Medication Administration Flashcards

1
Q

Generic Name: The “official” name assigned by the

A

United States Adopted Names Council

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2
Q

Medications may be classified in several ways including:

A

Chemical composition
Clinical actions
Therapeutic effect

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3
Q

What Are The Systems of Medication Distribution

A

Unit-dose system
Automated medication-dispensing system
Bar code medication administration
Self-administered medication system

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4
Q

Which of the following systems of medication administration involves the pharmacy in prepackaging and pre-labeling an individual patient dose?

A

Unit-dose system

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5
Q

What are the Medication Order Components?

A

Patient’s name
Order date
Medication name
Medication dosage
Route of administration
Time of administration
Drug indication/reason for administration(mainly for PRN orders)
Prescriber’s signature

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6
Q

What Are The Types of Medication Orders in an Acute Care Setting?

A

Routine or standing orders
PRN orders (Latin: pro re nata)
Standing protocols
One-time orders
STAT orders (Latin: statim)
Verbal orders
for emergency situations
Prescriptions
for medications to be taken outside of the hospital

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7
Q

STANDING PROTOCOL EXAMPLE

A

A Standing protocol might be written for a nurse working on a cardiac unit to administer a certain heart medication if the patient develops an irregular rhythm.

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8
Q

What is Pharmacokinetics and What are the 4 actions of it?

A

The process by which a drug moves through the body and is eventually eliminated.

ADME
Absorption: Process by which medication enters the bloodstream
Distribution: Process by which medication is delivered to the target cells and tissues
Metabolism: Process by which drug is chemically changed in the body
Excretion: Process of removing the drug or its metabolites from the body

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9
Q

Pharmacodynamics

A

The physiologic and biochemical effects of a drug on the body.
Includes:

Therapeutic effects: Which are the Desired and intentional effects

Adverse effects:
-Side effects: Minor adverse effects
-Tolerance: Decreased response to medication over time
-Allergic reactions: Immunologic response to a medication
-Toxicity: Overdose or buildup of medication in the blood due to
impaired metabolism or excretion

Interactions: Occurs when a medication’s effects are altered by the concurrent presence of other medications or food

Compatibility: Occurs when drugs are mixed together and one or both are rendered chemically inactive or if a precipitate forms

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10
Q

The nurse has administered an antihypertensive medication to a patient and found the patient’s blood pressure to be within normal limits 2 hours later. This pharmacodynamic effect would be known as:

A

A Therapeutic Effect

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11
Q

What Are The “Six Rights” of Medication Administration

A

PMDRTD “Don’t Rock The Dog Pretty Mama”

DOSE
ROUTE
TIME
DOCUMENTATION
PATIENT
MEDICATION

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12
Q

What Are The Most Common Preventable Medication Administration Errors?

A

Medication is given in wrong dose or at wrong time

Documentation inaccurate or not performed in timely manner

Medication administered according to order, but order inappropriate for patient

IV medication given at the wrong rate

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13
Q

Patient should wear a Medic-Alert bracelet if taking…

A

anticoagulants, oral hypoglycemic agents, insulin, anticonvulsants or has a severe drug allergy

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14
Q

What Information collected during initial assessment?

A

Medication history
Allergies and intolerances
Medical history
Pregnancy and lactation status

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15
Q

What Info is collected right before medication administration?

A

Medication record
Diet and fluid orders
Laboratory values
Physical assessment

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16
Q

Standing protocol

A

prewritten medication order with specific instructions to administer a medication to a patient in clearly defined circumstances; for example diabetic patient – “If blood glucose level <70, give Dextrose 50%: 50 mL (25 gm) IV push and repeat fingerstick in 15 minutes”

17
Q

Parenteral

A

intradermal, subcutaneous, intramuscular, intravenous

18
Q

Enteral administration

A

any route of drug administration that involves absorption of the drug through the gastrointestinal tract. (esophagus, stomach, and intestines)

19
Q

Techniques of Enteral Administration (NGT, PEG)

A

Supplies needed:
60 ml syringe, pill crusher, water, clean gloves

Use liquid meds when possible

Flush tube with 30 ml of water before and after

Empty stomach needed? Turn feeding off for 30 min before and after

Head of bed should remain elevated for at least 30 min after medication

20
Q

Techniques of Parenteral Administration (Intravenous)

A

Intermittent infusion (IV drip)
Continuous infusion
Epidural analgesia
Patient-controlled analgesia (PCA)
Intravenous push (bolus) – Nursing students SHOULD NOT administer!
IV has quickest rate of absorption compared to IM, SQ and PO

21
Q

Intradermal Injections

A

Needle size/length: 26-28 gauge; ½ inch

Angle of insertion is 5 to 15 deg.

Syringe size – tuberculin, 1ml

A small bleb (wheal) will form as you inject

22
Q

Subcutaneous Injections

A

Small volumes (0.5-1 ml)

Use 1-3 ml syringe and needle (25-27 gauge; ½ to 1 inch)
Most common 25 gauge, 5/8 inch

Medication placed in fatty tissue under the dermis

Absorption slower than IM injections

Insulin syringes come with small needles attached and have unit markings

Patient’s body size indicates depth of the subcutaneous layer

Choose needle length and angle of insertion (45-90 deg) based on patient size and estimated amount of subcutaneous tissue

23
Q

Intramuscular Injections

A

Used for vaccines, antibiotics, antiemetics, opiates

Z-track method - Used for medication found to be irritating to dermis or subcutaneous tissues

Needles – 1 to 2 inches in length; 21-25 gauge
If very obese: 2 inches
If very thin: ½ to 1 inch

Amounts:
Adults: 2 to 5 mL can be absorbed
Children/older adults/thin patients: up to 2 ml
Small children/older infants: up to 1 ml
Smaller infants: up to 0.5 ml