Chapter 15 Medical Overview Flashcards

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1
Q

What do Trauma emergencies involve

A

injuries resulting from physical forces applied to the body

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2
Q

What do Medical emergencies involve

A

illnesses or conditions caused by disease

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3
Q

Respiratory emergencies occur

A

When patients have trouble breathing or when the amount of oxygen supplied to the tissues is inadequate

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4
Q

Cardiovascular emergencies are caused by

A

conditions affecting the circulatory system

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5
Q

Neurologic emergencies involve

A

the brain

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6
Q

Gastrointestinal conditions include

A

appendicitis,
diverticulitis,
pancreatitis,

and many others

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7
Q

A urologic emergency can involve

A

kidney stones or a bladder infection

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8
Q

The most common endocrine emergencies are caused by

A

complications of diabetes mellitus

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9
Q

Hematologic emergencies may be the result of

A

sickle cell disease or various types of blood-clotting disorders such as hemophilia

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10
Q

Immunologic emergencies involve

A

he body’s response to foreign substances

and can range from fairly minor to life threatening

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11
Q

Gynecologic conditions involve

A

the female reproductive organs

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12
Q

Medical patient assessment is focused on what three things

A

a. Nature of illness (NOI)
b. Symptoms
c. Chief complaint

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13
Q

The index of suspicion is

A

Your awareness and concern for potentially serious underlying and unseen injuries or illness

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14
Q

Assessment of the medical patient (steps)

A
  1. Scene size-up (Scene safety)
  2. Primary assessment (General Impression, check airway and breathing, check pulse, transport decision)
  3. History taking (gather info about medications…)
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15
Q

what is the OPQRST mnemonic

A

The parts of the mnemonic are:
Onset,
Provocation/palliation,
Quality,
Region/Radiation,
Severity, and
Time

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16
Q

Can an EMT give a patient medication

A

Any administration of medication by an EMT requires direct permission from medical control

17
Q

Can an EMT use an automated external defibrillator (AED) on a patient who is pulseless and apneic

A

Yes, an EMTs can use an automated external defibrillator (AED) on a patient who is pulseless and apneic

18
Q

Critical patients always need rapid transport. They include patients:

A

a. With altered mental status
b. With airway or breathing difficulties
c. With any sign of circulatory compromise
d. Who are very old or very young

19
Q

Type of transport

A
  1. If a life-threatening condition exists, the transportation should include lights and siren.
  2. If the patient is not critical, consider nonemergency transport.
  3. Modes of transport ultimately come in one of two categories: ground or air.
    a. Ground transport EMS units are generally staffed by EMTs and paramedics.
    b. Air transport EMS units are generally staffed by critical care transport professionals and paramedics.
20
Q

Destination selection

A
  1. Generally, the closest hospital should be your destination.
  2. Sometimes a patient will benefit from going to another hospital that is capable of handling his or her particular condition.
21
Q

General assessment principles (5 steps)

A
  1. Approach the patient with an infectious disease like any other medical patient.
  2. Perform scene size-up, take standard precautions, and complete primary assessment.
  3. Gather patient history using OPQRST to elaborate on the patient’s chief complaint.
  4. Obtain a SAMPLE history and a set of baseline vital signs; pay particular attention to medications and the events leading up to today’s problem.
  5. Ask whether the patient has recently traveled or has come in contact with someone who has traveled.
22
Q

Influenza (4 steps)

A
  1. Those with chronic medical conditions, compromised immune systems, and the very young and very old are most susceptible to complications of influenza.
  2. Transmitted by direct contact with nasal secretions and aerosolized droplets from coughing and sneezing by infected people
  3. Many potentially serious diseases can be passed by the respiratory route:
    a. Always wear PPE (gloves, eye protection, and a HEPA respirator or N95 mask at a minimum).
    b. Wash hands frequently.
    c. Place a surgical mask on patients with suspected or confirmed respiratory disease.
    d. Wear HEPA respirator or N95 mask during aerosol-generating procedures, such as suctioning of airway secretions, performing CPR, or assisting with endotracheal intubation.
  4. Annual influenza immunization is important for EMS personnel to protect providers and patients.
23
Q

Herpes simplex

A

This is a common virus strain carried by humans.
2. Symptomatic infections cause eruptions of tiny fluid filled blisters called vesicles that appear on the lips or genitals.
3. Can cause more serious illnesses like pneumonia and meningitis in the very young, very old, and immunocompromised patients
4. The primary mode of infection is through close personal contact, so standard precautions are generally sufficient to prevent spread to or from health care workers.

24
Q

HIV infection

A
  1. EMTs face a risk of exposure to the virus that causes AIDS on a regular basis.
  2. AIDS can still be fatal; however, with treatment, patients can expect a near-normal lifespan.
  3. HIV infection is a potential hazard only when deposited on mucous membranes or directly into the bloodstream.
    a. It is not easily transmitted in the work setting.
    b. Your risk of infection is limited to exposure to an infected patient’s blood and body fluids.
  4. Many patients with human immunodeficiency virus (HIV) show no symptoms.
    a. Always wear gloves when caring for a patient.
    b. Take great care in handling and properly disposing of needles and other sharp objects.
    c. Cover any open wounds that you have whenever you are on the job.
  5. If you think that a patient’s blood or secretions may have entered your system, seek medical advice as soon as possible and notify your infectious disease officer.
25
Q

Hepatitis

A
  1. Inflammation (and often infection) of the liver
  2. Can be caused by viruses and toxins
  3. There is no sure way to tell which hepatitis patients are contagious.
  4. Hepatitis A can be transmitted only from a patient who has an acute infection, whereas hepatitis B and hepatitis C can be transmitted from long-term carriers who have no signs of illness.
    a. A carrier is a person (or animal) in whom an infectious organism has taken up permanent residence and may or may not cause an active disease.
    b. Hepatitis A is transmitted orally through oral or fecal contamination.
    c. Hepatitis B is far more contagious than HIV.
    d. Hepatitis B vaccine is highly recommended for EMTs.
26
Q

Meningitis

A
  1. Inflammation of the meningeal coverings of the brain and spinal cord
  2. Most forms of meningitis are not contagious.
    a. One form, meningococcal meningitis, is highly contagious.
  3. Take standard precautions.
    a. Gloves and a mask will go a long way to prevent the patient’s secretions from getting into your nose and mouth.
    b. Vaccines are rarely used.
    c. Meningitis can be treated at the ED with antibiotics.
  4. After treating a patient with meningitis, contact your employer health representative.
27
Q

Tuberculosis

A
  1. Most infected patients are well most of the time.
  2. A chronic mycobacterial disease that usually strikes the lungs
  3. Disease that occurs shortly after infection is called primary tuberculosis.
    a. Reactive tuberculosis is common and can be much more difficult to treat.
  4. Patients who pose the highest risk almost always have a cough.
    a. Consider respiratory tuberculosis to be the only contagious form because it is the only one that is spread by airborne transmission.
    b. Droplet nuclei: the remnants of the droplets produced by coughing after the excess water has evaporated
    c. N95 or HEPA mask is required to stop droplet nuclei.
  5. Absolute protection from infection with the tubercle bacillus does not exist.
    a. According to the Centers for Disease Control and Prevention, one third of the world’s population is infected with tuberculosis.
    b. The mechanism of transmission is not very efficient.
  6. Have tuberculin skin tests regularly.
    a. If the infection is found before you become ill, preventive therapy is almost 100% effective.
28
Q

Whooping cough

A
  1. Also called pertussis, whooping cough is an airborne disease caused by bacteria that mostly affects children younger than 6 years.
  2. The best way to prevent exposure is to be vaccinated with the DPT or TDaP; you can also place a mask on the patient and yourself.
29
Q

Methicillin-resistant Staphylococcus aureus (MRSA)

A
  1. MRSA is a bacterium that causes infections and is resistant to many antibiotics.
  2. In health care settings, MRSA is transmitted from patient to patient by the unwashed hands of health care providers.
  3. Factors that increase the risk for developing MRSA include:
    a. Antibiotic therapy
    b. Prolonged hospital stays
    c. A stay in an intensive care or burn unit
    d. Exposure to an infected patient
  4. The incubation period for MRSA appears to be between 5 and 45 days.
  5. MRSA results in soft-tissue infections.
30
Q

MERS-CoV (Middle East respiratory syndrome coronavirus)

A

a. First human case of MERS-CoV discovered in 2012 in Saudi Arabia
i. Most human infections found in the Middle East
ii. Cases of MERS-CoV have been found in Europe and the United States.
b. If you suspect MERS-CoV, place a surgical mask on the patient and notify the receiving facility.

31
Q

Ebola

A

a. In 2014, an outbreak of the Ebola virus in West Africa, which spread when infected people traveled to other countries, caused international concern.
b. Incubation period: 6 to 12 days after exposure
c. Symptoms may not appear for as long as 21 days after infection.
d. Fatality rate can be as high as 70% if treatment in an ICU is not initiated promptly.
e. If you suspect Ebola, place a surgical mask the patient, follow PPE precautions as outlined by local protocols and the CDC, and notify the receiving facility.

32
Q

Travel Medicine

A
  1. You must be aware of travel-acquired infections when assessing a patient who was recently outside of the United States.
  2. Patients can present with a variety of symptoms, including fever, cough, vomiting, bloody diarrhea, body aches, and rashes.
  3. When you encounter an ill patient with a recent travel history, place a mask on the patient and gather as much information as possible.
  4. Important questions to ask the patient should include:
    a. Where did you recently travel?
    b. Did you receive any vaccinations before your trip?
    c. Were you exposed to any infectious diseases?
    d. Is there anyone else in your travel party who is sick?
    e. What types of foods did you eat?
    f. What was your source of drinking water?
  5. If you suspect the patient has a communicable illness, follow appropriate PPE precautions and notify the receiving facility.
33
Q

symptoms of meningitis

A

Symptoms of meningitis develop suddenly and can include:
a high temperature (fever) over 37.5C (99.5F)
being sick.
a headache.
a blotchy rash that doesn’t fade when a glass is rolled over it (this won’t always develop)
a stiff neck.
a dislike of bright lights.
drowsiness or unresponsiveness.
seizures (fits)

34
Q

symptoms of mers cov

A

Symptoms include fever, cough, and shortness of breath. Other symptoms may include nausea, vomiting, and diarrhea.

35
Q

symptoms of tuberculosis

A

Typical symptoms of TB include:
a persistent cough that lasts more than three weeks and usually brings up phlegm, which may be bloody.
weight loss.
night sweats.
high temperature (fever)
tiredness and fatigue.
loss of appetite.
new swellings that haven’t gone away after a few weeks.

36
Q

symptoms of hepatitis

A

The symptoms of hepatitis include:
Pain or bloating in the belly area.
Dark urine and pale or clay-colored stools.
Fatigue.
Low grade fever.
Itching.
Jaundice (yellowing of the skin or eyes)
Loss of appetite.
Nausea and vomiting.

37
Q

Factors that increase the risk for developing MRSA include (4)

A

a. Antibiotic therapy
b. Prolonged hospital stays
c. A stay in an intensive care or burn unit
d. Exposure to an infected patient

38
Q

virulent definition

A

Virulence is a pathogen’s or microorganism’s ability to cause damage to a host. In most, especially in animal systems, virulence refers to the degree of damage caused by a microbe to its host.

39
Q

The best way to prevent exposure to whooping cough

A

is to be vaccinated with the DPT or TDaP; you can also place a mask on the patient and yourself