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Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

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Page 1: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Vital Signs and Medical Emergencies

Homeostasis, mechanisms that we use to evaluate vital signs

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Page 2: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Vital Signs

• HOMEOSTASIS

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Page 3: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

HOMEOSTASIS

A CONSTANCY IN THE INTERNAL ENVIRONMENT OF THE BODY3

Page 4: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

HOMEOSTASIS

Primary mechanisms:

HeartbeatBlood pressureBody temperatureRespiratory rateSensorium

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Page 5: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Heart Rate (Pulse)

• Adult – 60 to 100 beats per

minute

• Children under 10– 70 to 120 beats per

minute

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Page 6: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Heart Rate (Pulse)

• Radial artery• Brachial• Carotid artery• Apical pulses

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Page 7: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Blood Pressure

• Measure of the force exerted by blood on the arterial walls during contraction & relaxation.

• Measured pressure when the heart is relaxed: Diastolic

• Measured pressure when the heart is contracted: Systolic

• Measured with a Sphygmomanometer

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Page 8: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Blood Pressure

• Recorded in millimeters of mercury(mm Hg) with systolic over diastolic

• Normal adult systolic: 95-140 mm Hg

• Normal adult diastolic: 60-90 mm Hg

• 120/80 mmHg considered normal

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Page 9: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Abnormalities of Blood Pressure

• Hypertension– Persistently elevation– above 140/90 mmHg

• Hypotension– Persistently less – than 95/60 mmHg

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Page 10: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Breathes per minute

Normal Values:

– Adults: 12 – 20 bpm

– Children: 20 – 30 bpm

– Newborns: 30 – 60 bpm

Respiratory Rate

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Page 11: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Know normal values

• Respiratory

System

delivers oxygen to

the body’s tissues

and eliminates

carbon dioxide

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Page 12: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Pulse Oximeter

• Normal Pulse Oximeter = 95% to 100%

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Page 13: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Ventilators

Nasal Cannula

Oxyhood

Masks

Methods of Delivering Oxygen

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Page 14: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Abnormalities of Respiratory Rate

• Tachypnea– Greater than 20 breaths per minute (adult)

• Bradypnea – decrease is breathing

• Dyspnea- difficulty breathing

• Apnea- no breathing

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Page 15: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

ELECTROLYTE BALANCE

ALTERED LEVEL OF CONSCIOUSNESS

SENSORIUM-MENTAL ALERTNESSSENSORIUM-MENTAL ALERTNESS 15

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Page 17: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Medical Emergencies

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Page 18: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Medical Emergencies

• Major Emergency– Remain calm

– Know your role

– Be prepared

– Seen mostly in the ER

• Minor Emergency– Remain calm

– Know your role

– Be prepared

– Most common in x-ray department

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Page 19: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

TRAUMA- X-RAY READY

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Page 20: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

SPINAL INJURY PT

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Page 22: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

X-TABLE LATERAL CERVICAL SPINE

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Page 24: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Dislocation of the C3 and C4 articular processes

Note that C7 is not well demonstrated

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Page 25: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Some studies of spinal trauma have recorded a missed injury rate as high as 33%.

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Page 27: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

GSW TO ABD

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General Priorities

1. Ensure an open airway (ABC’s)

2. Control Bleeding

3. Take Measures to Prevent shock

4. Attend to wounds or fractures

5.Provide emotional support

6. Continually reevaluate and follow up

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Page 30: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Fractured Forearm

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Page 31: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

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Page 32: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

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Page 33: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Trauma and Surgical Radiography

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Page 34: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Major Medical Emergencies

1. ALOC2. Shock3. Anaphylactic shock4. Diabetic Crisis5. Respiratory Distress6. Cardiac Arrest7. Cerebrovascular accident34

Page 35: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Emergency Cart (crash cart)

• Know where it is in your department

• Familiarize yourself with its contents– Have BLS with AED

training

• Have one in the room when an iodinated contrast media will be used

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Page 36: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Head Injuries

Levels of consciousness1. Least severe

– Responsive

2. More serious– Can be roused, but drowsy

3. Even more serious– Responds to pinches or

pinpricks

4. Most serious– Comatose, non-responsive

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Page 37: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Shock

• Hypovolemic– Loss of blood or tissue

• Cardiogenic– Cardiac disorders

• Neurogenic– Spinal anesthesia or damage to spinal cord

• Vasogenic– Caused by sepsis, deep anesthesia or

anaphylaxis

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Page 38: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Anaphylactic Shock

• An allergic reaction to contrast media– Iodinated

• Can happen quickly or have a delayed reaction– Requires prompt recognition and treatment from the

technologist– More severe usually have quick onset– Less severe takes longer for reaction

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Page 39: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Diabetic Crisis

1. Hypoglycemia

2. Hyperglycemia

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Page 40: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Hypoglycemia

• Excessive insulin- low blood sugar• Can result from normal dose of insulin & no food• Need carbohydrate

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Page 41: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Hyperglycemia

• Excessive sugar- low insulin • Usually seen in diabetics• Pt. needs insulin

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Page 42: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Respiratory Distress

Asthma

Choking

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Page 43: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Asthma

1. Stressful situations

2. Inhaler or medical assistance

3. Remain calm and confident

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Page 44: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Choking 1.Cannot speak2.Universal distress signal3.Encourage to cough4.Heimlich Maneuver

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Page 45: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Cardiac Arrest

Crushing pain in chest

Pain down arm

Begin CPR and use AED

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Page 46: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Cerebrovascular Accident

Paralysis on one or both sidesSlurred or loss of speechDizzinessLoss of visionComplete unconsciousness

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Page 47: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Nausea and Vomiting

• Tell patient to breath deeply and slowly

• Turn on side if possible or turn head

• Get emesis basin and moist cloths47

Page 48: Vital Signs and Medical Emergencies Homeostasis, mechanisms that we use to evaluate vital signs 1

Radiologic Technology

• You never know when a medical emergency may occur.

• Helping your patients depends on your abilities to stay calm and perform you duties!