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EMS

Consists of a team of heath care professionals who administer aid to a person at home or in the street, through the time they are discharged

Emergency Medical Service

Levels of the Emt

Cfr : certified first responder


EMT B : BASIC


Emt-I: intermediate


Emt-CC : Critical care


EMT - P : paramedic

Cfr, emtB, emt i, etc....

Components of the EMS System

Buses - either bls or Als


Equipment


Dispatched


Emts



Only the First 4 components

Medical Director (MD)

The physician who authorizes or delegated to the Emt the authority to provide medical care in the field.

Other components of EMS system

Quality Control

The responsibility of the medical director to ensure that the appropriate medical care standards are met by the EMT-b's on each call

Components of the EMS system - ensure .......medical care

Rules & Responsibilities

1) Drive to the patient safely



2)Have directions and know how to get to location



3) Patient care



4) patient packaging



5) look & Act professional


Referring to Emt

On-line Direction

On the phone with MD

Medical Direction

Off-line Direction

Pre-written or standing orders (protocols)

Medical direction

Definitive signs of Death

1.) Obvious Mortal Injury


2.) Rigor Mortis


3.) Dependant lividity


4.) Purification


4 signs

Obvious Mortal Injury

Decapitation e.i

Rigor Mortis (RM)

Stiffness occurs within 2 to 12 hours after death

Dependant lividity

Blood settling to the lowest point of the body,causing discoloration of the skin.

Purification

Decomposition of body tissue. Occurs between 40 to 96hrs after death

Do not Resuscitate or a Molst

Other times when a emt doesn't do cpr is in the case if a do not resuscitate order or a molst , which is a Medical Orders for Life Sustaining Treatment

DNR

Stages of Grieving Process

1. Denial


2. Anger


3. Bargaining


4. Depression


5. Acceptance

5 stages

Dealing with Dying Patients

1. Maintain patient dignity


2. Show respect for your patient


3. Communicate with the family


4. allow family members to Express themselves


5.Do not give false assurances


6. Listen to the family


7. Use a gentle tone of voice

7 things to do

Stress warning signs

1. Irritability


2. Unable to concentrate


3. anxiety


4.lost of appetite or over eating


5.loss of interest in work, sex, etc


6.Isolation


7.Increase alcohol use

Dealing with Stress /CISD

Critical Incident Stress Debriefing - Program in which severely stressful job related incidents are discussed. These meeting are held within 24 to 72 hours after an incident.

Standard of care

The way another equally trained person would act to treat a patient

Medical/legal/Ethical

Scope of Practice

The skills you are allowed to use

Duty to Act

An emt has a duty to act only when in uniform or on duty.

Public Law 800

Emt cannot be held liable useless gross negligence is proven.

Good samaritan law

Does not cover EMT's in New York State

Negligence

Failure to provide same level of care as another equally trained emt

Abandonment

Termination of patient care without transferring care to equal or higher medical authority

Refusal of Care (RMA)

Or refuse medical Assistance is when anyone over the age of 18 & competent refused care. Also applies if under the age of 18 if patient is pregnant,married or an emancipated minor or seeking treatment for a sexually transmitted disease.

Negligence : Deviation

Deviating from the standard of care resulting in further injury to the patient not performing as reasonable person would act given the same circumstances

Breach of duty By Omission


Nonfeasance

Breach of duty ( act of omission or commission)

Nonfeasance

Emt failed to perform his/her duties

Breach of duty- omission and commission

Breach of duty by commission

1. Misfeasance


2. Malfeasance

Breach of duty( act of commission and omission )

Misfeasance

The emt performed an approved action improperly

Part of breach duty commission

Damages

Damages - breach of duty

Proximate Cause

Your negligence directly caused pain/suffering/injury

Liability

Legal responsibility

Plaintiff

Individual bringing suit

Defendant

Individual being sued

Assault

Unlawfully touching a person in fear of immediate bodily harm without the persons consent

Battery

Unlawfully touching a person , this includes providing emergency care without consent

False imprisonment

Transporting a competent patient against their will.

Expressed or Actual

When patient speaks or acknowledges that they want you to provide care and transport.

Consent

Informed

Patient is explained everything that is going to be done and they have provide consent for the emt to provide care

Implied

When a person is unconscious and unable to give consent or serious threat to life or limb exists.

Special reporting

Special Reporting must be done in the case of Child Abuse ( dss 2221A)

Types of positions

1.supine


2.prone


3.lateral


4.recovery


5.shock


6.tredelenburg


7.fowler


8.semi - Fowler



.. yo Male or female Patient found.......

Directions

Cephalic- at the head



Caudal - at the feet


Body atonomy related

Body locations

Anterior- front


Posterior - back


Right - right of the patient


Left - left of the patient


Lateral - towards the outside


Medial- towards the middle or inside


Superior- closer to the head, higher


Inferior- further from the head, lower


Proximal - close to the torso


Distal - father from the torso


Dorsal - towards the spine

Body atonomy

Respiratory System

1.trachea


2. Right main stem bronchus


3.right lobes ( 3 lobes )


4.left main stem bronchus


5.bronchi


6.bronchioles


7.left lobes ( 2 lobes)


8.Pleural


9.Pleural fluid


10.Diaphragm


11. Alveoli


The human body inhale ......% oxygen.; and exhales .... % and retaining ... %

21%


16%


5 %

Alveoli

are where oxygen and carbon dioxide exchange

Diaphragm

Is the muscle that controls breathing

The brain

Is the organ that controls breathing

Digestive system

1.)pharynx


2.) Oral cavity


3.) Tongue


4.) Parotid


5.)sublingual


6.)submandibular


7.) 4, 5, 6 are the salivary glands


8.) Esophagus


9.) diaphragm


10.) Liver


11.) Gallbladder


12.) stomach


13.) Pancreas


14.) Pancreatic duct


15.) Duodenum


16.) Transverse colon


17.) ascending colon


18.) Common bile duct


19.) Small intestine


20.) Descending colon


21.) Cecum


22.) Appendix


23.) Rectum


24.) Anal Canal


25.) Anus



24 parts/things make it up

Abdominal Quadrants & Cavity

Right upper quadrant


Left upper quadrant


Right lower quadrant


Left lower quadrant


Aorta

Largest artery in the body

Artery

Carries oxygenated blood away from the heart

Capillary

Smallest blood vessels. Connects arterioles and venules for exchange of O2 & CO2

Contusion

Swollen ,raised skin and warm to the touch

Ecchymosis

A bruise , internal bleeding, but does not break skin

Epistaxis

Nose bleed

Hematoma

A mass of blood or pooling of blood in the soft tissues beneath the skin.

Perfusion

The circulation of blood through the tissue or organ

Hypovolemic shock

Bleeding shock, due to loss of fluid (blood or plasma)

Pressure point

A point where a blood vessel lies near a bone

Vena cava

Largest Vein in the body

Veins

Carries blood from the tissues back to the heart

Cardiovascular system

The heart and vessels

Arterial blood

Bright red in color. Spurts with each heart beat

Venous blood

Dark maroon in color. Flow steadily

Capillary Blood

Oozes from the wound. Color in between vein artery

Bleeding and blood

There are 5 to 6 liters of blood in the average adult.



There are 10 to 12 pints of blood in the average adult body

Blood consist of ?

White blood cell


Red blood cell


Platelets


Plasma

4 types

1. White


2. Red


3.platelets


4.plasma

1. Fights infection


2.carry O2


3. Clot the blood


4. Fluid that carries the formed elements of blood

Types of blood vessels

1. Arteries


2.veins


3.arterioles


4.venules


5.capillaries

Arteries

Carry blood away from heart

Veins

Carry blood to the heart

Arterioles

Smaller arteries in the body

Venules

Smaller veins in the body

Capillaries

Smallest blood vessels that connect arterioles and venules

Shock

Shock refers to the state of collapse and failure of the cardiovascular system, which leads to inadequate perfusion (hypoperfusion). As the body compensates by redirecting blood flow from non-essential organs to essential ones.

As the body compensates with the blood loss the following occurs

1. Heat beats faster ( Tachycardia)


2.skin becomes pale, cool , sweaty


3.Rapid Breathing


4.Decrease blood pressure


5.cyanotic (skin turning blue due to lack of blood and oxygen )


6. AMS (Altered mental status)


7. LOC ( loss of consciousness)


8. Coma


9.Major organs begin to shut down starting with (the kidneys, then the lungs ,then heart , then the brains shuts down ) in the sequence

Types of shock

1. Anaphylactic Shock


2.Cardiogenic shock


3.Hypovolemic shock


4.Respiratory insufficiency shock


5.Neurogenic shock


6.Psychogenic Shock


7. Septic shock


There are 7 of them

Anaphylactic Shock

Causes :


Extreme life threatening allergic reaction



Sign and symptoms :


* can develop within seconds


* Mild itching or rash


* Burning Skin


* Vascular Dilation


* Rapid Death


* Generalize edema


* Coma


* Rapid death



Treatment:


1. Manage the area


2. Assist Ventilations


3. Administer High Flow Oxygen 4.Determine Cause


5.Epinephrine


Say Causes , then the signs and systems and then the treatment for it



7 answers and then 5 answers

Cardogenic Shock

Causes:


* inadequate heart function


* Disease of muscle tone


* Impaired electrical system


* Disease or injury



Sign & system:


1. chest pain


2.irregular pulse


3.weak pulse


4.low blood pressure


5.cyanosis ( lips and under nails )


6. Cool , clammy skin


7. Anxiety



Treatment:


1.Position of comfort


2.Adminster oxygen


3. Assist Ventilations


4. Transport promptly



Say Causes , then the signs and systems and then the treatment for it



4 causes , 7 signs and 4 treatment

Hypovolemic

Cause : loss of blood or fluid




Signs and symptoms:


* rapid , weak pulse


* low blood pressure


* change in mental status


* cyanosis( lip ,under nails )


* cool, clammy skin


* Increased respiratory rate



Treatment


1. secure airway


2.assist ventilations


3. Administer highflow oxygen 4.control external bleeding


5.Elevate legs


6.keep warm


7.Transport promptly



















1 of the 7 shocks

Respiratory Insufficiency

Causes:


severe chest injury


Airway obstruction



Signs and symptoms:


●Rapid , weak pulse


○ Low blood pressure


● change in mental status


○cyanosis ( lips, under nails )


● Cool clammy skin


○ Increase respiratory rate




Treatment:


1. Secure airway


2.Clear air passage


3.Assist Ventilations


4.Adminster highflow oxygen 5.Transport promptly















1of the 7 shocks

Neurogenic

Cause:


* Damaged Cervical spine, which causes widespread blood vessel dilation



Signs and symptoms:


+ Bradycardia ( slow pulse )


+ low blood pressure


+ Signs of neck injury



Treatment:


1. Secure airway


2. Spinal Stablization


3. Assist Ventilations


4. Administer High-Flow


5. Preserve body heat


6.Transport promptly

































1 of the 7 shocks

Psychogenic ( fainting)

Cause:


* Temporary, generalized vascular


dilation


* Anxiety, Bad news , sight of injury, or blood prospect of medical Treatment , severe pain,illness, tiredness



Sign and systoms



- Rapid pulse


- normal or slow BP


Treatment :



1.Determine duration of unconscious


2.Record initial vital signs and mental status


3. Suspect head injury if patient is confused or slow to regain consciousness


4.transport promptly



Another 1 of the 7 shocks

Septic Shock

Cause:


* Severe infection



Signs and Symptoms:


warm skin


+ Tachycardia


+Low blood pressure



Treatment: 1.Transport promptly 2.Adminster oxygen en route


3.provide full ventilatory


4. Elevate Legs


Last shock

MAST

Military Anti Shock Trousers

Gear for shock

PASG

Pneumonic Anti Shock Garment



Within New York, the above mentioned garments are never used.once pants are placed on , they cannot be removed unless, it is done by a doctor

Shock gear like MAST

About Mast and its Application

Apply Mast :



In adults with major blunt trauma, if the systolic blood pressure is below 50 mm hg and signs of inadequate perfusion are present , inflate all three compartments to the recommended pressure or until the pop - off valves of all three compartments pop open





In adults with major blunt trauma, if the systolic blood pressure is below 90 mm hg and signs of inadequate perfusion and an unstable pelvic fracture is present inflate all three compartments to the recommended pressure or until the pop - off valves of all three compartments pop open


How to use

Progression of shock

Compensated


Decompensated


Terminal stage

Compensated

Higher pulse , pale, cool , clammy , nauseous, anxious and rapid breathing.

Decompensated

BP below 90mmhg systolic, labored breathing, cyanotic skin , dull eyes, absent peripheral ( Pulses found in extremities), AMS ( Altered Mental Status ) , LOC ( loss of consciousness)

Terminal Stage

Vital Organs begin to fail, in this sequence: kidney , lungs ,heart , brain

Types of burns

Thermal


Chemical


Radiation


Electrical


Light

5 types

Thermal burn

Cause by fire, steam or hot objects

Chemical

Cause by acid or alkaline

Radiation

Caused by nuclear or some similar source

Electrical

Caused by lightning or electrical wiring

Light

Caused by sunlight or artificial UV lamps

Depths of burns

Adults-


Head and neck = 9 %


Anterior torso = 18 %


Posterior torso = 18 %


Each leg = 18%


Each arm= 9 %


Gentalia = 1%




Total of 100 % of the body



Child



Head and neck = 18 %


Genitalia / perineum = 1% Total of 100 % of the body Child Head and neck = 18 %Anterior torso = 18 %Posterior torso =18 %Each leg = 13.5%Each arm = 9 %Genitalia = 1 %


Anterior torso = 18 %


Posterior torso =18 %


Head and neck = 18 %Anterior torso = 18 %Posterior torso =18 %Each leg = 13.5%Each arm = 9 %Genitalia = 1 %


Each leg = 13.5%


Each arm = 9 %


Genitalia = 1 %



For a total of 100%

Superficial (burn)

Redness of the skin, epidermis involved

1 of 3

Partial Thickness (burn)

Blisters of the skin, surrounded by redness , waxy appearance, Dermis involved

2 out of 3

Full Thickness (burn)

Charring of the skin, surrounded by blisters and redness. Nerves destroyed full dermis and possibly underlying tissues are involved

Burns in Adults


Critical burns:


-Full thickness burns involving the hand, feet , face , upper airway , gentalia , or circumferential burns of other areas.



- Full thickness burns covering more than 10% of the body's total surface area.



- Partial thickness burns covering more than 30% of the body's total surface area.


- Burns associated with respiratory injury ( smoke inhalation or inhalation injury )



- burns complicated by fractures.



- Burns on patients younger than 5 years or older than 55 years other would be classified as "moderate " in young adults.


Moderate burns in adults

-Full thickness burns involving 2 % to 10% of the body's total surface area ( excluding hands, feet, face, gentalia, or upper airway)



- Partial thickness burns covering more than 15% to 30% if the body's total surface area



- superficial burn covering more than 50% of the body's total surface area

Minor burns in adults

- Full thickness burns covering less than 2 % of the body surface area



- partial thickness burns covering less than 15% of the body surface area



- superficial burns covering less than 50% of the body's total area




Critical burn on infant/ children

- Fulll thickness or partial thickness burns covering more than 20% of the body's total surface area.



- Burns involving the hands, feet, face , airways or gentalia.

Moderate burn on children/ infants

" partial thickness burns covering 10% to 20 % of the body's total surface area

Minor burn on children or infants

- Partial thickness burns covering less than 10% of the body's total surface area

Treatment of Burns

1. Follow Bsi precautions to help prevent infection.( remove hot clothing and jewelry as necessary.



2. Move patient away from the burning area



3. Soak the burning skin in cool , sterile water or cover with a clean, wet , cool dressing if the skin is hot



4. Provide high flow oxygen



5.Rapidly estimate the burn severity



6.Check patient for traumatic injuries or other medical conditions



7. Treat the patient for shock



8. Prevent further heat loss by covering the patient with warm blankets.



9. Provide prompt transport



Less than 10% of the body

Use moist , sterile dressing

More than 10% of the body

Use dry , sterile dressing

Chemical Burns

1. Stop the burning process. Safely remove any chemical from the patient , always brushing off dry chemicals


2.Remove patient clothing , cut clothing off if you have to


3. Irrigation with copious amounts of water for 20 mins


Electrical Burns

1.ensure scene is safe.


2. If indicated, begin CPR and apply the Aed


3.Treat soft tissue areas by placing dry , sterile dressings, on all burn wounds and splinting

Epidemis

Tough external layer, that forms a water tight seal

Skin

Dermis

Layer that consist of hair follicles, sweat glands , ect

Subcutaneous

Tissue above the bone

Functions of the skin

- keep bacteria out



- keep water in ( human body is made up 80 % water )



- regulate temperature ( when too hot, we sweat , too cold , skin tightens )

3 listed

Skin colors

- Pale- pallow : shock ( mucous membrane)


- Cyanosis : Lack of oxygen to the tissue ( blue/Grey )


- Jaundice: hepatitis ( liver problem) ( yellow skin)


- Flush: Red ( allergic reaction, high blood pressure )



Abrasion

Rubbing of the skin/scraping

Wounds

Laceration

Jagged cut ( treat with bleeding control )



1. Direct pressure to the wound .


2.consider the use of hemostatic gauze


3.additional dressing if needed.


4.wrap with pressure bandage


5.tourniquet


6.Treat for shock and transport

Avulsion

A flap of tissue either hanging or falling off

Wound

Incision

Straight, clean cut ( treat with bleeding control)

Wound

Puncture

Wound that is deeper than it is wide ( treat with bleeding control)

Wound

Evisceration

Internal organs are outside of the body



1. Cover with moistened sterile gauze


2. Occlusive Dressing- tape all four sides

Wound

Amputation

1. Wrap the stump with moist sterile dressing



2.cover the dressed stump with a dry bandage.



3. Preserve the amputated part as follows :



4. Moisten an appropriately sized sterile dressing with sterile saline solution.



5. Wrap the severed part in the moistened sterile dressing , preserving all amputated material



6. Place the severed part in a water tight container ( i.e sealed plastic bag )



7.place the container on ice or cold packs ( if available) Do not freeze or use dry ice! Do not immerse the amputated part directly in water ! DO NOT allow amputated part to get in direct contact with ice !



8. Immobilizate the linv to prevent further injury


Transport the amputated part with the patient.

Impaled Object

- Object is still in wound



1. Do not attempt to remove the impaled Object. Stabilize the object. Note that the only time you should remove an impaled object is when it goes through the cheek.



2. Control the bleeding and stabilize the object in place by using soft dressing , gauze and or tape.



3. Tape a rigid item over the stabilized object to protect it from movement during transport.

Closing injuries and internal Bleeding

Treat a close soft tissue injury by applying the acronym RICES :



- Rest: keep the patient as quiet and comfortable as possible



- ICE: or cold pack , slow bleeding by causing the blood vessels to constrict and also reduces pain.



- Compression : over the injury site slow the bleeding by compression of thr blood.



- Elevation: of the injured part just above the level of the heart decrease swelling



- Splinting: decrease bleeding and also reduces pain by immobilizing a soft tissue injury or an injured extremity

Wound related

Axial skeleton

Composed of the skull, spine, ribs and sternum

Upper

Appendicular skeleton

Compose of upper and lower extremities ( UE and LE)

The human body consist of ---- total bones

206

There are ____ bones in the face/skull

14

THERE are ___ bones in the spine

33



- 7 cervical ( susceptible to injury )


-12 thoracic


-5 lumbar .


- 5 Sacral


- 4 coccyx (sacral and coccyx are fused together) ..



Spinal Cord ends between L1 and L2 , cord protects itself by 20 -21 vertebrae



Muscle

Voluntary: muscles you have control over . Skeletal muscles.



Involuntary: smooth muscles ( digestive tract )



Cardiac: involuntary muscle only found in the heart

3 kinds

Upper extremities include

Scapula , humerus , radius/ulna, carpals, metacarpals, and phalanges.

Lower extremities includes

Femur , patella, tibia / fibula , tarsal metatarsals and phalanges.

Calcaneus

Heel bone

2 types of Joints

Ball & Socket : located in the hip and shoulder ( permits 180 degree).



Hinge joint : fingers , elbows, knee (permits back and forth motion only )

Ligament

Fibrous tissue connects bone to bone

Tendon

Fibrous tissue connect muscle to bone

Injured tendon and/or ligament

An injured ligament is called a sprain An injured tendon is called a strain If sprain , strain or fracture, treat all painful , swollen or deformed extremities as a fracture.

Fractures

Open: refers to broken skin or compound



Closed: refers to inside the skin or simple



Green stick: (hairline) a non-displaced fracture .



Displaced : an angulated fracture



With fractures, you will hear crepitus ( bones scraping together) when you palpate the patient.


Signs & Symptoms of a Fracture

- Deformity


- Guarding


- Crepitus


- Tender


- swelling


- Bruising

In a Fracture, look for the following :

- look for pulse : if there is no pulse , that means there is no blood flow.



- Can the patient move it



- Does the patient have any sensation. If the patient can feel your touch distal to the site of the fracture means that the nerve supply is still intact.

Central Nervous System

- (CNS) consists of the brain and spinal cord.

Peripheral Nervous System

Made up of all sensory , motor & connecting nerves in rest of the body.



The Peripheral Nervous System has two anatomic parts:



- 31 pairs of spinal nerves


- 12 pairs of Cranial nerves

Concussion

Mild , closed injury , without detectable damage to the brain . (Amnesia is short lived) Full recovery is usually the case.

Contusion

Bruised brain , fractures or dents on the head can cause rupture of blood vessels in the brain.

Brain injuries

Hematoma

Intracranial Bleeding

Brain injuries

The lobes and image

Parietal lobe


Occipital lobe


Frontal lobe


Temporal lobe



Dura mater .


Subdural hematoma


Brain


Layers of the skull

- Scalp : skin covering head



- skull : bony structure of the head



- meninges: the 3 membrane (dura mater ,arachnoid and pia mater )



- epidural space


( below the skull and above the dura aterial bleed )



- dura mater


( below the dura & above the arachnoid-Venous Bleed)



- Arachnoid


•sub-arachnoid space


•Cebral spinal fluid



- Pia Mater : inner most membrane enveloping the brain and spinal cord





Foramen Magnum

Hole in the bottom of the skull where bottom of the brainstem / top of the spinal cord exists.

Signs & Symptoms of head injury

1. Laceration of the scalp


2.soft area upon palpation


3.deformities of the scalp


4.Battles sign behind ear


5.unequal pupils


6.Amnesia


7.Numbness of extremities


8.Visual Complaints


9.contusions to the scalp


10.Depression upon palpation


11.Ecchymosis about the eyes


12.CsF leakage from scalp wound


13. Loss of sensation


14. Seizures


respiration


16.nausea or vomiting


17.hematoma to the scalp


18. Visible fractures of the scalp


19. Raccoon eyes


15.irregular respiration 16.nausea or vomiting 17.hematoma to the scalp 18. Visible fractures of the scalp 19. Raccoon eyes 20.Csf leakage from nose and ears 21. Loss of motor function 22.Period of unconsciousness 23.Dizziness 24.Combative or other abnormal behavior


20.Csf leakage from nose and ears


21. Loss of motor function


22.Period of unconsciousness


23.Dizziness


24.Combative or other abnormal behavior


Suspect head & Spine injuries with following MOI

- Motor vehicle Crash


- Pedestrian - motor vehicle collision


- falls


- Blunt Trauma


- Penetrating Trauma to the head,Neck or Torso


- Motorcycle Crashes


- Hangings


- Diving accidents


-Recreational Accidents

Measurement of Respiratory Rate

A.) Normal 12 to 20 - adult; 1 breath = 1 inhale + 1 exhale



B.)Take for 30 seconds and multiply by 2 or 1 full minute



C.)Under 12 Breaths per min = Bradypnea



D.) Over 20 breaths per min = Tachypnea



E.) Deep Respirations = Hyperpnea



F.) Hyperventilation = Tachypnea & Hyperpnea.



G.) Consider Assisting ventilation if necessary < 8 or >24 with signs of inadequate breathing and signs of inadequate oxygenation ( confusion,restlessness,cyanosis )



H.) Concerned with quality and quantity of respiration


•Deep/Labored


•Shallow


•Normal

Measurement of Pulse Rate

A.) Normal 60 - 100 for adult; for children 70-150; for infants 100-160.



B.) As with respiration 30 second and multiply by 2



C) under 60 beats per minute = Bradycardia



D.) Over 100 beats per minute =


Tachycardia



E.) Use Radial artery for convenience




F.) Concerned with quality of pulse too :


•weak/thready


• Strong/pound


• Regular pattern


•irregular patern

Pulse

Measurement of blood pressure

A .] Systolic / Diastolic



Systolic : pressure on the arterial wall during contraction of the heart ( systole )



Diastolic: pressure on aterial walls during relaxation of the heart ( diastole )



Emt dont diagnose hypertension


Emt treat hypotension by elevating the legs




( not part of the guide )



BP can be measuring by palpation only systolic can be obtain.



And most commonly ausculation

Nasopharynx

Nasal cavity

Oropharynx

Mouth, epiglottis, larynx( vocal cord)

Lower airway

Trachea , major bronchi down to the diaphragm

Inhalation

Diaphragm contract or moves down causing the thoracic cavity to expand, ribs expand or move up and out

Exhalation

Diaphragm relaxes , moves up causing the lungs to empty, the thoracic cavity gets smaller.

Tidal volume

amount of air you move in 1 breath

Hypoxic drive

Brain measures the amount of oxygen in your arterial blood . Low PaO2 causing breathing

Normal drive

Brain measures amount of carbon dioxide in your arterial blood . High PcCo2 causes breathing

Inhale / exhale

Inhale :


21% Oxygen


79% nitrogen


.04%Carbon Dioxide



Exhale:


16% oxygen


79% Nitrogen


4% Carbon Dioxide

Apnea

(Apneic ) absence of breathing

Dyspnea

(Dyspneic) difficulty breathing

Hypoxia

Low levels of oxygen in the blood

Cheyne-Stokes

Regular , then irregular breathing with periods of apnea.

Agonal Respiration

Occasional Gasping noises that you hear when heart has already stopped.



(Agonal respiration should be treated as apnea )

Heart attack

( myocardial infarction) insufficient oxygen being provided to the tissues of the heart.

Some possible cause of hypoxia

Pulmonary edema

Fluid accumulates in the lungs. Exchange of O2 and CO2 is less efficient

Narcotic or sedative overdose

Respiration may become decreased or shallow ( reduced tidal volume)

Smoke inhalation or toxic fumes

Cause pulmonary edema , destroys lung tissue causing problems with gas exchange

Stroke

Cerebrovascular Accident aka cva) may be due to facial paralysis leading to potential airway compromise or poor control of respirations if the respiratory center in the brain is damage

Chest injury

Pain interferes with full chest wall expansion , thus limiting full lung expansion. Lung damage itself secondary to pulmonary contusion can also prevent efficient gas exchange

Shock

(Hypoperfusion) often occurs as a result of injuries that affect the circulatory system. When the circulatory system fails to deliver adequate amounts of oxygen, the tissue begins to die.

Chronic Obstruction Pulmonary Disease

(COPD) chronic irritation of the lungs and air passage produces alveolar damage and poor gas exchange. Chronic Bronchitis or emphysema.

COPD

Asthma

Narrowing of Lower respiratory passages and buildup of mucus causes air trapping and poor gas exchange.

Premature Birth

Pulmonary surfactant is decreased in some premature infants, and, the worse the hypoxia is .

COPD (breakdown)

COPD is a catchall diagnosis



COPD is the end result of a slow process that constant damage to the airway , the alveoli & the pulmonary


Vessels



Operating on the hypoxic drive ( measure amount of o2 in aterial blood instead of Co2)



Cause: Asthma , Bronchitis, Emphysema, Smoking , Toxic fumes.



Asthma

Smooth muscle spasms of smaller air passages with the buildup of mucus.

Bronchitis

Similar to asthma except the inflammation occurs in the bronchi

Chronic

annual or long term condition

Acute

First episode

Sudden

Hemo Pneumothorax

Blood and air in the thoracic cavity

Hemo thorax

Only blood in the thoracic cavity

Tension Pneumothorax

As air begins to fill the thoracic cavity , it begins to push everything towards the opposite side of the wound resulting in a shift in the trachea

Cups

Critical


Unstable


Potentially unstable


Stable

Spontaneous Pneumothorax

When a lung collapses or pops without any injury or trauma to the body

Femur

Mild Shaft Broken Femurs get a Traction splint


A traction splint can only be used with an isolated femur injury , meaning if another is exists to the tib/fib area , ankle or pelvis splint cannot be applied

About fracture

- if fracture has a pulse, splint it as you find it.


- if Fracture does not have pulse


You are allowed as an Emt to try to Gently realign the extremity 1 time only , if pain increase or joint doesn't move, splint in place and transport


Stabilization

Procedure done by a person

Immobilization

Procedure done by equipment ( splint , slings , swathes).

Heart

- There are 4 Coronary Arteries


- The heart is divided into two parts


- The right and the left

Heart blood Flow

From the superior & inferior Vena Cava Blood enters the Right Atrium. From the Right Atrium it travels to the Right Ventricle.From the right ventricle it enters the Pulmonary Arteries. From the pulmonary arteries it enters the Lungs. Up to this point, all of the blood has been deoxygenated.From the lungs the blood flows into the Left Atrium. From the Left Atrium it enters the Left Ventricle. From the left Ventricle it pumps into the Aorta and out to the body and tissue until it returns to the heart.

Pulmonary Artery

Is the only artery in the body that Carries deoxygenated blood

Pulmonary Vein

Is the only vein in the body that Carrie's oxygenated blood

Valves of the heart

Pulmonary Valve




Tricuspid Valve




Mitral Valve ( bicuspid valve)




Aortic Valve




General Pharmacology

-All drugs have four different names:



•Official name


•Chemical name


•Generic name


•Trade name


Indication

a condition for which the drug is recommended

Terminology

Contraindication

A situation that prohibits the use of a drug or piece of equipment.

Terminology

Depressant

Lessons that activity of the body . ( #1 Otc is Alcohol)

Terminology

Stimulant

Increase the activity in the body .


( amphetamine- wide eyed appearance)



Terminology

Narcotic

Strong pain reliever


( depressant - constricted or pin point pupils )

Terminology

Hallucinogen

Think your superman and jump out a window

Terminology

Therapeutic Action

Beneficial action of the drug

Terminology

Side Effect

Unwanted effect

Terminology

Drug

A chemical substance used in the treatment, cure , prevention, or diagnosis of a disease or used otherwise to enhance physical and mental wellbeing.

Terminology

Pharmacology

The science of drugs , including their ingredients , preparations , uses , and actions on the body.

Terminology

Routes

1.Inhalation.


2.ingested


3.sublingual


4.auto injector


5.transdermal


6.intravenous (IV)


7.Intramuscular (IM)


8.intraosseous (IO)


9. Subcutaneous (SC)


10. Per rectum ( PR)

Six Rights of Medication

1. Right patient verification


2. Right time to administer medication


3. Right medication to administer to the patient


4. Right route to use


5. Right dosage to administer to the patient


6. Right documentation

The 6 rights

Common Drugs On The Ambulance

Name


1.)Oxygen


2.)Oral Glucose


3.) Activated Charcoal


4.) Aspirin


5.) Albuterlol



Class


1.) Inhaled Gas


2.) Ingested Gel


3.) Suspension


4.) Blood thinner Analgesic


5.) Bronchodilator



Dosage


1.) 2 Lpm to 15 LPM


2.) 1 tube


3.) Unclear


4.) 4 tablets of 81 mg each


5.) 1 tube



Indication


1.)hypoxia from any cause


2.) Ams due to low blood sugar


3.) Poisoning


4.) Chest Pain


5.) Respiratory distress due to COPD




Contraindications


1.) none


2.)not given when unconscious


3.)not give when unconscious


4.)Allergies to aspirin or blood disorder.


5.) If cardiac history exists, must contact OLMD for permission



Side Effects


1.) None


2.) High Sugar


3.) Vomiting, Diarhea


4.) Pain killer Blood thinner


5.) Tachycardia, Anxiety , Palpitations


Nitroglycerin

Class- Sublingual Vasodilator



Dosage - O.4 mg or 1 tablet every 5 minute.



Indications - chest pain & if BP is above 120 systolic



Contraindication- if BP is below 120 systolic or hypotension



Side effects - headache , nausea , low BP



Cannot administer nitroglycerin if patient have taken levitra , cialis , or viagra within the last 72 hours.



Administration

Epi- Pen

Class: beta agent



Dosage: 0.30 mg adults , 0.15mg Pediatric



Indications: Anaphylactic Reaction



Contraindication: none



Side Effect: Tachycardia , Anxiety

Pneumothorax ( explained )

- air in pleural or thoracic cavity


•Diminished lung sounds on one side


•Trachea Deviation


•Unilateral chest expansion

Hemothorax ( explained )

Blood in the pleural or thoracic cativity ( same systoms as above ( pneumo) )

Hemopneumothorax

Blood and air in the pleural or thoracic cavity


( same systoms as above) ( the others )

Spontaneous Pneumothorax

No outside injury

Flail Chest

When two or three ribs are broken in two or three places

Paradoxal movement

When the body inhales , the space where the ribs are broken , does not expand . When the body later exhales , the chest cavity constrict causing the broken ribs to extend further than where the thoracic cavity usually rests.

Traumatic Asphyxia

Occurs when a great deal of force is applied to the chest. This causes :


JVD , hemorrhage in the sclera ( the white part ) of the eye , Cyanosis of the face and neck.

Pericardial Tamponade

When blood or fluid from the heart collects in the sac surrounding the heart (pericardium) decreasing the ability of the heart to beat.

Subcutaneous Emphysema

When the trachea is fractured and air escapes into the subcutaneous layer of the skin

Air embolism

Occurs if the jugular vein is cut and begins to suck in air as the heart pumps. This will cause air to travel to the heart and could cause death if air pocket is large enough.

Arteriosclerosis

Hardening of the arteries due to calcium deposits.

Coronary Artery Disease ( CAD )

Atherosclerosis

Narrowing of the arteries due to plaque build up

Angina Pectoris

Short lived chest pain, approximately 5 mins , usually cured with rest , oxygen and nitroglycerin

Acute Myocardial Infaction ( AMI ) .

Heart attack. Cause sudden blockage of coronary arteries

Embolism

Clot

Occlusion

A clot that gets stuck in a small vessel. Also know as Thrombus.

Aneurism

Weakening of a blood vessel that eventually bursts.

Congestive Heart Failure

Problem with the pumping action of either the R or L heart



- If the problem is in the R heart you will see jvd , pedal edema of the ankles , abdominal edema and cyanosis of the lips .



- If the problem is in the L heart this means the lungs are filled with liquid and patient has pulmonary edema , wheezing , rales and ronchi. Once blood is back up enough you will see the pink frothy sputum. Once this occurs , the patient no longer has CHF , they have APE or Acute Pulmonary Edema.



These patients must be transported sitting up or they will drown in their own fluids.

Cause of AMS

1. Strokes


2.Seizures


3.Diabetes


4.Poisoning/ Overdose


5.hypoxia


6.Behavioral / Emotional Problems


7.Head Trauma

Altered mental status

Stroke

TIA: transient ischemic Attack or temporary cell death . Also know as mini stroke. Tia is a temporary neurological deficit lasting approximately 5 to 10 minutes , causing by an interruption of blood flow to the brain.



Cva: cerebral vascular Accident



Cva is an interruption of blood flow to the brain caused by either a clot or an aneurism



Signs and symptoms of cva

1.upequal pupil


2. Dizziness


3.severe headache


4.droopy mouth


5.slurred or no speech


6.impaired Vision


7.weak / paralyzed on one side .




To test for a cva : Cincinnati prehospital stroke scale



1. ask patient to smile


2.ask patient to lift arms parallel to the floor


3. Ask the patient to repeat a simple sentence.



If patient fails 2 of the 3 skills , transport the patient to a stroke center immediately.


Seizures

Are sudden


, violent , involuntary contractions of a group of muscles caused by a disturbance in a brain function.

Grand Mal

Also known as a generalized seizure, has 4 stages



1. Aura: the warning stage , only patient can see or smell something


2. Tonic : the body tightens the muscles


3. Clonic : the thrashing stage


4. postictal : patient may be AMS , tired or minimally responsive



Transport for Grand mal

1. Clear area


2. Time the seizure


3. In Postical stage , lay patient in recovery position



Head trauma can cause seizures or make someone become prone to seizures.

Seizure

Diabetes

Diabetes is the number 1 epidemic in the US.



Type 1 diabetes - insulin injections


Type2 diabetes - diet/exercise / oral medications


Hypoglycemia ( insulin Shock )

Occurs ad a result of low blood sugar or hypoglycemia



Too much insulin


Not enough food or carbohydrates

Signs and systoms of insulin shock

1. Weak


2. Dizzy


3. AMS


4.clammy skin


5.pale and cool skin


6.hunger pains


7.Seizures



Treatment & Tx


ABC's, give O2 , oral glucose , etc; as long as the patient can swallow



Quick onset

Hypoglycemia

DC ( Diabetic coma

Occurs as a result of high blood sugar or hyperglycemia.



Too much food and carbohydrates


Not enough insulin


DC signs and symptoms / tx

1. Sleepy


2. Very thirsty


3.Dry lips


4.warm , dry skin


5.fruity breathe odor


6.frequent urination


7. Unconsciousness/ coma


8. Blurry vision



T×( transport )



ABC's, give oxygen, rapid transport to ED ( emergency department) , IV fluids ( ALS )



Slow onset

Diabetic coma

Poisoning/ Overdose

Ingested : swallowed


Inhaled : breathed in


Injected : IV , Bee sting from a honey bee


Absorbed : Chemical or poison plants through the skin

4 ways

Snake bite

1. ABC's


2. Give O2


3.leave the limb below the level of the heart

Bee sting

1. ABC's


2. Give O2


3.Scape stinger off with a solid card.


4.remove jewelry from the site , shoes and socks if on the legs.

Narcotics

Opium base drugs . Pinpoint or constricted pupils



Barbiturate

Sedative , depressants. Pupils are fixed or dilated.

Amphetamine

Wild eyes appearance, very excited , Tachycardia

Overdose

Hallucigen

PCP, violent, very strong

Overdose

Alcohol withdrawal

DTs ( Delirum tremors) , high mortality rate

Allergies

Signs and symptoms



1.sneezing


2.Itchy , runny nose


3.itchy,runny eyes


4.itchy skin , rash ( urticara)


5. Wheals ( looks like circles on the skin )

Signs and symptoms of anaphylaxis

1. Chest tightness


2.audible wheezing


3. Swelling of the lips and tongue


4.labored breathing

Hypoxia

Is a dangerous condition in which the body tissue and cells are not receiving enough o2

EDP

Emotionally disturbed Person

Hypothermia

Low body temperature




1. Conduction : direct transfer of heat from a part of the body to a colder object..



2. Convection: heat is lost because of circulating air ( wind)



. Evaporation: when the body sweats , water on the skin evaporates , cooling the body off.


The body loses heat in 5 ways 1. Conduction : direct transfer of heat from a part of the body to a colder object..2. Convection: heat is lost because of circulating air ( wind) 3. Evaporation: when the body sweats , water on the skin evaporates , cooling the body off.4. Radiation : heat of the body lost through infrared Rays ( football players smoking heads ) 5. Respiration : loss of body heat through exhalation of warm air and inhalation of cold air.



4. Radiation : heat of the body lost through infrared Rays ( football players smoking heads )


3. Evaporation: when the body sweats , water on the skin evaporates , cooling the body off.4. Radiation : heat of the body lost through infrared Rays ( football players smoking heads ) 5. Respiration : loss of body heat through exhalation of warm air and inhalation of cold air.


. Evaporation: when the body sweats , water on the skin evaporates , cooling the body off.4. Radiation : heat of the body lost through infrared Rays ( football players smoking heads ) 5. Respiration : loss of body heat through exhalation of warm air and inhalation of cold air.



5. Respiration : loss of body heat through exhalation of warm air and inhalation of cold air.


5 ways


C C E R R

Stages of hypothermia

- Mild hypothermia : body temp is between 93 to 95 . Shivering, numbness , rapid respiration , rapid pulse , shivering is the first of hypothermia



- Moderate hypothermia: body temp is between 86 - 93. Disoriented (Ams) ,confused ,lethargy , slow pulse , slow breathing.



- Severe Hypothermia : body temp is less than 86 .may not be able to obtain vital signs

Transport for hypothermia

ABC , high flow O2 with BVM , remove wet clothing,cover with warm blankets , turn heat on

Drowning

Treat all drowning victims with spinal precautions




Begin rescue breathing in the water . Begin chest compressions out of the water.

SCUBA

Stands for self contained underwater breathing apparatus

Air embolism ( occurs)

occurs when diver holds breath and ascends quickly . Causing air bubbles in the blood.

Decompression Sickness

Also known as the bends.Creates nitrogen bubbles in the joints and tissue . Occurs over several hours. Transport the patient on their left lateral side , head lower than the feet, cause by rapid ascent.

AED ( automated external defibrillator)

An Emt can administer a maximum of 3 shocks on the scene then transport must be initiated


If 1 no shock in advised perform CPR on the way to the hospital.

Behavioral Emergency

Ask yourself ; is there a medical reason why this person acting this way ?



1. Head trauma


2.stroke


3.hypoglycemia


4.hypoxia


5.drugs


6.overdose


7.alcohol

Behavior

The manner in which a person acts

Behavioral Emergencies

When a person exhibits abnormal behavior that is unacceptable or intolerable to the patient or society

Addictive disorder

Characterized by a chronic use of an agent and resulting in a development of tolerance , psychical dependence, and drug seeking behavior.

Psychological/ psychiatric disorders

Anxiety disorder

A blanket term covering several different forms of abnormal, pathological anxieties , fears and phobias.

Psychological/ psychiatric disorders

Autism disorder

Characterized by impaired social interaction and communication and by restricted and repetitive behavior .

Dissociative Disorder

Conditions that involve disruptions or breakdowns of memory , awareness, identity and or perception.

Psychological/ psychiatric disorders

Eating Disorder

A compulsion to eat , avoid eating , which negatively affects a person's physical and mental health

Psychological/ psychiatric disorders

Mood Disorder

Where a disturbance in a person's emotional mood is hypothesized to be the main underlying feature

Psychological/ psychiatric disorders

Learning Disorder

Characterized by group of disorders which affect a broad range academic and functional skills including the ability to speak , listen , read,write, spell, reason and organize information.

Psychological/ psychiatric disorders

Personality disorders

Characterized by rigid and ongoing patterns of feeling, thinking, and behavior that deviates from the expectations of the culture of the individual who exhibits it.

Psychological/ psychiatric disorders

Schizophrenia Disorders:

Characterized as a loss contact with reality (psychosis),hallucinations ( usually hearing voices ), firmly held false beliefs ( delusions) , abnormal thinking , a restricted range of emotions ( flattened affect ) , diminished motivation, and disturbed work and social functioning.

Psychological/ psychiatric disorders

Positional Asphyxia

Death of a person due to the body position restricting breath

Aspiration

Obstruction in the throat which goes into the lungs

Asphyxia

Impaired or impeded breathing

Fetus

Developing baby

Uterus

Muscular organ where fetus develops

Cervix

Neck of the uterus

Vagina

Birth Canal

Placenta

Sac, which the attaches to wall of uterus & nourishes baby

Umbilical cord

1 inch wide , 22 inch long lifeline

Amniotic Sac

Bag of water ( 1-2 quarts) in which baby floats. ( Clear yellowish fluid , musty odor)


Labor

Entire process of delivery

Perineum

Area of the skin between the anus and the vagina

Crowning

Baby can be seen at the vaginal opening

Primagravida

Womans first pregnancy

Muscous Plug

Bloody show

Meconium staining

When fecal matter is present in the amniotic sac

9 months of pregnancy (3 trimesters ) 40 weeks

- First trimester ( 1-3 months) fetus is being formed



- Second Trimester ( 4-6 months ) uterus grows rapidly



- Third Trimester ( 7-9 months )


Baby gets into position

Stages of labor

1st stage : begin with contractions



2nd stage: Starts when baby enters the birth canal until it is born



3rd Stage : starts after the Baby is born until the placenta is delivered

About Labor

Average delivery last 16-20 hours


Average blood loss is 500cc of blood ( half a pint or 3 pads )

Placenta Previa

Placenta is attached unusually low in the Uterus . Near or over the cervix causing severe hemorrhage . Previa is usually painless

Planceta Abruptio

Abruption is generally secondary to trauma and is when the placenta separates from the uterus causing severe hemorrhage and Pain

Supine Hypotensive Syndrome

Occurs in late stages of pregnancy when the fetus is lying on the inferior Vena cava , decreasing the return of blood to the heart of the mother.



Tx:


ABC's, high flow O2 , lie on left lateral side and transport

Pre- Eclampsia

pregnancy induced hypertension



Signs/ symptoms: headaches,edema in the hands and feet , anxiety, patient is seeing spots



Tx: ABCs , hi flow O2 , lie in left lateral side and transport

Eclampsia

Seizures

Ob and another term for S......

Ectopic Pregnancy

Fetus develops outside the uterus , usually in the fallopian tube.

Delivery Emergency

If a women's contractions are 2 minutes apart & or you see crowning , stay & play , call Als



- first clamp the umbilical cord 8 to 10 inches away from baby , 2nd clamp is 3 closer

OB

Breech Birth

Butt of baby delivers first ( most common delivery emergency)

Limb Presentation

Leg or arm of baby come out first



Tx :


ABCs , high flow O2, trendelenburg position and place moist dressings on the limb.

Prolapsed Cord

Umbilical cord is coming out first



Tx


Abcs high flow O2 , gently push babies face away from the cord.

Nuchal Cord

Umbilical cord is around the baby's neck

Premature :

Baby is under 5.5 pounds or less than 8 months gestation ( no vernix caseosa, no white coating )

Fetal Demise

Baby is malformed , started to putrify

Miscarriage

Natural Abortion

APGAR

Appearance



Pulse: if pulse in less than 60 bpm , CPR must be performed



Grimace : baby crying , eyes scrunched shut



Activity



Respiration: 25 to 50 respiration per min



APGAR should be done 1 minute after birth and 5 minutes after birth




Pediatrics

- difference between peds and adults


•Larger tongue in proportion to body ( opal is inserted with natural curvature to the mouth )


• Trachea is narrower ( no rings )


•anterior fontanel closes between 12 to 18 months


• Ribs more pliable


• mouth / nose are smaller


• Belly Breathers

Signs of early Respiratory Distress

1. Flared Nostrils


2. Supraclavicular retraction


3. Stridor


4.wheezing , rales


5.Neck muscle retractions


6.seesaw respiration


7.grunting


8.use of accessory muscle


Decompensated Respiratory failure

1. Respiratory rate over 60 reps per minute.



2.cyanosis



3. Poor peripheral perfusion



4. Alter mental Status



5. Head bobbing .



Tx: BVM with O2



The primary goal to treating any peds is the quick recognition of respiratory problems


CROUP

Infection of upper airway , usually viral, slow onset, low grade fever, common between the ages of 1- 3 years , child is hoarse , cough with seal like bark , stridor upon inhalation



Tx : ABCs , humidified O2 , transport in a position of comfort.

Epiglottis:



highly contagious, usually a bacterial infection which swells the epiglottis, pain on swallowing , drooling, high grade fever , chin juts out, mouth breathing. Tx: ABCs , high flow O2 , transport in a position of comfort

Febrile seizures

Seizures occurring from high fever in children 6months to 6 years of age ( lasts for less than 15 minutes )



Tx: ABCs high flow O2 , rapid transport

Meningitis

Infection of the lining of the brain and spinal cord (miningis ) could be bacterial, viral , fungi and parasite



S&S :


Recent ear infection , high fever, AmS , lethargy, headache , loss of appetite, bulging fontanel , stiff neck



Tx : Abcs , O2 , rapid transport

Do and donts of peds

1.)No blood pressure on a child under 3 years of age



2.)do not exclude the children in conversations



3.) Introducte yourself to the child



4.) Kneel down to their level



5.) Explain what your equipment does



6.) Let them bring a toy with them



7.) Never lie to the child



8.) Smile

Dehydration

1.fluid loss is greater than fluid intake



2.sunken fontanel



3.sunken eyes



4. Dry , cracked lips



5.sleepy , irritable



6. loose skin ( Turgor )



Tx: ABCs , O2 , rapid transport

Ambulance Operations

There are 3 unbreakable laws



1. Ambulance cannot disregard the VTL without due regard



2. An ambulance cannot pass a school bus with flashing lights



3.Dont go around a railroad gate



Always park upwind & uphill

MCI

- first ambulance on scene is in charge


- drive becomes transportation officer


- Emt become Triage Officer



Tagged System


• Red: Breathing , bleeding ( circulation), Open head Trauma



• Yellow : fractures , burns , Ams



• Green 1 fracture , minor wounds , walk



• Black : no pulse , no breathing

Gaining Access

Complex Access : use of tools to get to the patient



Simple Access : try doors and windows first



Disentanglement

Removal car ways from the patient



Approach a helicopter from 3 to 9 Oclock in front of the pilot



A helicopter needs a landing zone of 100feet ×100 feet