EMTResource.com » » EMTResource.com http://www.emtresource.com Emergency Medical Technician Tue, 03 Feb 2015 01:23:20 +0000 en-US hourly 1 http://wordpress.org/?v=4.1.1 Police save OD victim with Narcan http://www.emtresource.com/blog/news/police-save-od-victim-with-narcan/ http://www.emtresource.com/blog/news/police-save-od-victim-with-narcan/#respond Wed, 14 May 2014 15:38:59 +0000 http://www.emtresource.com/?p=374 GLOUCESTER, Massachusetts — Police responded to a medical emergency for a 26-year-old male who was unconscious and turning blue. The officers found the man by the commuter rail tracks off Whittemore Street with labored breathing and a fresh needle mark on his arm. The patient’s girlfriend was also on scene and told the officers he had just used heroin. At that time, the police administered one round of intranasal Narcan. The ambulance crew then arrived on scene and administered a second dose, which brought the man back to consciousness. The patient was then transported to Addison Gilbert Hospital.

In 2011, Gloucester became the first city in the state to have both police and firefighters carry Narcan. Other cities within the state, such as Amesbury, have started to adopt this practice and recently announced that Amesbury Police Department will start carrying narcan as well. [Read the full story…]

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Imposter responds to 9-1-1 call over the radio http://www.emtresource.com/blog/news/imposter-responds-to-9-1-1-call-over-the-radio/ http://www.emtresource.com/blog/news/imposter-responds-to-9-1-1-call-over-the-radio/#respond Sat, 10 May 2014 20:44:30 +0000 http://www.emtresource.com/?p=370 WILKES-BARRE, Pennsylvania — A 9-1-1 call came in for an elderly woman with lower back pain. The Wayne County Communications Center received a quick response of “Waymart 1″ over the radio. Unfortunately for the patient, the person who responded on the radio was an imposter and the 78-year-old woman waited over an hour for assistance before the real Waymart Ambulance crew responded.

In response to the incident, Waymart will have a dozen radios programmed with identifiers so communication center dispatchers know the radio communication is authentic. Waymart is also conducting an investigation to see if it was one of their employees or possibly a disgruntled applicant who was rejected. [Read the full story…]

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Amesbury police will start carrying Narcan http://www.emtresource.com/blog/news/amesbury-police-will-start-carrying-narcan/ http://www.emtresource.com/blog/news/amesbury-police-will-start-carrying-narcan/#respond Wed, 07 May 2014 15:39:11 +0000 http://www.emtresource.com/?p=365 AMESBURY, Massachusetts — The local police department announced they will begin the process to start carrying Narcan (naloxone) in their police cruisers.

The decision is due to the drastic increase in heroin overdoses within the city. In addition, there was a recent change in the Department of Health’s regulations, which encourages all first responders to have access to the potentially life-saving medication. Gov. Deval Patrick recently declared a “heroin emergency” within the state as well.

The police department is working closely with Amesbury EMT’s who are already carrying Narcan on their units. The project is overseen by the Amesbury Fire Department, which is the lead EMS agency for the city. According to Amesbury Fire Department Deputy Chief David Mather, the police officers will be required to follow the same Advanced Life Support (ALS) guidelines as EMS personnel.

The use of Narcan by first responders is becoming more widespread. In October 2013, Jefferson County announced its BLS units may start carrying Narcan as well. [Read the full story…]

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Banshee: Changing the sound of emergency response http://www.emtresource.com/blog/news/banshee-changing-the-sound-of-emergency-response/ http://www.emtresource.com/blog/news/banshee-changing-the-sound-of-emergency-response/#respond Wed, 30 Apr 2014 21:24:01 +0000 http://www.emtresource.com/?p=344 Code 3, Inc. introduces the Banshee — a revolutionary new amplifier system that significantly changes how warning sounds are utilized in emergency response. The Banshee amplifier system offers a selection of tones, features, and options that have never been available in one siren amp system before. Best of all, the Banshee can work with virtually any siren system already on the market and can be retrofitted to any emergency vehicle already on the road.

Benefits

  • The only complete siren amplifier system with dual tone capability, low frequency, electronic air horn, plus additional built in specialty tones all in one box — that provides phenomenal audio impact especially at intersections and when traveling through high ambient noise conditions.
  • Unique tones or tone combinations — (3) low frequency tones and special tones such as Command Alert and Air Horn, can be activated while your primary siren tone is running to really grab a driver’s attention.
  • Works with one set of standard size speakers — no need to install special large speakers — saving you a tremendous amount of time on installation and space where the speakers are mounted.

For more information, visit code3pse.com.

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State Reciprocity http://www.emtresource.com/nremt/state-reciprocity/ http://www.emtresource.com/nremt/state-reciprocity/#comments Mon, 28 Apr 2014 03:56:10 +0000 http://www.emtresource.com/?p=313 The table below shows the NREMT reciprocity for each state by level of certification.

checkmark National Registry certification is required for state licensure.

EMR EMT I99 AEMT Paramedic
Alabama checkmark checkmark checkmark checkmark
Alaska checkmark
Arizona checkmark checkmark checkmark
Arkansas checkmark checkmark checkmark
California checkmark checkmark checkmark
Colorado checkmark checkmark checkmark checkmark
Connecticut checkmark
Delaware checkmark checkmark
Florida checkmark checkmark
Georgia checkmark checkmark checkmark
Hawaii checkmark checkmark
Idaho checkmark checkmark checkmark checkmark
Illinois
Indiana checkmark checkmark
Iowa checkmark checkmark checkmark checkmark
Kansas checkmark checkmark checkmark checkmark
Kentucky checkmark checkmark checkmark checkmark
Louisiana checkmark checkmark checkmark
Maine checkmark checkmark checkmark checkmark checkmark
Maryland checkmark checkmark checkmark checkmark
Massachusetts checkmark checkmark checkmark
Michigan checkmark checkmark checkmark checkmark checkmark
Minnesota checkmark checkmark checkmark
Mississippi checkmark checkmark checkmark
Missouri checkmark checkmark checkmark
EMR EMT I99 AEMT Paramedic
Montana checkmark checkmark checkmark checkmark
Nebraska checkmark checkmark checkmark checkmark
Nevada checkmark checkmark checkmark checkmark
New Hampshire checkmark checkmark checkmark checkmark
New Jersey checkmark
New Mexico checkmark checkmark checkmark checkmark
New York
North Carolina
North Dakota checkmark checkmark checkmark
Ohio checkmark checkmark checkmark checkmark
Oklahoma checkmark checkmark checkmark checkmark
Oregon checkmark checkmark checkmark
Pennsylvania checkmark checkmark checkmark checkmark
Rhode Island checkmark checkmark
South Carolina checkmark checkmark checkmark
South Dakota checkmark checkmark checkmark
Tennessee checkmark checkmark checkmark
Texas checkmark checkmark checkmark checkmark
Utah checkmark checkmark
Vermont checkmark checkmark checkmark checkmark
Virginia checkmark checkmark checkmark checkmark checkmark
Washington checkmark checkmark checkmark checkmark
West Virginia checkmark checkmark
Wisconsin checkmark checkmark checkmark checkmark
Wyoming
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Medical Abbreviations http://www.emtresource.com/resources/medical-abbreviations/ http://www.emtresource.com/resources/medical-abbreviations/#respond Mon, 28 Apr 2014 03:52:33 +0000 http://www.emtresource.com/?p=311

The table below shows the most common medical abbreviations that are used for documentation.

A / B / C / D / E / F / G / H / I / J / K / L / M / N / O / P / Q / R / S / T / U / V / W / X / Y / Z

Abbreviation Meaning
A assessment
a before
A/O alert and oriented
A-fib; a-fib atrial fibrillation
A-flutter; a-flutter atrial flutter
A-line arterial line
A-Tach atrial tachycardia
A-V arteriovenous
AAA abdominal aortic aneurysm
AAROM active assistive range of motion
ABC airway, breathing and circulation
Abd; abd abdomen, abdominal
ABI acquired brain injury
ABG arterial blood gas
ac before meals
AC joint acromioclavicular joint
ACL anterior cruciate ligament
ACTH adrenocorticotropic hormone
Add; add adduction
ADL activities of daily living
ad lib at discretion
adm admission, admitted
AE above elbow
AFO ankle foot orthosis
AIDS acquired immune deficiency syndrome
AIIS anterior inferior iliac spine
AJ ankle jerk
AK above knee
AKA above knee amputation
ALOC altered level of consciousness
ALS advanced life support
ALS amyotrophic lateral sclerosis
AMA against medical advice
amb ambulate, ambulated or ambulating
AMI acute myocardial infarction
amp ampule
AMS altered mental status
amt amount
ANS autonomic nervous system
ant anterior
AP anterior-posterior
APAP Tylenol
APGAR appearance, pulse, grimace, activity and respiration
appx approximate
ARDS adult respiratory distress syndrome
ARF acute renal failure
AROM active range of motion
As Asian
ASA aspirin
ASAP; asap as soon as possible
ASCVD arteriosclerotic cardiovascular disease
ASHD arteriosclerotic heart disease
ASIS anterior superior iliac spine
assist. assistance; assistive
ausc auscultation
AVM arteriovenous malformation
AVPU see AVPU
axill.temp axillary temperature
BAC blood alcohol content
BC; BCP birth control, birth control pills
BBB bundle branch block
BE below elbow
bicarb bicarbonate, NaCO3
BID; b.i.d. twice a day
Bilat; BL bilateral
BK below knee
BKA below knee amputation
Blk Black (African-American)
BM bowel movement
BOS base of support
BP; B/P blood pressure
bpm beats per minute
BR bedrest
BRP bathroom privileges
BS; b.s. breath/bowel sounds
BSS balanced salt solution
B/S bedside
B.T. bowel tones
BUN blood urea nitrogen
BVM bag valve mask
C centigrade
c with
C&S culture and sensitivity
CA cancer, carcinoma
ca calcium
CABG coronary artery bypass graft
CAD coronary artery disease
cal calorie
CAOx3 conscious, alert and oriented to person, place and time
CAOx4 conscious, alert and oriented to person, place, time and event
CAT computerized axial tomography
CBC complete blood count
CC; C/C chief complaint
cc cubic centimeter(s)
CF cystic fibrosis
CHF congestive heart failure
CID cervical immobilizations device
cm centimeter(s)
CMS circulation, motor and sensation
CMV cytomegalovirus
CNS central nervous system
CO cardiac output
CO carbon monoxide
CO2 carbon dioxide
C/O; c/o complaint of
conx conscious
COPD chronic obstructive pulmonary disease
CP cerebral palsy, chest pain
CPAP continuous positive airway pressure
CPR cardiopulmonary resuscitation
CSF cerebral spinal fluid
CV cardiovascular
CVA cerebrovascular accident
CWI crutch walking instructions
Cx chest
CXR chest x-ray
Cysto cystoscopic examination
D5W 5% dextrose in water
D50 50% dextrose solution
DC; D/C; dc discontinue, discharged
dept. department
DIP distal interphalangeal
DJD degenerative joint disease
DM diabetes mellitus
DNAR do not attempt resuscitation
DNI do not intubate
DNR do not resuscitate
DO doctor of osteopathy
d/o days old
DOA dead arrival
DOB date of birth
DOE dyspnea on exertion
DT delirium tremor
DTR deep tendon reflex
DVT deep vein thrombosis
Dx diagnosis
dz disease
ea each
ECF extended care facility
ECG; EKG electrocardiogram
ED emergency department
EEG electroencephalogram
EENT eyes, ears, nose and throat
e.g. for example
EPI epinephrine
ER emergency room
ET endotracheal tube
et and
etc et cetera
EOTH ethanol (alcohol)
eval. evaluation
ext. extension
F Fahrenheit
f female
FB foreign body
FBAO foreign body airway obstruction
FBS fasting blood sugar
FD fire department
FEV forced expiratory volume
FH family history
flex flexion
FPD fire protection district
FRom full range of motion
ft. foot, feet
FUO fever of unknown origin
FVR forced vital capacity
FWB full weight bearing
fx fracture
g; gm gram(s)
GB gallbladder
GCS Glasgow Coma Scale
GI gastrointestinal
gr grain(s)
GSW gunshot wound
gtt drops
GU genitourinary
GYN gynecology
h; hr hour
H&H; H/H hematocrit and hemoglobin
H&P history and physical
H2O water
HA; H/A headache
Hb; hgb hemoglobin
Hct hematocrit
HEENT head, eyes, ears, nose and throat
HEP home exercise program
Hg mercury
Hisp Hispanic
HIV human immunodeficiency virus
h/o history of
HOB head of bed
HR heart rate
hs at bedtime
ht. height
Htn; HTN hypertension
Hx history
I&O intake and output
IC incident commander
ICP intracranial pressure
ICS incident command structure
CICU intensive car unit
IDDM insulin dependent diabetes mellitus
i.e. that is
IM intramuscular
imp. impression
in. inch(es)
indep independent
inf inferior
IO intraosseous
IRDS infant respiratory distress syndrome
irreg irregular
IS incentive spirometry
IV intravenous
J joules
JVD jugular venous distension
K potassium
KAFO knee ankle foot orthosis
kcal kilocalorie(s)
kg kilogram(s)
KJ knee jerk
KUB kidney, ureter and bladder
KVO keep vein open
L; l liter(s)
L; lt left
LAC laceration
Lat lateral
lb; # pound(s)
LBB long back board
LBBB left bundle branch block
LBP lower back pain
LE lower extremity
LLL lower lobe of lung
LLQ left lower quadrant
LMN lower motor neuron
LMP last menstrual period
LOC loss/level of consciousness
LOS length of stay
LP lumbar puncture
lpm; l/m liters per minute
LPN licensed practical nurse
L/S lung sounds
LUL left upper lobe of lung
LUQ left upper quadrant
m male, meter(s)
MAE moves all extremities
MAP mean arterial pressure
MAST military anti-shock trousers
max maximum
mcg microgram(s)
MD medical doctor
MED minimal erythemal dose
mEq milliequivalents
meds medications
mg milligram(s)
mgtt millidrops; microdrops
MI myocardial infarction
MICU mobile intensive care unit
min minimal erythemal dose
min. minute(s)
ml milliliter(s)
mm millimeter(s)
MMT manual muscle test
mo; m/o month, months old
mod moderate
MOI mechanism of injury
MP; MEP metacarpophalangeal
MS multiple sclerosis, morphine sulfate
mv millivolt(s)
MVA motor vehicle accident
Na sodium
N/A not applicable
NaCL sodium chloride
NaCO3 sodium bicarbonate
nc nasal cannula
NDT neurodevelopmental treatment
neg. negative
NG; ng nasogastric
N.H. nursing home
NIDDM non-insulin dependent diabetes mellitus
Nitro; NTG nitroglycerin
nn nerve
noc night, at night
NPA nasopharyngeal airway
NPH neural protamine Hagedorn
NPO nothing by mouth
NRB non-rebreather mask
NS normal saline
NSR normal sinus rhythm
NVBL neurovascular bilateral
n/v nausea/vomiting
n/v/d nausea/vomiting/diarrhea
NWB non-weight bearing
O: objective
O2 oxygen
OA osteoarthritis
OB obstetrics
OBS organic brain syndrome
OD overdose, once daily
OOB out of bed
O.P. out patient
OPA oropharyngeal airway
OPQRST see OPQRST
OR operating room
ORIF open reduction and internal fixation
OT occupational therapist/therapy
OTC over-the-counter
oz. ounce(s)
P pulse, poor
P: plan
p post, after
P.A. physician’s assistant
PA posterior/anterior
PAC premature atrial contraction
para paraplegia
PASG pneumatic anti-shock garment
PAT paroxysmal atrial tachycardia
pc after meals
PCL posterior cruciate ligament
PD police department
PE physical exam, pulmonary embolism, pedal edema
PEA pulseless electrical activity
ped pediatric
PEEP positive and expiratory pressure
per through, by
PERL see PERL
P.H.; PHx past history
PID pelvic inflammatory disease
PIVR pulseless idioventricular rhythm
PJC premature junctional contraction
PMH past medical history
PMS see PMS
PNA pneumonia
PNI peripheral nerve injury
PNS peripheral nervous system
PO; p.o. by mouth
pos. positive and expiratory pressure
poss possible
post posterior
post.op after surgery
prn as needed
PROM positive range of motion
PSIS posterior superior iliac spine
PSVT paroxysmal supraventricular tachycardia
psych psychiatric
Pt; pt patient
PTOA; PTA prior to our arrival, prior to arrival
PVC premature ventricular contraction
PVD posterior vascular disease
q every
qd every day
qh every hour
qid four times a day
qn every night
qod every other day
qt. quart(s)
R right
RA rheumatoid arthritis
RBBB right bundle branch block
RBC red blood cell
re: regarding
resp respiration, respiratory
RESPS response
RFPD rural fire protection district
RLL right lower lobe of lung
RLQ right lower quadrant
RN registered nurse
R/O; r/o rule out
ROM range of motion
ROSC return of spontaneous circulation
RR respiratory rate
RROM resistive range of motion
RUL right upper lobe of lung
RUQ right upper quadrant
Rx prescription, intervention plan
s without
SACH solid ankle cushion level
SAMPLE see SAMPLE
sc; subQ subcutaneous
SCI spinal cord injury
SC joint sternoclavicular joint
sec. second(s)
SIDS sudden infant death syndrome
SL sublingual
SOB shortness of breath
S/P status post
S/S; s/s signs and symptoms
stat immediately
STD sexually transmitted disease
Sux succinylcholine
SVT supraventricular tachycardia
Sx symptoms
tab tablet
TB tuberculosis
TBI traumatic brain injury
tbsp tablespoon(s)
temp temperature
TIA transient ischemic attack
tid three times a day
TKA total knee arthroplasty
TKO to keep open
TPR temperature, pulse and respirations
trans transport
tsp teaspoon(s)
TUR transurethral resection
Tx traction, treatment
U/A upon arrival
UA urine analysis
UE upper extremity
unconx unconscious
URI upper respiratory infection
US ultrasound
UTI urinary tract infection
UV ultraviolet
V-fib; v-fib; VF ventricular fibrillation
V-tach; v-tach; VT ventricular tachycardia
Vec vecuronium
VD venereal disease
V/S; v.s. vital signs
WBC white blood cell
w/c wheelchair
w/d warm and dry
w/d/pink warm, dry and pink
Wht white, Caucasian
wk. week
WNL; wnl within normal limits
W/S watts per second
wt weight
yd yard(s)
Y/O; y.o. years old
yr year
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Tactical Operations Acronym http://www.emtresource.com/resources/hazmat/tactical-operations-acronym/ http://www.emtresource.com/resources/hazmat/tactical-operations-acronym/#respond Mon, 28 Apr 2014 03:49:24 +0000 http://www.emtresource.com/?p=307

The SINCIAPCPDDD acronym serves as a guideline for emergency personnel during hazmat tactical operations. The table below shows which tactics each hazmat response level is able to conduct. Most EMT’s are only trained at the level of First Responder Awareness (FRA) and therefore can only participate in the SIN portion of tactical operations.

Tactic FRA FRO IC Tech / Spec
S Safety checkmark checkmark checkmark checkmark
I Isolate and deny entry checkmark checkmark checkmark
N Notifications checkmark checkmark checkmark
C Command and management checkmark checkmark
I Identification and hazard assessment checkmark checkmark checkmark
A Action planning checkmark checkmark checkmark
P Protective equipment checkmark checkmark checkmark
C Containment and control checkmark checkmark checkmark
P Protective actions checkmark checkmark checkmark
D Decontamination and cleanup checkmark checkmark checkmark
D Disposal checkmark checkmark checkmark
D Documentation checkmark checkmark checkmark
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Congestive heart failure patient http://www.emtresource.com/blog/scenarios/congestive-heart-failure-patient/ http://www.emtresource.com/blog/scenarios/congestive-heart-failure-patient/#respond Mon, 28 Apr 2014 03:43:23 +0000 http://www.emtresource.com/?p=304 You are dispatched to a skilled nursing facility for a medical aid. You arrive on scene and find an 85 Y/O female lying in bed complaining of extreme shortness of breath, weakness and fatigue. You immediately notice the patient is tachypnic with accessory muscle usage. The facility staff tell you the patient has a history of CHF.

Vital Signs

  • Pulse: 128 bpm
  • Respirations: 30 per minute
  • Blood pressure: 188/102 mmHg
  • Eyes: PERL @ 3 mm
  • LOC: Alert
  • Lung sounds: Crackles/Rales bilaterally
  • Skin: Pale, cool and clammy

Quiz

Congestive heart failure (CHF) is indicative of which of the following:

Left-sided heart failure.

Right-sided heart failure.

Bicuspid valve failure.

Tricuspid valve failure.

Discussion

Use the comment system below to explain how you would handle this scenario.

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Traction Splints http://www.emtresource.com/resources/guides/traction-splints/ http://www.emtresource.com/resources/guides/traction-splints/#respond Mon, 28 Apr 2014 03:40:50 +0000 http://www.emtresource.com/?p=299

Femur fractures can be successfully immobilized using a traction splint. A femur fracture is complicated due to the amount of bleeding that can occur from the broken bone. In addition, the thigh muscles will contract and pull the fractured ends so they overlap or pass each other. This increases the size of the thigh, which leads to more blood loss, pain and internal soft tissue injury.

Traction splints provide a counter-pull to reduce the size of the thigh and realign the fractured femur. This helps reduce blood loss, alleviate pain and minimize further injury. The most common traction splints you’ll see in the field are the Hare (bipolar) and the Sager (unipolar).

Hare Traction Splint (Bipolar Traction Splint)

hare-traction-splint

The Hare is a bipolar traction splint, which means it uses two external poles to support the injured leg.

Indications

  • Suspected femur fracture

Contraindications

  • The injury is within 1-2″ of the knee or ankle
  • The knee is injured
  • The hip is injured
  • The pelvis is injured
  • There’s a partial amputation or avulsion with bone separation and the distal limb is connected by only marginal tissue

How to Apply

  1. Assess distal PMS.
  2. Stabilize the injured leg by applying manual traction.
  3. Measure the splint on the uninjured leg and adjust the length accordingly.
  4. Position the splint under the injured leg until the ischial pad rests against the bony prominence of the buttocks. Once the splint is in position, raise the heel stand.
  5. Attach the ischial strap over the groin and thigh.
  6. Secure the ankle strap with the patient’s foot in an upright position.
  7. Attach the “S” hook to the “D” ring and apply mechanical traction; continue until it’s equal with the manual traction and the pain and muscle spasm are reduced.
  8. Attach the leg support straps.
  9. Recheck the ischial strap and ankle hitch to ensure both are securely fastened.
  10. Reassess distal PMS.
For unresponsive patients, apply mechanical traction until the injured leg is the same length as the uninjured leg.

Sager Traction Splint (Unipolar Traction Splint)

sager-traction-splint

The Sager is a unipolar traction splint, which means it uses one external pole to support the injured leg.

Indications

  • Suspected femur fracture

Contraindications

  • The injury is within 1-2″ of the knee or ankle
  • The knee is injured
  • The hip is injured
  • The pelvis is injured
  • There’s a partial amputation or avulsion with bone separation and the distal limb is connected by only marginal tissue

How to Apply

  1. Assess distal PMS.
  2. Position the splint on the inside of the injured leg and adjust the length so it extends approximately 4″ beyond the heel.
  3. Attach the strap to the thigh.
  4. Secure the ankle strap with the patient’s foot in an upright position and attach it to the splint.
  5. Apply traction by extending the splint to 10% of the patient’s body weight.
  6. Attach the leg support straps.
  7. Recheck the ischial strap and ankle hitch to ensure both are securely fastened.
  8. Reassess distal PMS.
Remember, you don't have to be certain the patient has a femur fracture. If the thigh is painful, swollen or deformed you should assume it's fractured and splint accordingly.
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Hypothermic patient http://www.emtresource.com/blog/scenarios/hypothermic-patient/ http://www.emtresource.com/blog/scenarios/hypothermic-patient/#comments Mon, 28 Apr 2014 03:35:10 +0000 http://www.emtresource.com/?p=297 You are dispatched to a residential neighborhood for a patient who fell in a snowbank roughly two hours ago. You arrive on scene and find a 65 Y/O female lying supine in a snowbank on the sidewalk. You are unable to detect a pulse or respirations, but the patient moves to verbal stimuli.

Vital Signs

  • Pulse: Undetectable
  • Respirations: Undetectable
  • Blood pressure: 94/58 mmHg
  • Eyes: 6 mm
  • LOC: Verbal stimuli
  • Lung sounds: Clear bilaterally
  • Skin: Pale, cold and waxy

Quiz

If you cannot detect a pulse or respirations for a hypothermic patient, but they are able to move, you should:

Begin CPR immediately.

Begin CPR and apply the AED immediately.

Begin positive pressure ventilation with a BVM @ 15 lpm.

Apply the AED to analyze the patient’s rhythm.

Discussion

Use the comment system below to explain how you would handle this scenario.

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