Here are the key points about Type 1 Diabetes:- Caused by autoimmune destruction of insulin-producing beta cells in the pancreas- Onset is usually abrupt and symptoms develop quickly - Requires lifelong administration of exogenous insulin through injections or pumps- Prone to diabetic ketoacidosis (DKA), a life-threatening complication, if insulin levels are too low- Common symptoms include increased thirst, frequent urination, weight loss, fatigue, hunger- Treatment is maintaining proper blood glucose levels through insulin, diet, exercise and monitoring- Hypoglycemia is a potential complication if too much insulin is administeredThe first aid management of hypoglycemia would include:- Checking blood
This document provides information on various medical conditions that may cause unconsciousness or fainting, including how to manage fainting or unconscious patients. It discusses determining a patient's condition by obtaining their medical history, checking for medical devices or medications, and assessing signs and symptoms. Specific conditions covered include epilepsy/seizures, asthma, COPD, diabetes, and anaphylaxis. For each condition, the document outlines how to conduct an initial assessment, provide care, assist with medications, and monitor the patient until emergency services arrive. Oxygen therapy and positioning patients appropriately are emphasized as important first aid steps.
Similar to Here are the key points about Type 1 Diabetes:- Caused by autoimmune destruction of insulin-producing beta cells in the pancreas- Onset is usually abrupt and symptoms develop quickly - Requires lifelong administration of exogenous insulin through injections or pumps- Prone to diabetic ketoacidosis (DKA), a life-threatening complication, if insulin levels are too low- Common symptoms include increased thirst, frequent urination, weight loss, fatigue, hunger- Treatment is maintaining proper blood glucose levels through insulin, diet, exercise and monitoring- Hypoglycemia is a potential complication if too much insulin is administeredThe first aid management of hypoglycemia would include:- Checking blood
Similar to Here are the key points about Type 1 Diabetes:- Caused by autoimmune destruction of insulin-producing beta cells in the pancreas- Onset is usually abrupt and symptoms develop quickly - Requires lifelong administration of exogenous insulin through injections or pumps- Prone to diabetic ketoacidosis (DKA), a life-threatening complication, if insulin levels are too low- Common symptoms include increased thirst, frequent urination, weight loss, fatigue, hunger- Treatment is maintaining proper blood glucose levels through insulin, diet, exercise and monitoring- Hypoglycemia is a potential complication if too much insulin is administeredThe first aid management of hypoglycemia would include:- Checking blood (20)
Here are the key points about Type 1 Diabetes:- Caused by autoimmune destruction of insulin-producing beta cells in the pancreas- Onset is usually abrupt and symptoms develop quickly - Requires lifelong administration of exogenous insulin through injections or pumps- Prone to diabetic ketoacidosis (DKA), a life-threatening complication, if insulin levels are too low- Common symptoms include increased thirst, frequent urination, weight loss, fatigue, hunger- Treatment is maintaining proper blood glucose levels through insulin, diet, exercise and monitoring- Hypoglycemia is a potential complication if too much insulin is administeredThe first aid management of hypoglycemia would include:- Checking blood
1.
2.
3. Unconsciousness & Fainting
A person may become unconscious or faint due to
a variety of factors:
- Stress / shock
- Over-exertion
- Stroke
- Alcohol poisoning / drug use
- Medical conditions (hypoglycemia, epilepsy)
- Head trauma
***AIRWAY IS TOP PRIORITY***
4. How to Manage Fainting and
Unconscious Patient
If patient is about to faint, use the standing
takedown manoeuvre, loosen clothing and
ensure a fresh supply of air
Put patient on high concentration, humidified
O2
Position the patient in the recovery position if
unconscious
Perform Secondary – history, vitals, head-to-toe
5. How Can You Tell if a Patient Has a
Medical Condition?
6. How to Determine What Condition(s)
a Patient Has
1) Ask the Patient What Happened and if they
have any Pre-Existing Medical Conditions
2) Family, Friends or Co-Workers (By-standers)
3) Medic Alert Jewellery/Tattoos/Wallet Cards
4) Devices/Medications on Patient
5) Signs, Symptoms and Behaviour
7. 1) What Happened? Ask the Patient if
they have any Pre-Existing Medical
Conditions
Always ask the conscious patient what happened
and if they have any pre-existing medical
conditions
Be prepared to get 80% of your information from
the Secondary Survey
8. 2) Family, Friends or Co-Workers (By-
standers)
If the patient is unconscious, family members, friends
and by-standers can provide key details to first
responders regarding the nature of the condition.
However, there are situations where bystanders are
completely useless.
9. 3) Medic Alert Jewellery/Tattoos/Wallet Cards
If the patient owns a medic alert device, it is
normally discovered during the rapid body or
head to toe examination.
Medic alert devices (tattoos, piercings, bracelets,
necklaces, wallet cards) are the best indicators of
pre-existing medical conditions. Unfortunately, not
everyone has a medic alert device.
10. 4) Devices/Medications on Patient
- If unconscious (during the Rapid Body) check for
objects in pockets, on torso or on belt
11. 5) Signs, Symptoms and Behaviour
Assess LOC, Airway, Breathing and Circulation
- If conscious, perform SAMPLE
- Assess the patient’s Level of Consciousness
and Behaviour - if they are acting aggressively,
approach with caution. This could be indicative of
hypoglycemia or a cardiovascular emergency.
- Complexion/Skin Temperature
13. The Skeletal System
The adult Human Skeletal System has 206
bones
Neonates and Infants have approx. 300 - 350
bones
By age 9, most children have approx. 206 bones
Teeth are part of the skeletal system, but not
considered bones
The skeletal system plays vital roles in processes
such as hematopoiesis, movement, protection,
calcium storage and endocrine regulation
It takes a minimum of 10 – 16 PSI to break a
bone; the skull and the femur are much tougher
to break
14. Conditions of the Skeletal
System
Osteoporosis – Characterized by a decrease in
skeletal Ca levels and weak bones, osteoporosis
is found mostly in older people and even more in
older females
Arthritis – Joint disorder that includes over 100
types of inflammatory conditions. First aid is ice
pack
Fractures – Broken bones use Rest Ice/immobilization
Compression Elevation (R I C E)
15.
16. Gastrointestinal Conditions
Diverticulitis – Inflammation of the small pockets of the colon:
Increased temperature. Opposite area to that of appendicitis.
Cystitis – Inflammation of the bladder: pain in lower mid-
abdomen. Pain during urination.
Perforated Gastric Ulcer – Pain radiates in mid-abdomen or
upper back. Characterized by guarding, bloating. Sharp or
burning sensation after meals.
Kidney Stones – A calculus (mass of mineral salts around tissue)
in the kidney: Pain in right or left flanks radiating to the
genitalia. Pain during urination.
Pancreatitis – Pain in both upper quadrants and back.
Characterized by guarding, assuming the fetal position.
17. Appendicitis
Inflammation of the appendix, creates pain
Known as Appendicitis
Rupturing causes faecal matter and other waste
products to seep into the peripheral tissues
Identification of Acute Appendicitis
Localized pain around navel with direct pain in
lower right abdomen
Pt may draw up their right knee or clutch their
abdomen
If RUPTURED, abscess in LR quad forms
19. How to Manage Acute Abdominal
Injuries
Put patient on high concentration, humidified O2
Position the breathing patient in a comfortable
position, loosen clothing
Auscultate the lungs, record all observations
Be prepared to deal with shock
Perform Secondary – history, vitals, head-to-toe
Update EMS , continuously monitor vitals and
reassure pt
21. The Human Nervous System
Central Nervous System Peripheral
m
Autonomic Nervous System: Controls automatic actions, such as heart beat,
breathing, pain response, etc.,
22. Epilepsy & Idiopathic
Seizures
Epilepsy is characterized by
a chemical imbalance in the
brain which induces seizure
activity. All epileptics have
seizures, but not all people
who have seizures are
epileptic.
It is unknown what triggers
seizures, but common signs
of oncoming seizure
include: sudden cry,
stiffening of the body and
unconsciousness,
convulsions, frothy saliva,
loss of bladder or bowel
control, irregular breathing
23. Epilepsy in a Nutshell
Partial Seizures: Affect only part of the brain. Patient
may experience tingling or twitching on one side of the
body.
Generalized Seizures: The entire brain is affected –
patient loses consciousness and convulses.
Phases of Generalized Seizures
Aura – A sense of impending seizure that some
epileptics have just before seizing.
Tonic Phase – A sudden loss of consciousness. The
face and neck may turn cyanotic.
Clonic Phase – Convulsions occur, breathing is
irregular and rigid, frothy saliva may appear at mouth.
Postictal State – A period of confusion. For a few
minutes, the patient will appear incapacitated.
24. How to Manage Seizures
Begin ESM – What happened? Perform a scene survey: call
EMS if episode is severe
Perform primary assessment – LOC, ABCs and Rapid Body
If the patient is convulsing, clear the area of furniture and
other debris
If there are any life threatening injuries, treat those first.
Airway management is top priority.
Auscultate the lungs, record all observations
Put patient on high concentration, humidified O2
Find out how long the seizure lasted – if more than 5
minutes or if seizures are recurring, this may be STATUS
EPILEPTICUS and patient must be hospitalized.
***NEVER CHECK PUPIL DILATION IN***
EPILEPTIC PATIENTS
Perform Secondary – LOC, history, vitals, head-to-toe
Update EMS
27. Asthma
Normally, individuals with
asthma have no trouble
breathing. But during an
asthmatic attack the
bronchioles constrict, inducing
shortness of breath, with
considerable wheezing and
coughing.
Asthma can be triggered by
intense physical activity,
stress, humidity, smoke, mold,
allergens and pollutants.
28. Signs and Symptoms of a Severe
Asthmatic Attack
Shortness of breath with trouble breathing
Coughing or wheezing
Fast and shallow breathing
Cyanosis
Anxiety and tightness in chest
Fast pulse, signs of shock
Initially restlessness, followed by fatigue – patient
becomes tired due to stress and attempting to
breathe
29. How to Manage an Asthma
Attack
Begin ESM – perform a scene survey: call EMS if attack is
severe or does not stop
Perform primary assessment – LOC, ABCs and Rapid
Body
Auscultate the lungs, record all observations
Position the patient in a semi-sitting position
Put patient on high concentration, humidified O2
Assist with medication administration
Follow the 5 rights of medication:
- Right medication
- Right person
- Right amount
- Right time
- Right method/dose
Perform Secondary – history, vitals, head-to-toe
Update EMS
30. ***ONLY ASSIST WITH MEDICATION***
IF PATIENT IS CONSCIOUS OR WITH
CONSENT OF FAMILY MEMBER
DOCUMENT TIMES/DOSAGES
ADMINISTERED
31. Types of Aerosol Inhalers
Bronchodilator: Usually blue,
Green or white. Can be used
Multiple times to relieve
symptoms. Can not be used if
HR is above 150 bpm in adults or 180 bpm in
children.
Inhaled Corticosteroid: Usually
Burgundy or brown in colour –
will not help the patient during an
attack. Used to reduce inflammation and
strengthen the airway.
32. Types of Dry Powder Inhalers
Turbo Inhalers: Handheld
inhalers that either come
pre-loaded or have
reloadable capsules for
each dose.
DISKUS®: Holds 60 doses,
With built in counters (so the
patient knows how much
they have left.
33. Chronic Obstructive Pulmonary
Disease
Prevalent among older
populations, COPD is a term
that encompasses conditions
such as chronic bronchitis and
emphysema. Characterized by
a patient’s difficulty with or
inability to breathe.
Some signs and symptoms of
COPD are:
Gasping for air
Distended neck veins
Audible wheezing and coughing
Cyanosis
34. Devices Used by COPD Patients
O2 Canister, NRB/NPA
Salbutamol, Symbicort and Ventolin puffers
(identical to asthma inhalers)
***COPD PATIENTS ARE TYPICALLY OLDER,***
FRAIL AND CARRY O2 CANISTERS WITH THEM
35. COPD
The ESM and First Aid is the same for all respiratory
emergencies:
Begin ESM – perform a scene survey: call EMS
Perform primary assessment – LOC, ABCs and Rapid Body
Auscultate the lungs, record all observations
Put patient on high concentration, humidified O2
Position the patient semi-sitting, loosen clothing
***ENCOURAGE COUGHING IF PATIENT IS DISCHARGING***
SALIVA OR SPUTUM
Assist with medication administration
Follow the 5 rights of medication:
- Right medication
- Right person
- Right amount
- Right time
- Right method/dose
Perform Secondary – history, LOC, vitals, head-to-toe
Update EMS
38. Type 1 Diabetes
Type 1 Diabetes is
characterized by the
patient’s inability to
produce insulin (a
hormone necessary for
maintenance of proper
blood-glucose levels).
There are two diabetic
emergencies an MFR
may be faced with:
Hypoglycemia – low
blood glucose
Hyperglycemia – high
blood-glucose
39. What Devices do Diabetics Use?
Glucometer: Used to test
blood-glucose levels
Insulin Pump: Used to
administer a basal rate (long
term, slow) or bolus (large,
single dose) of fast-acting
insulin
Insulin Pen: A portable
insulin syringe
40. Types of Insulin
Humulin R – Fast acting
Humlog – Fast acting
Nova Rapid – Fast acting
Humulin N – Long acting
41. How to use a Blood Glucose Meter
(Glucometer)
Have patient insert strip into
glucometer – the brand name of
the strip should appear facing the
patient
Have patient prick their finger
with lancet
Have patient squeeze pricked
finger
Have patient administer blood to
glucometer
Within 10 seconds, a BG level
should appear on the meter
1 – 3 mmol/dL LOW
4 – 10 mmol/dL Normal
42. Hypoglycemia
The most threatening condition
Low blood sugar – caused by physical exertion, not
eating, taking too much insulin, stress etc.,
Hypoglycemia is characterized by:
Extreme hunger
Change in mental status and behaviour – aggression,
lethargy, slurred speech and intoxication are all signs of
low blood glucose
Dilated pupils
Pale, clammy skin
Confusion
Unresponsiveness
Fatigue
43. How to Manage Hypoglycemia
Begin ESM – What happened? Perform a scene
survey: call EMS
Perform primary assessment – LOC, ABCs and
Rapid Body
Place the conscious patient in semi-sitting position
Auscultate the lungs, record all observations
Put patient on high concentration, humidified O2
Have the patient check their blood glucose (if they
have a meter)
Assist with GLUCOSE administration
***NEVER GIVE ANYTHING ORALLY TO***
UNRESPONSIVE PATIENTS
44. Hyperglycemia
High blood sugar – caused by eating too many
carbohydrates/too much sugar, not getting
enough insulin, stress etc.,
Hyperglycemia is characterized by:
Unquenchable thirst
Frequent urination
Vomiting
Short breaths
Rapid heart rate
Fruity odour
Flushed appearance
Fatigue
45. How to Manage Hyperglycemia
Begin ESM – What happened? Perform a scene
survey: call EMS
Perform primary assessment – LOC, ABCs and
Rapid Body
Place the conscious patient in semi-sitting position
Auscultate the lungs, record all observations
Put patient on high concentration, humidified O2
Have the patient check their blood glucose (if they
have a meter)
Give patient WATER
***NEVER GIVE ANYTHING ORALLY TO***
UNRESPONSIVE PATIENTS
48. Anaphylaxis
Severe allergic reactions
(anaphylaxis) occur when an
irritant affects two or more
body systems. Typically
characterized by:
Red, itchy or flushed skin
(hives)
Watery eyes, sneezing
Swelling of the mouth,
tongue and airway
Coughing
Nausea and vomiting.
49. As the condition progresses, MFRs may note:
Pale skin or cyanosis
Headache
Wheezing, chest tightness
Rapid heart rate
Shortness of breath, severe respiratory distress
Decreased LOC / respiratory rate / circulation
50. How to Manage Anaphylaxis
Begin ESM – What happened? Perform a scene survey:
call EMS
Perform primary assessment – LOC, ABCs and vitals
Auscultate the lungs, record all observations
Put patient on high concentration, humidified O2
Place the patient in semi-sitting position
Assist with medication administration
Follow the 5 rights of medication:
- Right medication
- Right person
- Right amount
- Right time
- Right method/dose
Perform Secondary – LOC, history, vitals, head-to-toe
Update EMS
52. Types of Epi Pens
Auto Injector – Must be administered
intramuscularly (typically, the outer thigh)
53. How to use the Auto Injector
Grasp the device in the middle with your
dominant hand – do not place your thumb over
the other end
Pull the blue safety cap off of the aspirator (end of
the injector)
Press the tip gently against the mid-outer thigh
and press firmly for 10 seconds (or until the auto
injector activates)
54. Twinject Auto Injector
Contains two doses of epinephrine. Similar
administration to the standard auto injector.
***ALWAYS SEND MEDICATIONS TO HOSPITAL***
WITH PATIENT
55. How to use Twinject Auto
Injectors
Grasp the device in the middle with your
dominant hand – do not place your thumb over
the other end
Pull both of the green safety caps off
Press the red tip gently against the mid-outer
thigh and press firmly for 10 seconds (or until the
auto injector activates)
58. Cardio-Vascular
Conditions
CV conditions are
characterized by disorders of
the blood vessels and heart
tissues.
Signs and symptoms include:
Indigestion, aching jaw or arm
Clutching of the chest
Heaviness in chest, shortness
of breath
Fear, fatigue, denial
Nausea, vomiting
Pale, cool, sweaty skin
Unconsciousness and cardiac
60. Devices Used by CV
Patients
Nitroglycerin Tablets – Taken orally
Nitroglycerin Patches – Provide long-
acting nitroglycerin
Nitroglycerin Spray – Sprayed sub-
lingually (under the tongue)
61. ANGINA
- Arteries harden due to plaque build up. Not
enough O2 gets to the heart.
- Causes pain and discomfort
- Mimics a heart attack but won’t last longer than
10 minutes
- Usually have nitroglycerin patches or sprays and
will be relieved once administered
62. How to Assist with Nitroglycerin
Nitroglycerin is a vasodilator that opens the blood
vessels, allowing blood to mobilize freely
Available in tablet, patch and spray form, Nitro
starts working within 1 to 2 minutes for
approximately 6 minutes
Ask the patient if they use Nitroglycerin
Assess vitals
Ask the patient to administer their Nitro – nitro
may be used every 5 – 10 minutes for a
maximum of 3 doses. BP must be monitored
regularly!
***TELL PATIENT NOT TO TAKE NITRO IF***
63. How to Assist with Aspirin
Aspirin (ASA - acetylsalicylic acid) is a blood
thinner that helps blood pass through clogged
arteries into the heart
MFRs should only recommend patients take ASA
and explain why
Ask patient if they have already taken ASA before
your arrival – if so, don’t recommend it
If patient is allergic to ASA do not recommend it
After the first dose of Nitro, reccomend 2 baby
aspirins (81 mg) or one adult (325 mg). Have
patient chew the tablet(s)
Document all medication doses/times
64. How to Manage Angina
Begin ESM – perform a scene survey: call EMS if episode is severe or
does not stop
Perform primary assessment – LOC, ABCs and Rapid Body
Put patient on high concentration, humidified O2
Position the patient in a semi-sitting position, loosen clothing
Auscultate the lungs, record all observations
***If patient’s BP is 100 or below, the patient should NOT***
take nitro
If patient takes nitroglycerin, and their BP is at 150, assist them with their
medication
Follow the 5 rights of medication:
- Right medication
- Right person
- Right amount
- Right time
- Right method/dose
Monitor BP
Perform Secondary – LOC, history, vitals, head-to-toe
Update EMS
65. Cerebro-Vascular Emergencies
Cerebrovascular emergencies
(strokes/TIAs) are usually
indicative of pre-existing
conditions.
Hardening of the arteries stops the
flow of blood (and oxygen) to the
brain.
The signs and symptoms for both
TIAs and strokes are similar and
EMS should be called immediately.
Some signs include:
Paralysis of face muscles
Difficulty speaking/swallowing
Dizziness/confusion
Numbness/weakness in one side of
body, loss of bladder
Decreased LOC
66. TIAs and Strokes
Transient ischemic attacks (TIAs) mimic the
signs/symptoms of a stroke, but typically do not leave
permanent brain damage. TIAs are a warning sign that
a stroke is coming.
Strokes are very serious and can leave permanent brain
damage
Use FAST as a method to determine whether a patient
is having a stroke/TIA
Facial Droop – One side of the face is paralyzed
Arm Drift – Have the patient hold both arms out – if one
arm doesn’t move as well as the other, they may be
having a stroke/TIA
Speech – Slurred speech, incorrect words, inarticulate
67. How to Manage a Stroke/TIA
Begin ESM – perform a scene survey: call EMS if
episode is severe or does not stop
Perform primary assessment – ABCs and vitals
Put patient on high concentration, humidified O2
Position the patient in a semi-sitting position,
loosen clothing
Auscultate the lungs, record all observations
Monitor BP
Reassure the patient – keep them comfortable
Perform Secondary – history, vitals, head-to-toe
Update EMS