Case study - Pediatric urinary tract infection: Nursing

Case study - Pediatric urinary tract infection: Nursing

Renal/Urinary

Renal/Urinary

Case study - Benign prostatic hyperplasia (BPH): Nursing
Case study - Chronic kidney disease (CKD): Nursing
Case study - Pediatric urinary tract infection: Nursing
Case study - Pyelonephritis: Nursing
Bladder tumors: Nursing
Chronic kidney disease (CKD): Nursing
Complete metabolic panel (CMP) - Blood urea nitrogen (BUN) and creatinine (Cr): Nursing
Complete metabolic panel (CMP) - Estimated glomerular filtration rate (eGFR): Nursing
Complete metabolic panel (CMP) - Total protein: Nursing
Dialysis care: Nursing
Epididymitis: Nursing
Glomerulonephritis: Nursing
Nephrotic syndrome: Nursing
Polycystic kidney disease (PKD): Nursing
Prostate cancer: Nursing
Pyelonephritis: Nursing
Renal and urinary calculi: Nursing
Renal cancer: Nursing
Testicular cancer: Nursing
Urinary retention: Nursing
Critical care case study - Acute kidney injury: Nursing
Bladder and bowel training: Clinical skills notes
Collecting a urine specimen: Clinical skills notes
Condom catheters: Clinical skills notes
Hygiene - Perineal care: Nursing skills
Hygiene - Urinary catheter care: Nursing skills
Monitoring fluid intake and output: Clinical skills notes
Performing urine testing: Clinical skills notes
Removing indwelling catheters: Clinical skills notes
Urinary catheters and routine indwelling catheter care: Clinical skills notes
Kidney disease: Nursing pathophysiology
Geriatric considerations - Urinary: Nursing
Hypospadias and epispadias: Nursing
Antispasmodics (GU): Nursing pharmacology
Cholinergic therapy - Overview: Nursing pharmacology
Cholinergic therapy (GU): Nursing pharmacology
Diuretics - Osmotic and carbonic anhydrase inhibitors: Nursing pharmacology
Diuretics - Thiazide, thiazide-like, loop, and potassium-sparing diuretics: Nursing pharmacology
Acute kidney injury (AKI): Nursing process (ADPIE)
Benign prostatic hyperplasia (BPH): Nursing process (ADPIE)
Urinary incontinence - Stress: Nursing process (ADPIE)
Urinary tract infections (UTIs): Nursing process (ADPIE)
Liver anatomy and physiology
Renal system anatomy and physiology
Hydration
Body fluid compartments
Movement of water between body compartments
Renal clearance
Glomerular filtration
Proximal convoluted tubule
Loop of Henle
Distal convoluted tubule
Renin-angiotensin-aldosterone system
Sodium homeostasis
Potassium homeostasis
Phosphate, calcium and magnesium homeostasis
Osmoregulation
Antidiuretic hormone
Physiologic pH and buffers
The role of the kidney in acid-base balance
Acid-base map and compensatory mechanisms
Plasma anion gap
Anatomy of the abdominal viscera: Kidneys, ureters and suprarenal glands

Notes

CASE STUDY - PEDIATRIC URINARY TRACT INFECTION (UTI)

KEY POINTS
NOTES
INTRODUCTION
  • Pediatric office
  • 5-year-old girl
  • Urinary frequency, crying when urinating
  • Fully toilet trained

RECOGNIZING AND ANALYZING CUES
  • Recognize cues
    • Temperature: 98.8 F (37 C)
    • Heart rate: 84
    • Respirations: 22
    • Dark, amber-colored, and foul-smelling urine
    • Urinating more often
    • Pain: 8/10
    • Mild discomfort at suprapubic area
  • Analyze cues
    • Urinalysis: positive leukocytes, nitrites, and blood
    • Urinary elimination involves controlled, painless release of urine that is light to dark yellow without odor, bacteria, or blood

PRIORITIZING HYPOTHESES, GENERATING SOLUTIONS, AND TAKING ACTIONS
  • Priority hypothesis
    • Urinary tract infection
  • Generate solutions
    • Urinate without pain or frequency within 1 week
  • Take action
    • Teach on new prescription and prevention of UTIs

EVALUATING OUTCOMES
  • No pain with urination
  • Urinalysis: no signs of infection
  • Outcome met

Transcript

Watch video only

Nurse Michelle works at a pediatrician’s office and is caring for Emma, a fully toilet trained, 5-year-old female brought in by her father, Jim, for urinary frequency and crying when urinating. After settling Emma and her father in a room, Nurse Michelle goes through the steps of the Clinical Judgment Measurement Model to make clinical decisions about Emma’s care by recognizing and analyzing cues, prioritizing hypotheses, generating solutions, taking action, and evaluating outcomes.

First, Nurse Michelle recognizes important cues, including vital signs, which are temporal temperature 98.8 F or 37 C, heart rate 84 beats per minute, and respirations 22 breaths per minute; as well as Jim’s description of Emma’s dark, amber-colored, and foul-smelling urine. Jim also reports Emma has been urinating more often than usual. Emma rates her pain during urination an 8 out of 10 on the Wong-Baker FACES pain scale. Then, Nurse Michelle obtains a clean catch urine sample from Emma for dipstick urinalysis and assesses for suprapubic and flank pain, which revealed mild discomfort with palpation over the suprapubic area.

Next, Nurse Michelle analyzes these cues. She reviews the results of the urinalysis which shows positive for leukocytes, nitrites, and blood. Nurse Michelle recognizes that normal urinary elimination involves a controlled, painless release of urine that's typically light to dark yellow in color, transparent, with a slight odor, with no evidence of bacteria or blood. Nurse Michelle realizes Emma is experiencing altered urinary elimination. She shares her assessments with the health care provider who diagnoses a urinary tract infection.

Using information she's gathered along with Emma’s medical history, Nurse Michelle chooses a priority hypothesis of urinary tract infection.

Then, she generates solutions to address Emma’s infection that will include pharmacologic and nonpharmacologic interventions, and she establishes the expected outcome that after intervening: My patient will urinate without pain or frequency within one week.

Nurse Michelle then takes action to implement these solutions. She gathers information on the prescribed antibiotic as well as educational materials about preventing urinary tract infections, and re-enters Emma’s room.

Nurse Michelle: Emma, your health care provider is giving you some medicine that'll make it stop hurting to use the bathroom, okay? I’m also going to talk with you and your dad about ideas to help keep this from happening again. Does that sound good?

Emma: Yes.

Nurse Michelle: Okay, great. So, the medication Emma’s prescribed is called sulfamethoxazole trimethoprim. It'll clear up the urinary tract infection that’s causing her pain and frequency symptoms, but it can cause nausea, so you should give it with food. Give her 5 milliliters twice each day for 10 days.

You’ll use this little measuring cup to make sure you measure out the exact amount. Emma should start to feel better in a few days, but it’s important to finish all 10 days of the medicine so the infection doesn’t return.

Sources

  1. "Fundamentals of nursing (11th ed.)" Elsevier (2023)
  2. "Fundamentals of nursing: Active learning for collaborative practice (3rd ed.)" Elsevier (2022)