NUR 417 Exam 1 Blueprint Flashcards
Compare the physiological differences between the very young and the older child in regard to pharmacodynamics. (1 Question)
A) Infant versus older child
B) Pathophysiologic differences in infant
A) Infants - decreased gastric emptying, irregular gastric emptying, increased feedings and intestinal motility. Low albumin, limited binding of drugs. BB Barrier is not fully developed until 1 year. Immature liver and immature renal function.
Older Child - Gastric pH equal to adult at age 2-3. Plasma proteins adult level by 1. More effective skin and BB barrier. Decreased BMR after age 2, lowered effects of drugs. Adult renal function by age 2.
B. Infants - Greater total body water (80%). Greater body surface area.
Identify the variations in medication administration between infants/children and adults (1 Question)
A) Proper way to administer medication
B) Proper administration for age
A) Liquid meds - Suspensions must be shaken, elixirs do not. Do not use droppers, teaspoons, or paper cups as they are subject to errors. Crying child can easily aspirate on medications. Many pills can be crushed given in honey, applesauce, or ice cream (can’t be time release). Rectal administration necessary to control vomiting or when oral route contraindicated. Cut suppositories lengthwise when having to halve it.
B) Proper medication administration Infants - Vastus Lateralis for Intramuscular Injection. Grasps Lateralis and choose length half the distance between thumb and index finger (5/8 inch). Needle Gauge 25-27. Lessen pain by firmly but gently secure infants in position where they can relax the muscle being used. Clean site with alcohol, dry, and stretch skin taught. To minimize tissue displacement, shear, and discomfort insert needle at 90 degrees. Slightly withdraw plunger of syringe to check that it did not enter vein or artery. Inject medication slowly. resting palm firmly on leg to prevent disruption. Apply light pressure to area and cover with bandage. Comfort infants or toddlers after an injection (hold and rock them). Another preferred IM site is ventrogluteal, it is safe for children of all ages. It is free of major nerves and blood vessel. May administer subcutaneous or intradermal (ventral forearm, 10-15 degrees) injections to children.
Proper administration for older children and 18 months = deltoid, Subcutaneous, 45 degrees. Distract child.
Oral route preferred for children whenever possible. Be honest and tell them you are giving medication. Never pretend it is candy.
Ear, eye, nose medications to children similar to adults. Major difficulty is getting child’s cooperation. When administering child’s ear drops, to minimize discomfort, warms meds to room temp. Under 3, pull pinna down and straight back. Children older than 3, pinna pulled upward and back. Dropper through disposable ear speculum. Gentle massage of area anterior to ear to help drops enter ear canal. Optic medications - Child supine with head extended, ask him to look up, moist cotton ball wash eye from inner canthus to outer canthus in 1 stroke. Pull lower eyelid down, and rest other hand on child’s head. Apple to conjunctival sac rather than directly to eyeball. Nasal medications - hyperextend head over edge of pillow, remain this way for 1 minute after drops instilled.
Where do you insert liquid medicine in an infant or child’s mouth and why? Between the tongue and side of the child’s mouth.
Calculate safe dose of medication based on the child’s weight (2 Questions)
A. Correct dose for weight
B. Minimum and maximum dose per kg
C. Maximum dose per kg/day
Step 1: Convert weight from pounds to kilograms. If the weight is in kg then you do not have to
do this step.
Formula: Weight (pounds) x 1 kg/2.2 pounds
Step 2: Calculate the average (or safe) daily dosage range in mg/day for this patient.
Information is found in pediatric medication books available on pediatric units.
Formula (low range): weight (kg) x low range (mg/kg/day)
Formula (high range): weight (kg) x high l range (mg/kg/day)
Step 3: Calculate the dosage administered over 24 hours.
Formula: Dose ordered (mg/dose) x frequency (hrs/dose) x 1 day/24 hrs
Step 4: Compare ordered dose/day with dosage range to determine safe dose for patient.
Formula: Compare step 3 vs. step 2
Calculate rate of infusion (mL/hr) for IV bolus (1 Question)
Example: Medication comes in 20 mg/2 mL. Order is 15 mg. Recommend minimum dilution of 1 mg/2 mL. What would you set pump if administering over 15 minutes?
First determine total volume of fluid to be infused (ignore the info about what the medication coming in 20 mg/2 mL).
15 mg x 1 mg/2 mL = 30 mL.
Then, divide by 15 minutes and convert to hour.
30 mL/15 minutes x 60 minutes/1 hour = 120 mL/hr
Identify important components of medication safety education that the nurse would give to parents (1 Question)
Model safe use of medicines. Take medicines without children watching. Lock cabinets containing harmful substances or medicine (out of site, out of reach). Child resistant closures on cabinets. Be sure each adult knows who is giving medicine to child. Store in original containers. Discard unused medications. Use measuring devices intended for medicine, not household teaspoons. Do not call medicine candy.
Interpret the pediatric patient’s fall risk based on use of the Humpty Dumpty Scale (2 Questions)
A. Calculating score
Note: Total max score is 23, min score 7. Score of 7-11 is low risk of fall. Score of greater than 12 is high risk. Based on 7 items: age, gender, diagnosis, cognitive impairments, environmental factors, response to surgery/anesthesia, and medication usage.
Add up the scores for each category. For example case study #3 we did in class the fall risk score is: 2+2+1+1+2+3+1 = 12. For example case study #4 in class: 3+2+1+3+2+3+1 = 15
Using Humpty Dumpty Scale score to guide nursing care
A. Examine interventions to prevent falls in the pediatric population
Note: Total max score is 23, min score 7. Score of 7-11 is low risk of fall. Score of greater than 12 is high risk.
For Infants: Avoid walkers. Ensure furniture sturdy enough for child to pull self to standing position. Fence stairways at top and bottom. Dress in safe shoes.
For Children: Nonskid mats, rooms/passageways clear of toys or furniture, safety glass in doors/windows, gates on top and bottom of staircases, guardrails on upstairs windows, crib side rails to full height, restraints in high chairs/walkers, scattered rugs secured in place, patios in good repair.
night light, appropriate bed/crib for age and development, appropriate use of side rails, never turn back without a hand on the infant, keep the room clutter free, keep the bed free from choking hazards, educate parents/children on falls
Identify emergency equipment that should be maintained in the environment when a pediatric patient is in the hospital
Oxygen, appropriate alarm limits, code sheet, suction, appropriate size bag and mask
Analyze why infants and young children are more susceptible to unintentional ingestion
A. Physical development
B. Psychological development
C. Common items ingested
A. Physical development - They are closer to the ground. They absorb more through skin due to greater body surface area. Their sense of taste is not discriminating at this age.
B. Psychological development - They don’t know to move out of danger. They are curious (explore environment through oral experimentation), think magically, or have lack of understanding. They are developing autonomy and initiative which increase their curiosity and noncompliant behavior.
C. Common Items Ingested: Cosmetics and personal care products (deodorants, makeup, perfume, cologne, mouthwash), medications (acetaminophen, acetylsalicylic acid, ibuprofen, opioids), Household cleaning products (bleaches, laundry pods, disinfectants), plants (nontoxic GI irritants, oxalates), foreign bodies, toys, desiccants, thermometers, bubble blowing solutions.
Foreign Body Ingestion/Aspiration: assess respiratory status, level of consciousness, nasal drainage (unilateral), choking, gagging, wheezing, coughing (paroxysmal), stridor, hoarseness, cyanosis, ability to speak
Identify antidotes for common substances/medications ingested by children
- Acetaminophen toxic dose 150 mg/kg. Antidote is N-acetylcysteine.
- Amitriptyline TCA (Elavil). Antidote is Sodium Bicarbonate.
- Beta-Adrenergic Blockers and Calcium Channel Blockers. Antidote is Glucagon.
- Oral hypoglycemics such as Glypizide or Chlorpropamide. Antidote is Octreotide.
- Aspirin (Acetylsalicylic Acid). Antidote is Activated Charcoal.
Calcium Sodium EDTA - treats severe lead poisoning.
Naloxone - reverses opioid overdose.
Flumazenil - treats Benzodiazepine toxicity.
Identify the signs, symptoms and treatment of anaphylaxis
A. Common signs and symptoms
B. Treatment of anaphylaxis
Anaphylaxis is due to an interaction of an allergen or hypersensitivity to foods, medications, blood products or venoms.
A. Common signs and symptoms - Histamine is released from mast cells causing vasodilation, bronchoconstriction, and increased capillary permeability. Rapid, weak pulse, skin rash, nausea, and vomiting. Cutaneous signs are followed by angioedema.
chest tightness, hoarseness, barky cough, dysphagia, dyspnea, wheezing cyanosis, loss of consciousness, severe bradycardia, hypotension, cardiac arrest
Cyanosis: blue is not good, not getting enough oxygen; circumoral cyanosis in kids; in kids of color, pull their lip down and look inside to see if they are blue
B. Treatment of anaphylaxis - Injection of epinephrine (0.01 mg/kg to 0.3 mg/kg) and follow-up trip to an emergency room.
Choose developmentally appropriate approaches for the assessment and teaching of the pediatric patient who is at various ages and stages of development (4 Questions)
Infants - Primarily use and understand nonverbal communication (smile and coo when content and cry when distressed). They respond to firm, gently handling and quiet, calm speech.
Early Childhood - Younger than 5 years old and are egocentric. Focus the communication on the child. Tell them what they can do or how they will feel. Experiences of others are of no interest to them. They can use hands to communicate ideas without words. Use simple, direct, and concrete language.
School Age Children - 6 to 12 years old. Rely less on what they see, more on what they know. They want explanations and reasons but require no verification beyond that. They want to know why, how, and intent and purpose. For example, explain to them a procedure such as taking blood pressure by showing them how to squeeze bulb to push air into the cuff and make the arrow move. Encourage them to communicate their needs and voice their concerns.
Adolescence - Fluctuates between child and adult thinking and behavior. The nurse should adjust the course of interaction to meet the client’s needs of the moment. If with parent, give both client and parent opportunity to be included in the interview in an open and unbiased atmosphere. Privacy and confidentiality are of great importance. Demonstrate positive communication skills.
Identify expected and abnormal vital signs in the pediatric client (4 Questions)
A. Impacts of abnormal vital signs on pediatric client
A) Heart Rate: Awake Beats per minute Heart Rate: Sleeping Beats per minute Respirations Breaths per minute Systolic Blood Pressure (mm Hg)
Neonate: Birth to 1 month 100-205/min 90 to 160/min 30 to 60/min Hypotension < 60
Infant
(1 month to 12 months) 100-180/min 90 to 160/min 30 to 53/min Hypotension < 70
Toddler
(1 year – 3 years) 98 to 140/min 80 to 120/min 22 to 37/min Hypotension < 70 + (2X age in years)
Preschooler
(3 years – 6 years) 80 to 120/min 65 to 100/min 20 to 28/min Hypotension < 70 + (2X age in years)
School Aged
(6 years – 12 years) 75 to 118/min 58 to 90/min 18 to 25/min Hypotension < 70 + (2X age in years)
Adolescent (> 12 years) 60 to 100/min 50 to 90/min 12 to 20/min Hypotension < 90
Looking at if the kid is getting to the point where they can’t compensate; which direction are the vital signs trending – up or down?
They are more prone to decompensation very quickly compared to adults
FEVER: HR increases due to an increase in basal metabolic rate
Children have higher oxygen demands; their vital signs are higher at baseline
Apply the use of the Pediatric Assessment Triangle to use in the clinic or hospital setting (1 Question)
Pediatric Assessment Triangle: Appearance - Tone, interactiveness, consolability, look/gaze, speech/cry.
Work of breathing: Abnormal breath sounds, abnormal positioning, retractions, and nasal flaring.
Circulation to the skin - Pallor, mottling, and cyanosis.
Most important thing: go in the room and LOOK at your patient (ASSESS!!)
Children compensate until they DON’T: they do not know how to stop
If vital signs do not fall WNL: reassess, check the vitals again
Compare the patterns of development and growth as related to the pediatric client (2 Questions)
Development is differentiated - Development from simple operations to more complex activities and functions, from broad patterns of behavior to more specific refined patterns.
Development is orderly and sequential - Client passes through stages and has a fixed, precise order. For example, children crawl before they creep, creep before they stand, and stand before they walk.
Development is unique - Exact timing of growth is not predictable. Each child grows in his or her own personal ways.
Development is directional - Directions or gradients that reflect the physical development and maturation of neuromuscular functions. Can be cephalocaudal or head-to-tail or proximodistal or near-to-far.
Development is paced - There are periods of accelerated growth and periods of decelerated growth. Not all areas of development progress at the same pace. Rapid growth before and after birth, slow growth during middle childhood, markedly increases at beginning of adolescence, and levels off in early adulthood.
There are sensitive periods - Times that the client is more susceptible to positive or negative influences.