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right client
right medication
right dose
right route
right time of delivery
right documentation
what are the 6 rights of medication administration?
Verify the client’s identity using two client identifiers
what is RIGHT CLIENT?
Confirm the name and form of the medication is correct.
what is RIGHT MEDICATION?
Check the medication you have against the order in the medical record
what is RIGHT DOSE?
Confirm the route (IV, IM, SC, etc.).
what is RIGHT ROUTE OF ADMINISTRATION?
Confirm time drug is to be given and the last time the drug was administered
what is RIGHT TIME OF DELIVERY?
Document the time the drug was given and any pertinent remarks.
what is RIGHT DOCUMENTATION?
right to refuse
Client has the right to refuse the medication.
right assessment
Confirm that the medication is appropriate for the client’s condition.
right education
Provide adequate education addressing what medication the client is taking, expected benefits, and side effects.
right response/evaluation
Observe the client’s response to the drug.
check MAR or medication information device upon removal of drug from dispenser
check drug upon preparation
check drug prior to administration
what are some additional safety strategies for medication administration?
medication error
Any preventable event that may cause inappropriate medication use or jeopardize patient safety
assess pt condition
notify provider
when pt stable, file an incident report
report near misses and incidents that cause no harm
nursing steps for when a medication error occurs
reconcile medications
the formal process of comparing a patient's current medication regimen against new orders or transition points to prevent mistakes like omissions, duplications, or dangerous interactions
Medication Reconciliation
what needs to be performed anytime the care of the client is transferred from one health care professional to another?
generic name
the manufacturer who first develops the drug assigns the name, and it is then listed in the U.S. Pharmacopeia
trade/brand/proprietary name
This is the name under which a manufacturer markets the medication.
pharmacological classifications
Effect of medication on body system
Symptoms the medication relieves
Medication’s desired effect
Pharmacodynamics
the study of how a drug works, its relationship to drug concentrations, and how the body responds.
Peak plasma level
is when a drug is at its highest concentration, not necessarily at its most therapeutic level.
Trough serum levels
the lowest level of concentration of a medication that correlates to the rate of elimination.
Black Box Warning (BBW)
issued on medications that may produce lethal and iatrogenic results.
Serious Adverse Drug Event (ADE)
A life-threatening reaction that requires medical intervention to prevent death or permanent disability, or congenital anomaly.
Must be reported to the FDA to improve safety outcomes, revising drug labels and warnings, and, when needed, to withdraw drugs from the market.
anaphylaxis
a severe, life-threatening reaction resulting from histamine release producing dyspnea, hypotension, and tachycardia.
fatal drug reactions
anaphylaxis
stevens-johnsons syndrome(SJS)
Stevens-Johnson Syndrome (SJS)
potentially fatal drug reaction that develops 1-14 days following drug administration.
manifested by respiratory distress, fever, chills, a diffuse fine rash, and then blisters.
Allergic or hypersensitivity reaction
develops when the body perceives a foreign substance (medication) as an allergen, producing antibodies to counteract the allergen.
The adverse reaction produces histamine in response to tissue injury.
medication interactions
One medication modifies the action of another
medications tolerance
More medication is required to achieve the same therapeutic effect
medication dependence
Physical
Psychological
Pharmacokinetics
is the study of the absorption, metabolism, distribution, and excretion of drugs in the human body.
dissolution of a medication
is dependent upon its initial state and route of administration.
oral or enteral
what is the slowest medication administration route?
distribution
the process of drug delivery to the target organ or tissues that occurs before metabolism and excretion.
metabolism/biotransformation
the process of converting a medication to a form that is easily excreted from the body.
liver
Most drugs are metabolized by
mesenteric vein and portal vein into the liver
Oral medications pass from the small intestine to the hepatic circulation via the
first-pass effect
excretion
is the process of removing drugs from the body.
kidneys
the primary organ responsible for drug excretion.
drug toxicity
develops when the body is unable to metabolize and excrete a drug.
skin, lungs, exocrine glands, and intestines
excrete medications to a lesser extent.
Teratogenesis
drug known to cause fetal defects; Pregnancy risks
Standing orders or routine medication orders
PRN orders
Single (one-time) orders
STAT orders
Now orders
Prescriptions
Types of Medication Orders
STAT within 15-30min and Now within 60-90min
difference between STAT order and now order?
Client’s name
Date/time order written
Drug name (generic)
Dosage
Route of administration
Frequency
Indication for use
Provider’s signature
A complete medication order should contain the following information
Insulin, opiates, narcotics, intravenous heparin, and injectable potassium chloride
what are some high alert medications?
high alert medications
drugs that are associated with an increased risk of causing considerable client harm when they are administered in error.
double checks with two nurses
what strategy should be used when administering high alert drugs?
enteral
topical
parenteral
routes of drug administration
enteral
administered directly into the gastrointestinal (GI) tract
topical
applied directly to the skin, mucous membranes of the eyes, nose, respiratory tract, vagina, rectum, and urinary tract
parenteral
administered by injection using a needle and syringe or a catheter
Intradermal
Subcutaneous
Intramuscular
Intravenous
Intracardiac and intraarticular
drug Routes usually limited to physicians
other routes of drug administration
Epidural, intrathecal, intraosseous, intraperitoneal, intrapleural, and intraarterial
Time-critical medications
when administered either 30 minutes before or after the scheduled administration time can cause harm to client or substandard pharmacological effect.
Non-time critical medications
medications that can be administered between one and two hours early or late without causing harm or substandard pharmacological effects to the client.
insulin
hormone used to treat diabetes.
administered by injection because the GI tract breaks down and destroys an oral form.
100-unit
what syringe should be used for insulin injection?
Rapid-, short-, intermediate-, and long-acting
Insulin is classified by rate of action:
onset, peak, and duration
what should the nurse know for each of your patients’ ordered insulin doses.
rapid acting insulin
onset 15 minutes.
Peak 1-2 hours.
Make sure they eat within 15 minutes
short acting insulin
Onset 30-60 minutes.
Peak 2-5 hours.
Often used in sliding scale protocols.
intermediate acting insulin
Onset 1-2 hours.
Peak 4-8 hours.
White opaque or cloudy solution.
Can combine with regular insulin.
Confusion
Irritability
Tremor
Sweating
signs of hypoglycemia
glucagon
Treatment for hypoglycemia
Impaired Health Maintenance
Lack of Knowledge (Medication)
Nonadherence (Medication Regimen)
Adverse Medication Interaction
Complex Medication Regimen (Polypharmacy)
Nursing problems that may apply during medication administration
Intradermal
shallow medication delivery method administered directly into the dermis layer of the skin, positioned just beneath the epidermis
Inner foreman
Upper back
Hairless, lesion free
Intradermal location sites
1ml
Intradermal syringe size
25-27 gauge
Intradermal needle size
1/4-5/8
Intradermal needle length
0.01-0.1ml
Intradermal injection range
5-15*
Intradermal needle angle
*Bevel up
*Insert 1/8 below surface
*Cover with alcohol pad
*Do not massage or bandaid
*Read in 48-72 hours
Intradermal administration requirements
Subcutaneous injection
the injection is given in the fatty tissue, just under the skin.
*Outer posterior upper arm
*Abdomen (avoid 2 inch from
umbilicus)
*Anterior aspect of thigh
*Lower back
*Scapula
Subcutaneous injection site
Tb
whats a common type of Intradermal injection?
*TB syringe
for less than
1ml
*1ml-3ml
Subcutaneous syringe size
25-31g
Subcutaneous needle size
3/16-5/8
Subcutaneous needle length
0.3-1ml
NO MORE THAN 1.5ml
Subcutaneous injection amount
45-90*
Subcutaneous injection angle
*Rotate sites
*Discuss home disposal
*Do not aspirate with insulin
or lovenox
*Leave nitrous bubble in
lovenox
*Hold upside down to alter
dose
Subcutaneous administration requirements
Deltoid
Ventrogluteal
Vastus lateralis
Types of intramuscular injection
2 person confirmation
What is required PRIOR to giving a subcutaneous injection?
up to 2ml
Deltoid injection amount
Muscle of upper arm
Deltoid injection site
*Relax arm, place pinky on
acromion process (knobby
part)- injection is between 3-4
fingers
*3-5 cm below acromion
process
Deltoid injection strategy
1-5ml
(usually 3ml)
Deltoid syringe size
21-25 gauge
Deltoid needle size
Adult 1-1.5
Child 1/2-1
Deltoid needle length
Up to 2ml for adults
Deltoid injection amount
90
Deltoid injection angle
*Gate theory
*Always aspirate
*Keep alcohol pad close
*Have bandaid ready
Deltoid administration requirements
*R hand on L hip, pace palm on
greater trochanter
*Point thumb to groin
*Point index finger to anterior
superior iliac spine
*Extend middle finger along
iliac crest toward buttocks
*Injection site in triangle
Ventrogluteal injection strategy
1-5ml
Ventrogluteal syringe size
21-25g
18g viscus
Ventrogluteal needle size
1-1.5
Child 1/2-1
Ventrogluteal needle length