Pediatric Drug Administration

Document Sample
Pediatric Drug Administration
By Kevin T. Collopy, BA,

ce article CCEMT-P, NREMT-P,

WEMT, & Greg Friese,

MS, NREMT-P









Greg Friese is a featured

speaker at EMS EXPO 2010,

Sept. 27–Oct. 1 at the Dallas









Photo by Eddie Sperling

Convention Center, Dallas, TX.

For more information, visit A primer on pediatric phamacological considerations

www.emsexpo2010.com.



CONTINUING As you prepare to leave a community event where you’ve been on standby, a mother hurries

EDUCATION FROM EMS

This CE activity to your tent with her 3-year-old daughter, who has a wheezy cry and is drooling. The mother

is approved by

EMS Magazine, tells you the child is allergic to bee stings and was just stung by three bees. Your partner

an organization

accredited by the alerts dispatch for a paramedic squad while you do a quick exam and find three sting sites on

Continuing Education

Coordinating Board for

the girl’s right arm, hives rapidly spreading across her chest and face, and audible wheezes.

Emergency Medical

Services (CECBEMS),

Oxygen is applied and, as you reach for an epinephrine auto-injector, your partner asks if

for 1.5 CEUs. you need the pediatric auto-injector. Looking at the adult auto-injector in your hand, you

OBJECTIVES

• Review anatomical remember that young children like your patient need special doses of medication.

and physiological

features of

pediatric patients Why does a child need a special dose? from adults’. One of the easiest ways to oxygen, nutrients and other chemicals

that influence drug How is their body different from an understand why drugs may have different into the brain. Because our brain cells

administration

• Discuss pediatric adult’s? Are there other types of patients actions and different effects in children is are very sensitive to harmful substances

pain management who should also be given special consid- to take a system-by-system approach to and cannot be reproduced, it is important

eration? This article discusses special pediatric anatomy. to keep harmful chemicals out of brain

considerations for pediatric drug admin- matter. As a result, the epithelial cells, or

istration. NEUROLOGIC SYSTEM outermost brain cells that connect with

Children’s bodies are a world apart An incredible amount of blood circulates circulating blood at the capillary level,



52 JUNE 2010 EMS www.emsresponder.com

There are two ways to take the CE test that accompanies this article and receive 1.5 hours of CE credit

accredited by CECBEMS: 1. Go online to EMSResponder.com/cetest to download a PDF of the test. The

PDF has instructions for completing the test. 2. Or go online to www.rapidce.com to take the test and ce article

immediately receive your CE credit. Questions? E-mail editor@emsresponder.com.





have grown very tightly together. This Peripheral vasoconstriction occurs earlier adult patient can handle the loss well.

layer of tightly packed epithelial cells, in pediatric patients and is less effective Tachycardia is a common but non-specific

which is called the blood-brain barrier, at increasing circulating blood volume. response to any increase in the child’s

prevents most proteins and polarized Tachycardia, or rapid pulse rate, needs to metabolic needs, including increased

molecules from entering the brain. While be recognized as a compensation mecha- oxygen demand, cardiac output or energy

lipid-soluble molecules can pass through nism. It is usually OK if it persists until for physical activity.1

the blood-brain barrier easily, most other the underlying problem can be corrected. Seek out the cause of any tachycardia

chemicals are kept out.1 Consider the following case: You’ve to determine what the child is compen-

The protective blood-brain barrier in been called to a country home nearly 25 sating for. A persistently bradycardic

adults is not well developed in children, minutes outside of your normal response heart rate is a serious finding in children

and is underdeveloped in premature district for a lethargic child. Upon arrival, and is most often triggered by hypox-

infants, as their bodies’ connective you find a listless 3-year-old male who is emia.1 Children also compensate with

tissues have not yet been strongly formed. pale and clammy, and pays no attention to tachypnea, or fast breathing.

While the blood-brain barrier normally you as you approach his bed. His mother EMS providers must understand that

keeps potentially harmful drugs and other

toxins from entering the brain, these

same toxins and drugs can easily enter a

tells you Mark has been vomiting and had

diarrhea for four days, and has not eaten

or kept water down since he got sick.

a child’s vital signs (see Table 1) are

quite different from the adult’s. Children


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