1. Additional Information
First Aid
Additional Information

2. EMERGENCY FIRST AID
If you are the first on the scene of accident that results in an injury or serious illness, you may be the only link between a victim and emergency medical care. Your role is to take action, whether by providing first aid, seeking medical help or calling Your actions may improve the victims chance of recovery.
The following slides will provide specific information from the American Heart Association on basic first aid procedures.

3. CHECK, CALL, CARE
Check: Consider safety first and make sure the surroundings are safe for you and victim. (Gloves, glasses, masks, etc.)
Call: Call 911 or yell for help for someone to call 911.
Care: Follow CAB’s.

4. CAB’s of First Aid C – Circulation
Check for circulation at correct Artery
Adult = Carotid Artery (neck)
Child = Carotid Artery (neck)
Infant = Brachial Artery (upper arm)
A – Airway
Use Head Tilt Chin Lift method to check airway for obstructions
B – Breathing
Look, Listen, and Feel for Breathing

5. RESCUE BREATHING

6. CPR Continued … Perform chest compressions. Count = 1-2-3-4-5…30
30 compressions and two breaths.
Count = …30
chest compressions per minute
Cycle through 5 times (2/30)

7. CPR continued Hand Placement for CPR Use of Hands
Sternum – Breast Bone
Use of Hands
Adult = Use 2 Hands
Child = Use 1 Hand
Infant = Use 2 Fingers

8. AED (Automated External Defribulator)
The American Heart Association has determined that 250,000 people die each year from cardiac arrest. Ventricular fibrillation (VF) is the most common arrhythmia that causes cardiac arrest. Defibrillation is the only known treatment for VF.

9. MORE ON AED’s
Due to the introduction of a new generation of defibrillators, called automated external defibrillators (AED's), it is possible for lay rescuers to deliver defibrillation. The new AED's are safe, effective, lightweight, low maintenance, easy to use and relatively inexpensive (about $2000).

10. How Do AED's Work?
A microprocessor inside the defibrillator interprets (analyzes) the victim's heart rhythm through adhesive electrodes (some AED models require you to press an ANALYZE button). The computer analyzes the heart rhythm and advises the operator whether a shock is needed. AEDs advise a shock only to ventricular fibrillation and fast ventricular tachycardia. The electric current is delivered through the victim's chest wall through adhesive electrode pads.

11. BLEEDING
Apply direct pressure to the wound (at this time a direct pressure bandage may be used)
Elevate (do not further harm)
Pressure Point additional pressure may be applied to a pressure point to help reduce bleeding.

12. 2 TYPES OF WOUNDS 1. OPEN WOUND 2. CLOSED WOUND An open wound
(as in a knife cut)
is a break in the skin
or mucous membrane.
A closed wound
(a contusion
or internal bleeding) is a
bruise that
damages the underlying
tissue without breaking
the skin (as in
a black eye).

13. CLASSIFICATION OF WOUNDS
Name Description
Avulsion (OPEN) In an avulsion, a portion of skin is torn. This can be partial, with a portion of skin remaining as a "flap." In a total avulsion, a body part is completely torn off.
Contusion/Bruise (CLOSED) Bleeding that occurs under the skin causes discoloration, swelling. The area begins as red but may turn into a "black and blue mark."
Incision (OPEN) A cut is a split in the skin caused by a sharp object, such as a knife, or even a dull object; has a smooth edge.
Laceration (OPEN) A cut that has a jagged edge.
Puncture (OPEN) A puncture wound is caused when the skin is pierced by a sharp object. Included in this category are gunshot wounds, impaled objects, and an object that passes totally through a part of the body.
Abrasion/Scrape (OPEN) A scrape is very common, and occurs when skin is rubbed or scraped away.

14. TYPES OF WOUNDS Incision Avulsion Laceration Puncture Abrasion
Contusion

15. CARE FOR SHOCK Keep the victim laying down (if possible).
Elevate legs inches… unless you suspect a spinal injury or broken bones.
Cover the victim to maintain body temperature.
Provide the victim with plenty of fresh air.
If victim begins to vomit - place them on their left side.
Call 911.

16. FIRST AID FOR SPRAINS AND STRAINS R-I-C-E
R-est, no activity
I-ce, for 20 minutes
C - Compress, use an elastic or conforming wrap - not too tight.
E - Elevate, above heart level to control internal bleeding.

17. Connective Tissue Ligaments Tendons Cartilage
Connective tissue that holds Bone to Bone
Tendons
Tissues that hold Muscle to Bone
Cartilage
Spongy padding in between joints of a Bone

18. TYPES OF FRACTURES

19. SIMPLE FRACTURE
When there is a clean break or crack in the bone, it is also known as a simple fracture.

20. COMPOUND FRACTURE
A compound fracture is a break in the bone with an external wound extending to the bone.

21. GREENSTICK FRACTURE
A split in a young, immature bone (common in children).

22. COMMINUTED FRACTURE
This type of fracture produces multiple bone fragments.

23. IMPACTED FRACTURE
An impacted fracture is one whose ends are driven into each other. This is commonly seen in arm fractures in children and is sometimes known as a buckle fracture.

24. Degree of Burn First Degree Burn Second Degree Burn Third Degree Burn
Epidermis
Dermis
Hypodermis
Second Degree Burn
Third Degree Burn

25. First-Degree Burn Redness (Erythema) First Degree Burn
Damage to the outer layer of skin (epidermis), causing pain, redness, and swelling.
Epidermis
Dermis
Hypodermis

26. Second-Degree Burn Blisters (Bulla) Second Degree Burn
Damage to both outer skin and underlying tissue layers (epidermis and dermis), causing pain, redness, swelling, and blistering.
Blisters (Bulla)

27. Full thickness burn with tissue damage
Third-Degree Burn
Full thickness burn with tissue damage
Third Degree Burn
Damage extends deeper into tissues (epidermis, dermis, and hypodermis) causing extensive tissue destruction. The skin may feel numb.