>
<p begin="00:00:38.127" end="00:00:40.961" style="s2">to identify the optimal scanning window.</p>
<p begin="00:00:40.961" end="00:00:43.757" style="s2">Assuming the short axis of<br />the heart to be positioned</p>
<p begin="00:00:43.757" end="00:00:45.991" style="s2">on a plane from the<br />patient's right shoulder</p>
<p begin="00:00:45.991" end="00:00:47.457" style="s2">to the left hip.</p>
<p begin="00:00:47.457" end="00:00:49.349" style="s2">Rotate the transducer to adjust</p>
<p begin="00:00:49.349" end="00:00:52.084" style="s2">for the body habitus of the patient.</p>
<p begin="00:00:52.084" end="00:00:54.458" style="s2">The orientation marker<br />will be at approximately</p>
<p begin="00:00:54.458" end="00:00:56.443" style="s2">the two o'clock position.</p>
<p begin="00:00:56.443" end="00:00:59.555" style="s2">As an alternative approach,<br />this exam may be performed</p>
<p begin="00:00:59.555" end="00:01:02.883" style="s2">using an abdomen exam type<br />with an orientation marker</p>
<p begin="00:01:02.883" end="00:01:05.400" style="s2">to the patient's left<br />side at approximately</p>
<p begin="00:01:05.400" end="00:01:07.650" style="s2">the eight o'clock position.</p>
<p begin="00:01:11.625" end="00:01:13.778" style="s2">The myocardium will appear gray</p>
<p begin="00:01:13.778" end="00:01:17.599" style="s2">and the blood-filled chambers<br />will appear hypoechoic.</p>
<p begin="00:01:17.599" end="00:01:20.165" style="s2">The left ventricle will<br />appear as a doughnut shape</p>
<p begin="00:01:20.165" end="00:01:21.924" style="s2">in the center of the image.</p>
<p begin="00:01:21.924" end="00:01:25.905" style="s2">The anterior, septal,<br />inferior, and posterior</p>
<p begin="00:01:25.905" end="00:01:29.304" style="s2">lateral walls of the<br />ventricle can be identified.</p>
<p begin="00:01:29.304" end="00:01:32.414" style="s2">The mitral valve will be<br />seen in cross section.</p>
<p begin="00:01:32.414" end="00:01:35.839" style="s2">From this position, the<br />transducer can be tilted upward</p>
<p begin="00:01:35.839" end="00:01:39.756" style="s2">to visualize the aortic<br />valve in cross section.</p>
<p begin="00:01:41.591" end="00:01:44.146" style="s2">End downward to visualize the myocardium</p>
<p begin="00:01:44.146" end="00:01:45.882" style="s2">of the left ventricle.</p>
<p begin="00:01:45.882" end="00:01:48.959" style="s2">Note the wall motion of<br />the myocardial segments</p>
<p begin="00:01:48.959" end="00:01:51.209" style="s2">and function of the valves.</p>

<p begin="00:00:07.106" end="00:00:08.866" style="s2">- [Voiceover] A phased array<br />transducer with a cardiac</p>
<p begin="00:00:08.866" end="00:00:12.916" style="s2">exam type, is used to<br />perform parasternal long axis</p>
<p begin="00:00:12.916" end="00:00:14.778" style="s2">view of the heart.</p>
<p begin="00:00:14.778" end="00:00:17.654" style="s2">If possible, place the<br />patient in a left lateral</p>
<p begin="00:00:17.654" end="00:00:21.151" style="s2">decubitus position to<br />reduce any lung artifact,</p>
<p begin="00:00:21.151" end="00:00:24.731" style="s2">and to bring the heart closer<br />to the anterior chest wall.</p>
<p begin="00:00:24.731" end="00:00:27.664" style="s2">Place the transducer at the<br />third, or fourth, intercostal</p>
<p begin="00:00:27.664" end="00:00:31.090" style="s2">space immediately left of the sternum.</p>
<p begin="00:00:31.090" end="00:00:33.750" style="s2">Move between the third, and<br />fourth intercostal space,</p>
<p begin="00:00:33.750" end="00:00:37.596" style="s2">and slide the transducer toward,<br />and away from the sternum</p>
<p begin="00:00:37.596" end="00:00:40.566" style="s2">to identify the optimal scanning window.</p>
<p begin="00:00:40.566" end="00:00:43.524" style="s2">Assuming the long axis of the<br />heart to be positioned on a</p>
<p begin="00:00:43.524" end="00:00:46.849" style="s2">plane from the patients right<br />shoulder to left hip, rotate</p>
<p begin="00:00:46.849" end="00:00:49.196" style="s2">the transducer to adjust for the body</p>
<p begin="00:00:49.196" end="00:00:51.410" style="s2">habitus of the patient.</p>
<p begin="00:00:51.410" end="00:00:53.859" style="s2">The orientation marker,<br />will be at approximately</p>
<p begin="00:00:53.859" end="00:00:56.177" style="s2">the 10 o'clock position.</p>
<p begin="00:00:56.177" end="00:00:59.571" style="s2">As an alternative approach,<br />this exam may be performed using</p>
<p begin="00:00:59.571" end="00:01:02.742" style="s2">an abdomen exam type, with<br />the orientation marker</p>
<p begin="00:01:02.742" end="00:01:05.027" style="s2">to the patients right<br />side at approximately</p>
<p begin="00:01:05.027" end="00:01:06.944" style="s2">the 4 o'clock position.</p>
<p begin="00:01:11.288" end="00:01:14.255" style="s2">They myocardium will appear<br />gray, and the blood filled</p>
<p begin="00:01:14.255" end="00:01:17.073" style="s2">chambers will appear hypoechoic.</p>
<p begin="00:01:17.073" end="00:01:20.146" style="s2">The descending aorta is seen<br />in cross section as a round</p>
<p begin="00:01:20.146" end="00:01:24.539" style="s2">structure posterior to the<br />atrioventricular junction.</p>
<p begin="00:01:24.539" end="00:01:27.664" style="s2">This view is used to evaluate<br />the right ventricle, left</p>
<p begin="00:01:27.664" end="00:01:31.331" style="s2">ventricle outflow tract,<br />and left ventricle.</p>
<p begin="00:01:31.331" end="00:01:33.811" style="s2">Note overall activity of the heart.</p>
<p begin="00:01:33.811" end="00:01:37.211" style="s2">Any wall motion abnormality,<br />valve abnormalities,</p>
<p begin="00:01:37.211" end="00:01:40.628" style="s2">and the presence of pericardial effusion.</p>

<p begin="00:00:07.145" end="00:00:09.034" style="s2">- [Voiceover] A phased array transducer</p>
<p begin="00:00:09.034" end="00:00:11.398" style="s2">with a cardiac exam<br />type is used to perform</p>
<p begin="00:00:11.398" end="00:00:14.044" style="s2">the apical four chamber view of the heart.</p>
<p begin="00:00:14.044" end="00:00:16.203" style="s2">If possible, place the patient</p>
<p begin="00:00:16.203" end="00:00:18.549" style="s2">in a left-lateral decubitus position</p>
<p begin="00:00:18.549" end="00:00:21.190" style="s2">to reduce any lung artifact<br />and to bring the heart</p>
<p begin="00:00:21.190" end="00:00:23.645" style="s2">closer to the anterior chest wall.</p>
<p begin="00:00:23.645" end="00:00:25.659" style="s2">Place the transducer at the apex</p>
<p begin="00:00:25.659" end="00:00:27.843" style="s2">or point of maximum impulse,</p>
<p begin="00:00:27.843" end="00:00:30.226" style="s2">with the orientation<br />marker to the patient's</p>
<p begin="00:00:30.226" end="00:00:32.892" style="s2">left side at a three o'clock position.</p>
<p begin="00:00:32.892" end="00:00:35.499" style="s2">As an alternative<br />approach, this exam may be</p>
<p begin="00:00:35.499" end="00:00:37.954" style="s2">performed using an abdomen exam type,</p>
<p begin="00:00:37.954" end="00:00:42.421" style="s2">with the orientation marker<br />to the patient's right side.</p>
<p begin="00:00:42.421" end="00:00:44.588" style="s2">Aim to the right shoulder.</p>
<p begin="00:00:47.866" end="00:00:50.113" style="s2">The apex of the heart is visualized</p>
<p begin="00:00:50.113" end="00:00:52.001" style="s2">closest to the transducer.</p>
<p begin="00:00:52.001" end="00:00:54.267" style="s2">The myocardium will appear gray,</p>
<p begin="00:00:54.267" end="00:00:57.939" style="s2">and the blood-filled chambers<br />will appear hypoechoic.</p>
<p begin="00:00:57.939" end="00:01:00.250" style="s2">The ventricles are in the near field,</p>
<p begin="00:01:00.250" end="00:01:03.429" style="s2">and the atria are in the<br />far field of the image.</p>
<p begin="00:01:03.429" end="00:01:06.094" style="s2">This view is used to compare<br />the size of the right</p>
<p begin="00:01:06.094" end="00:01:09.410" style="s2">and left ventricles and<br />evaluate contractility.</p>
<p begin="00:01:09.410" end="00:01:11.504" style="s2">The right side of the heart,</p>
<p begin="00:01:11.504" end="00:01:14.305" style="s2">which is located on the<br />left side of the screen,</p>
<p begin="00:01:14.305" end="00:01:16.631" style="s2">should be smaller than the left.</p>
<p begin="00:01:16.631" end="00:01:19.589" style="s2">Th apical, septal, and lateral walls</p>
<p begin="00:01:19.589" end="00:01:23.756" style="s2">of the left ventricle are<br />visualized in this view.</p>

<p begin="00:00:07.527" end="00:00:09.159" style="s2">- [Voiceover] A phased-array transducer</p>
<p begin="00:00:09.159" end="00:00:12.039" style="s2">with a cardiac exam<br />type is used to perform</p>
<p begin="00:00:12.039" end="00:00:15.543" style="s2">the subxiphoid, or<br />subcostal view of the heart.</p>
<p begin="00:00:15.543" end="00:00:18.575" style="s2">Place the transducer in<br />the subxiphoid position,</p>
<p begin="00:00:18.575" end="00:00:20.781" style="s2">with the transducer orientation marker</p>
<p begin="00:00:20.781" end="00:00:24.301" style="s2">to the patient's left side<br />at a three o'clock position.</p>
<p begin="00:00:24.301" end="00:00:26.077" style="s2">As an alternative approach,</p>
<p begin="00:00:26.077" end="00:00:29.477" style="s2">this exam may be performed<br />using an abdomen exam type,</p>
<p begin="00:00:29.477" end="00:00:32.365" style="s2">with the orientation marker<br />to the patient's right side,</p>
<p begin="00:00:32.365" end="00:00:34.485" style="s2">at the nine o'clock position.</p>
<p begin="00:00:34.485" end="00:00:37.293" style="s2">This view uses the liver<br />as an acoustic window</p>
<p begin="00:00:37.293" end="00:00:39.949" style="s2">to visualize the four<br />chambers of the heart.</p>
<p begin="00:00:39.949" end="00:00:43.398" style="s2">Aim the transducer slightly<br />toward the left shoulder,</p>
<p begin="00:00:43.398" end="00:00:47.572" style="s2">with approximately a 15-degree<br />angle to the chest wall.</p>
<p begin="00:00:47.572" end="00:00:50.692" style="s2">In some cases, the<br />transducer is almost flat</p>
<p begin="00:00:50.692" end="00:00:53.532" style="s2">to the abdominal wall,<br />so the ultrasound beam</p>
<p begin="00:00:53.532" end="00:00:56.820" style="s2">is directed toward the left chest cavity.</p>
<p begin="00:00:56.820" end="00:00:59.364" style="s2">A considerable amount of ultrasound gel</p>
<p begin="00:00:59.364" end="00:01:01.580" style="s2">and downward pressure may be required</p>
<p begin="00:01:01.580" end="00:01:04.340" style="s2">to maintain contact of the transducer face</p>
<p begin="00:01:04.340" end="00:01:06.132" style="s2">with the abdominal wall.</p>
<p begin="00:01:06.132" end="00:01:07.884" style="s2">Having the patient bend their knees</p>
<p begin="00:01:07.884" end="00:01:10.108" style="s2">helps relax the abdominal wall muscles</p>
<p begin="00:01:10.108" end="00:01:12.541" style="s2">for better transducer positioning.</p>
<p begin="00:01:12.541" end="00:01:15.348" style="s2">The first structure seen<br />closest to the transducer</p>
<p begin="00:01:15.348" end="00:01:16.558" style="s2">is the liver.</p>
<p begin="00:01:16.558" end="00:01:18.684" style="s2">The right side of the<br />heart will appear closer</p>
<p begin="00:01:18.684" end="00:01:21.076" style="s2">to the transducer than<br />the left side of the heart</p>
<p begin="00:01:21.076" end="00:01:23.034" style="s2">on the ultrasound image.</p>
<p begin="00:01:23.034" end="00:01:25.118" style="s2">The myocardium will appear grey,</p>
<p begin="00:01:25.118" end="00:01:28.638" style="s2">and the blood filled chambers<br />will appear hypoechoic.</p>
<p begin="00:01:28.638" end="00:01:30.286" style="s2">The bright white pericardium</p>
<p begin="00:01:30.286" end="00:01:32.217" style="s2">is seen surrounding the heart adjacent</p>
<p begin="00:01:32.217" end="00:01:34.598" style="s2">to the grey myocardium.</p>
<p begin="00:01:34.598" end="00:01:37.614" style="s2">Evaluate the function of all chambers.</p>
<p begin="00:01:37.614" end="00:01:38.766" style="s2">Compare the size of the</p>
<p begin="00:01:38.766" end="00:01:41.479" style="s2">right and left ventricular cavities.</p>
<p begin="00:01:41.479" end="00:01:43.983" style="s2">Note any wall motion abnormality,</p>
<p begin="00:01:43.983" end="00:01:48.150" style="s2">and the presence or absence<br />of pericardial effusion.</p>

<p begin="00:00:07.250" end="00:00:09.115" style="s2">- [Voiceover] A phased array transducer,</p>
<p begin="00:00:09.115" end="00:00:10.741" style="s2">with an abdomen exam type,</p>
<p begin="00:00:10.741" end="00:00:13.992" style="s2">is used to perform the<br />subxiphoid or subcostal view</p>
<p begin="00:00:13.992" end="00:00:17.168" style="s2">of the heart in the fast exam.</p>
<p begin="00:00:17.168" end="00:00:20.499" style="s2">Place the transducer in<br />the subxiphoid position</p>
<p begin="00:00:20.499" end="00:00:21.997" style="s2">with the orientation marker</p>
<p begin="00:00:21.997" end="00:00:26.164" style="s2">to the patient's right side<br />at a nine o'clock position.</p>
<p begin="00:00:27.550" end="00:00:30.109" style="s2">This view uses the liver<br />as an acoustic window</p>
<p begin="00:00:30.109" end="00:00:33.113" style="s2">to visualize the four<br />chambers of the heart.</p>
<p begin="00:00:33.113" end="00:00:36.080" style="s2">Aim the transducer slightly<br />toward the left shoulder</p>
<p begin="00:00:36.080" end="00:00:39.125" style="s2">at a 15 degree angle to the chest wall.</p>
<p begin="00:00:39.125" end="00:00:40.225" style="s2">In some cases,</p>
<p begin="00:00:40.225" end="00:00:43.595" style="s2">the transducer is almost<br />flat to the abdominal wall,</p>
<p begin="00:00:43.595" end="00:00:45.582" style="s2">so the ultrasound beam is directed toward</p>
<p begin="00:00:45.582" end="00:00:47.656" style="s2">the left chest cavity.</p>
<p begin="00:00:47.656" end="00:00:49.893" style="s2">A considerable amount of ultrasound gel</p>
<p begin="00:00:49.893" end="00:00:51.884" style="s2">and downward pressure may be needed</p>
<p begin="00:00:51.884" end="00:00:54.480" style="s2">to maintain contact of the transducer face</p>
<p begin="00:00:54.480" end="00:00:56.480" style="s2">with the abdominal wall.</p>
<p begin="00:00:59.524" end="00:01:00.907" style="s2">Increase scanning depth</p>
<p begin="00:01:00.907" end="00:01:03.245" style="s2">to visualize all chambers of the heart.</p>
<p begin="00:01:03.245" end="00:01:04.989" style="s2">The first structure seen closest</p>
<p begin="00:01:04.989" end="00:01:07.593" style="s2">to the transducer is the liver.</p>
<p begin="00:01:07.593" end="00:01:09.660" style="s2">The right side of the<br />heart will appear closer</p>
<p begin="00:01:09.660" end="00:01:12.137" style="s2">to the transducer than<br />the left side of the heart</p>
<p begin="00:01:12.137" end="00:01:14.123" style="s2">on the ultrasound image.</p>
<p begin="00:01:14.123" end="00:01:16.109" style="s2">The myocardium will appear grey,</p>
<p begin="00:01:16.109" end="00:01:17.651" style="s2">and the blood-filled chambers</p>
<p begin="00:01:17.651" end="00:01:19.684" style="s2">will appear hypoechoic.</p>
<p begin="00:01:19.684" end="00:01:21.996" style="s2">The bright white pericardium<br />is seen surrounding</p>
<p begin="00:01:21.996" end="00:01:25.326" style="s2">the heart adjacent to the grey myocardium.</p>
<p begin="00:01:25.326" end="00:01:27.964" style="s2">Evaluate the function of all chambers.</p>
<p begin="00:01:27.964" end="00:01:31.741" style="s2">Compare the size of the right<br />and left ventricular cavities.</p>
<p begin="00:01:31.741" end="00:01:34.300" style="s2">Note any wall motion abnormality,</p>
<p begin="00:01:34.300" end="00:01:38.467" style="s2">and the presence or absence<br />of pericardial effusion.</p>