Living Anatomy and Ultrasound Flashcards
How does ultrasound work?
By transmitting high-frequency soundwaves through tissue from a transducer. Changes in tissue density are detected by transducer.
Does fluid and air appear hyperechoic or hypoechoic?
Hypoechoic - black
Does bone appear hyperechoic or hypoechoic?
Hyperechoic - white
What colour is muscle and viscera on ultrasound?
Mid grey
Should you point the marker on the probe to the left or right side of the patient?
Right
For cardiac ultrasound should you point the marker on the probe to the left or right side of the patient
Left
Which pathologies is point of care ultrasound used to assess?
Pulmonary oedema Pleural effusion Pneumothorax
Name the type of transducer
Complete the diagram
Figure 1: AL = apex lung;
DpG = deltopectoral groove;
HoF = horizontal fissure;
OF = oblique fissure;
ScJ = sternoclavicular joint;
4CsJ = fourth costosternal joint;
6CsJ = sixth costosternal joint;
7MiCL = seventh rib in midclavicular line;
8CC = eighth costal cartilage in the midline;
10MAL = tenth rib midaxillary line.
Complete the diagram
Figure 2: AL = apex lung;
HoF = horizontal fissure;
SpinPT1 = spinous process of T1;
SpinPT10, = spinous process of T10;
SpinPT12 = spinous process of T12.
Where is the tricuspid valve?
Tricuspid valve lies just above the level of the 5th costal cartilage to the right lateral edge of the sternum.
Where is the mitral valve?
Mitral valve lies just left of the midline adjacent to the left 4th costal cartilage and 4th intercostal space.
Where is the aortic valve?
Aortic valve lies adjacent to the 3rd intercostal space roughly in the midline of the sternum.
Where is the pulmonary valve?
Pulmonary valve lies in the plane of the 3rd costal cartilage to the left lateral edge of the sternum.
Complete the diagram