Under Pressure
Thoracic Park
Im Not a Fibber
100

What is a normal blood pressure?

<120/<80

100

Describe what can cause lateral displacement of the trachea

Masses and atelectasis will pull the trachea towards them.

Tension pneumothorax or large pleural effusion will push trachea away 

100

What is the pulse pressure of a normal pulse rate?

30-40 mm Hg

200

What is an elevated BP?

120-129/<80

200

Describe abnormalities of the chest wall

1. Barrel chest: increase in Ap diameter

2. flail chest: multiple rib fractures may result in pericardial movements of the thorax

3. funnel chest: depression in lower portion of sternum

4. pigeon chest: sternum is displaced anteriorly, increasing AP diameter. costal cartilages adjacent to sternum are depressed 

200

Describe small weak pulses

Pulse pressure is decreased, pulse feels weak and small 

300

What is considered stage I hypertension?

120-139/80-89

300

Identify relevant surface anatomical landmarks of the chest wall

suprasternal notch, angle of louis, second intercostal space, fourth intercostal space, midsternal and mid-clavicular lines, axillary lines, lungs (lobes and fissures), tracheobronchial tree, the pleurae and pleural spaces 

300

Define the relevant surface anatomical landmarks of the heart and great vessels

1. inferior border of the right ventricle

2. Apex of the heart

3. Origin of valve sounds 

- Aortic area, R 2nd intercostal space

-Pulmonic, left 2nd intercostal space

-RV area, left sternal boarder

-LV area, cardiac apex 

400

What is considered stage II hypertension?

140 or greater/90 or greater 

400
Describe the appearance of normal breathing, normal adult respiratory rate and recognize signs of distress

Chest expands with inhalation and decreases with exhalation 

Respiratory rate: 12-16 breaths per minute

Signs of distress: show intercostal or subcostal retractions, substernal retractions as accessory muscles are being used to help breath. Might see tripod pose or hear strider 

400

Describe conditions that can cause a fast heart rate and the corresponding rate

1. Sinus tachycardia: 100-180

2. Supraventricular (nodal) tachycardia: 150-250

3. Atrial flutter w/ reg ventricular response: 100-175

4. Ventricular tachycardia: 110-250

500

What should a patient avoid 30 minutes prior to having BP checked?

Avoid: caffeine, exercise and smoking 

500

Define what can cause the following:

1.Tachypnea

2. Hyperpnea

3. Bradypnea 

Tachypnea: restrictive lung disease, pleuritic chest pain, elevated diaphragm 

Hyperpnea: exercise, high altitudes, sepsis, anemia

Bradypnea: uremia, drug induced respiratory depression, increased intracranial pressure 

500

Name the types of irregular rhythms and describe them. 

1. Sporadic sinus: heart varies usually speeding up with inspiration and slows with expiration 

2. Atrial/nodal premature contractions: beat of atrial nodal comes earlier than the next expected beat, a pause follows, and the rhythm resumes 

3. Sporadic ventricular: beat of ventricular comes earlier than next expected normal beat, pause follows, rhythm resumes

4. Irregularly irregular (Afib, Aflutter): ventricular rhythm is irregular, although short runs of the irregular ventricular rhythm may seem normal 

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