pneumonia
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sample case studyTRANSCRIPT
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Case Study in Pediatric Intensive Care Unit
Patient Profile
a. Patient Data1. Name: Baby Girl A2. Date Admitted: September 01, 20133. Time of Admission: 5:25 am4. Age: 1 month old5. Gender: Female6. Religion: Roman Catholic
Diet: NPO7. Admitting Diagnosis: Pneumonia
b. Nursing History1. Chief Complaint
– 5 days prior to confinement patient experienced coughing, gasping and mottling appearance.
2. Present History– This is the first time patient was confined.
3. Past History– Not applicable
4. Personal and Social History– Not applicable
5. Obstetric History (Mother of patient)– G7P7 (T7P0A0L7), Delivered via Normal Spontaneous Delivery at JJASGEN– During pregnancy the mother only has four check-ups and not frequent and consistent for the last trimester as it should be and there are no medications taken. Mother is not a smoker and non-alcoholic. In addition, she only had one dose of tetanus toxoid.
6. Developmental History
Theoretical FindingsI. Piaget’s Stages of Cognitive
Development
a. Neonatal Reflex (1 month) – Stimuli are assimilated into the beginning of mental images.– Behavior entirely reflexive.
b. Primary Circular Reaction
I. Piaget’s Stages of Cognitive Development
Patient responses and spontaneously move on every stimulus. Patient gazes in the surroundings and objects. Can grip onto things using the hand. Spontaneous blinking.
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– Hand-mouth and ear-eye coordination develop– Spends much time looking at objects and separating self from them– Infant brings thumb to mouth for a purpose to suck it.
II. Freud’s Psychoanalytic Theory
Oral Stage: Child explores the world by using mouth, especially the tongue.
III. Erikson’s Theory of Psychosocial Development
Development task is form a Sense of Trust vs. Mistrust.
I. Freud’s Psychoanalytic Theory
Patient spontaneously opens and closes mouth.
II. Erikson’s Theory of Psychosocial Development
Patients’ needs are given yet not all are given such as feeding, bathing, & cuddling due to illness
7. Feeding History– Breast milk
8. Immunization History– Only BCG and one dose of Hepatitis B.
Gordon’s Functional Health Pattern1. Nutritional and Metabolic Pattern
– Prior to confinement patient feeds on breast milk. On confinement patient is on NPO yet intravenous fluids are given to maintain hydration. Weight is 3.5 kg.
2. Elimination Pattern– Patient is able to urinate, yellowish in color and defecate, greenish in color and soft. Consumes at least 3-4 diapers per day.
3. Activity-Exercise Pattern– Patient has spontaneous movement grips on to things and cries at times.
4. Sleep Rest Pattern– Patient can sleep but sometimes disturbed due to coughing out of secretions.
5. Coping-Stress Tolerance Pattern– Coping mechanism of patient is through crying.
6. Value-Belief Pattern– Patient was baptized as a Roman Catholic.
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Physical Assessment
Date Normal Abnormal AnalysisSeptember 01, 2013Integumentary System Hair is well
distributedPink lipsAbdomen is protruded
Dry skin Poor skin turgor Sharp long nails with black depositMottled Skin
Dry skin & Poor skin turgor; Indicates that the patient has inadequate fluids in the body.
Sharp long nails are actually normal but the presence of the black deposits in the nails may result to another infection if the patient accidentally scratches itself.
Mottled skin is caused by arterial hypoxemia meaning the patient has mixed oxygenated and unoxygenated blood due to poor pulmonary diffusion of oxygen of the blood.
Cardiovascular System
Heart Rate: 120 bpm No significant findings
Respiratory System O2 Saturation 99%Spontaneous breathing
Crackles upon auscultation on both lung fieldsUse of accessory musclesWhitish & Scanty secretionsCoughing
Crackles is the sign that the lumen is narrowing caused by mucus secretions
Coughing is a way of eliminating the secretions
Use of accessory muscles is a sign that the patient is having
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difficulty of breathing
September 02, 2013Integumentary System Hair is well
distributedPink lipsAbdomen is protruded
Dry Skin Poor Skin Turgor Sharp Long Nail with black depositMottled Skin
Dry skin & Poor skin turgor; Indicates that the patient has inadequate fluids in the body.
Sharp long nails are actually normal but the presence of the black deposits in the nails may result to another infection if the patient accidentally scratches itself.
Mottled skin is caused by arterial hypoxemia meaning the patient has mixed oxygenated and unoxygenated blood due to poor pulmonary diffusion of oxygen of the blood.
Cardiovascular System
Heart Rate: 135 bpm No significant findings
Respiratory System O2 Saturation 99%Spontaneous breathing
Crackles upon auscultation on both lung fieldsUse of accessory musclesWhitish & Scanty secretions
Crackles is the sign that the lumen is narrowing caused by mucus secretions
Coughing is a way of eliminating the secretions
Use of accessory muscles is a sign that the patient is having difficulty of breathing
September 03, 2013Integumentary System Hair is well Dry Skin Dry skin & Poor skin
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distributedPink lipsAbdomen is protruded
Poor Skin Turgor Sharp Long Nail with black depositMottled Skin
turgor; Indicates that the patient has inadequate fluids in the body.
Sharp long nails are actually normal but the presence of the black deposits in the nails may result to another infection if the patient accidentally scratches itself.
Mottled skin is caused by arterial hypoxemia meaning the patient has mixed oxygenated and unoxygenated blood due to poor pulmonary diffusion of oxygen of the blood.
Respiratory System O2 Saturation 99%Spontaneous breathing
Crackles upon auscultation on both lung fieldsUse of accessory musclesYellowish & Thick secretions
Crackles is the sign that the lumen is narrowing caused by mucus secretionsCoughing is a way of eliminating the secretionsUse of accessory muscles is a sign that the patient is having difficulty of breathing
Cardiovascular System
Heart Rate: 135 bpm No significant findings
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Course in the Ward
Date/Assessment Doctor’s order Nursing Responsibility
Analysis
September 01, 2013GaspingMottlingCoughing
TPR q shift NPO Intubated patient ET
size 4 at level 9 Insert OGT IVF:
D50.3NaCl500cc, 15cc/hr
Start Ampicillin 100 mg TIV q6H
V/S q1H Gentamycin
25mg/IV OD I&O q shift Refer
Salbutamol nebule ½ + 1.5ml PNSS q4H
For feasible extubation this PM
IVF: D5IMB500cc x 15 cc/hr
oFor feasible extubation tomorrow
oRepeat CXR tom AM prior to extubation
Carry out doctor’s order accordinglyDocument vital signsMonitor Intake and OutputAdminister medications as ordered
TPR & v V/S q1H are ordered for continuous monitoring because the patient is experiencing respiratory distress and the patient is intubated
Patient is given IV fluids to maintain hydration
Gentamycin is given to promote the inhibition of microbial growth
I&O is ordered to monitor if the patient is experiencing any deficits or excess in their fluids.
Salbutamol is given to make the airway patent for oxygenation
Chest X-ray is ordered to assess if the patient can breathe on its own by checking for the amount of consolidated mucus.
September 02, 2013(+) Wheeze
HAA 15mg IV q6HSalbutamol nebule ½ + 1.5ml PNSS q8H
Hgt Monitoring q12HIncrease Salbutamol 1 nebule q4H
For CBC with PC
Carry out doctor’s order accordinglySend request from the labAdminister medications as ordered
Hydrocortisone is ordered because the patient was assessed to have wheeze this will interact with mast cells to prevent the release of histamines and this is a form of glucocorticoid
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For ABG, if feasibleFor Blood Culture & Sensitivity
Hgt monitoring was necessary if the patient has enough glucose in the blood, since glucose is necessary of ATP production and it is the primary food of the brain.
CBC was needed in order to know the blood count esp. the WBC to know if there is an infection present.
ABG was also ordered to know the level of blood gases.
Blood culture and sensitivity was ordered to be able to know what type of infection the doctors are dealing with in order to administer a more potent antibiotic for the patient.
September 03, 2013
(+) mottling
(+) mottling (+) bradycardia(+) forceful ambubagging(+) thick secretions per ET
Start Dopamine 0.5cc + D5W 99.5cc= 100cc x 5 cc/hr
Suction secretion PRN
Instill 1cc of PNSS prior to suctioning q4H, gentlyContinuous dopamineContinuous present managementRefer
Carry out doctor’s order accordinglyAdminister medications as ordered
Dopamine was ordered because the patient experienced bradycardic episode, this will further increase the heart rate of the patient however; this may also cause bradycardia an adverse effect. Suctioning in order to clear the airwayInstillation of 1cc PNSS was necessary because the secretions of the patient are thick and this will further dissolve the mucus.
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II. Review of Anatomy and Physiology
The Respiratory center is the medulla of the brain. The Respiratory System has two divisions namely: The Upper Respiratory Tract and Lower Respiratory tract.
UPPER RESPIRATORY TRACT
Nose – it serves as a passageway for air to pass to and from the lungs. It filters impurities and humidifies and warms the air as it is inhaled.
Paranasal Sinuses – These are spaces that are lined with nasal mucosa and ciliated pseudostratified columnar epithelium. These are connected by series of ducts that drain into the nasal cavity. Sinuses are named by their location: Frontal, Ethmoidal, Sphenoidal and Maxillary. The function of the sinuses is to serve as a resonating chamber in speech and it is also a common site for infection.
Pharynx – or throat, is a tube-like structure that connects the nasal and oral cavity to the larynx. The nasopharynx is located posterior to the nose and above the soft palate. The oropharynx houses the faucial, or palatine, tonsils. The laryngopharynx extends from the hyoid bone to the cricoid cartilage. The pharynx functions as a passageway for the respiratory and digestive tract.
Larynx – it is the voice organ that connects the pharynx and trachea. Major function is for vocalization and protects the airway from foreign substances and facilitates coughing. Epiglottis is a valve flap of cartilage that covers the opening of the larynx during swallowing.
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LOWER RESPIRATORY TRACT
Lungs – is the major organ of the respiratory system, which is a paired lung elastic structure that enclosed in the thoracic cage and this is where gas exchange transpires.
Pleura – it is a serous membrane that lines the lungs and wall of the thorax. The pleura have small amounts of fluid that lubricates the thorax and lungs to permit smooth motion of the lungs within the thoracic cavity with each breath.
Bronchi & Bronchioles – has several divisions of the bronchi. Lobar bronchi (3 in right lung; 2 in the left lung) and it is divided into segmental bronchi (10 on the right; 8 on the left lung), which is a structure identified when choosing the most effective postural drainage position for a given patient. Segmental bronchi are then divided into subsegmental bronchi that are surrounded by connective tissue that contains arteries, lymphatics and nerves. It is then branch into bronchioles which contains submucosal glands that produces mucus that covers the lining of the airways and it also lined with cilia that creates a whipping motion that propels mucus and foreign substances away from the lungs toward the larynx and branches out into the terminal bronchioles. Terminal bronchioles are considered to be the passageway between the conducting airways and the gas exchange airways.
Alveoli – this is where oxygen and carbon dioxide takes place. It has 3 types: Type I are epithelial cells that forms the alveolar walls, Type II are cells that secretes surfactant, a phospholipid that lines the inner surface and prevents alveolar collapse, Type III are large phagocytic cells that ingest foreign matter (e.g mucus, bacteria) that acts as a defense mechanism.
Functions of the Respiratory System
Oxygen Transport – oxygen is supplied to, and carbon dioxide is removed from, cells by way of the circulating blood. Respiration – process of gas exchange between the atmospheric air and he blood and between the blood and cells of the body. Ventilation – movement of air in and out of the airways that continually replenished the oxygen and removes the carbon dioxide from the airways and lungs. Pulmonary Diffusion – is the process by which oxygen and carbon dioxide are exchanged at the air-blood interface while Pulmonary Perfusion – is the actual blood flow through the blood circulation.
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Respiratory Difference in Children
Ethmoidal and Maxillary sinuses are present at birth; frontal sinuses and sphenoid sinuses do not develop until the age of 6 and 8.
Respiratory mucus function in newborn produces little amounts of mucus, which makes them more susceptible to respiratory infections.
In infants, the walls of the airways have less cartilage thus there are not so strong and it collapses every exhalation.
Immature development has also an advantage lessened amount of smooth muscle in the airway means that an infant does not develop bronchospasm. Therefore, wheezing may not be a prominent finding in infants even when lumen of the airway is severely compromised.
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III. Pathophysiology
Risk Factors Associated with PNEUMONIA
Age: 1 month oldNPO Status
Exposure to environmentPoor Hygienic PracticesAnatomical Presentation
Nasogastric TubingExposure to sick individuals
Impairment of Host’s Defense against Microorganism
Staphylococcus aureus; Streptococcus pneumoniae colonizes the lower respiratory tract
Inflammatory reaction in the alveoli
Producing exudates that interferes with the diffusion of oxygen and carbon dioxide
White blood cells (neutrophils) migrates in the alveoli
Doctor ordered:Blood Culture & Sensitivity
Signs & Symptoms:Elevated WBCElevated Neutrophil
Doctor ordered:CBC with PC
Signs & Symptoms:Production of secretionsAuscultatory Rales
Impaired Gas Exchange
Signs & Symptoms:Fever of 38.1H CFlushed SkinWarm to Touch
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Production of Secretions and Mucosal Edema occurs
Partial / Total Occlusion of the alveoli
Decrease in alveolar tension
Venous blood entering the pulmonary circulation passes through the under ventilated area and travels to the left side of the heart poorly oxygenated. The mixing of oxygenated and
oxygenated or poorly oxygenated blood
Arterial Hypoxemia
Signs & Symptoms:MottlingAlteration of O2 SatRestlessnessIrritability
Ineffective Airway Clearance
Doctor ordered:Chest X-ray Signs & SymptomConsolidation
PNEUMONIA
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III. Laboratory Examinations
Complete Blood Count with Platelet Count
Lab Exams Result Normal values Clinical Significance Clinical manifestation Nursing Responsibility
Hemoglobin 134 g/L 125-168 g/L Normal None Secure request to the LabEnsure safety of the patientObserve the findings Notify the Physician, if there are alterations to the values
Hematocrit 0.42 0.37-0.42 Normal None
White Blood Cell 20.8 x109/L
5-10 x109/L Increased WBC; indicative of an infection
Fever
Platelet Count 593x109/L
150-400x109/L
Increased in Platelet ; indicative of hypercoagulation
Fast coagulation
Differential CountNeutrophils 0.68 0.36-0.66
Increased Neutrophil; signifies acute infection
Fever
Lymphocytes 0.28 0.22-0.40 Normal NoneMonocytes 0.02 0.04-0.08 Normal NoneEosinophil 0.02 0.01-0.04 Normal None
Hgt MonitoringGlucose
92mg/dL 70-110mg/dL Normal None Ensure safety of the patientObserve the findings Notify the Physician, if there are alterations to the values
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IV. Drug Study
Generic name
Brand name Classification Action Indication Dosage/route/frequency
Nsg. responsibility
Gentamycin Garamycin Aminoglycoside
Gentamicin is an aminoglycoside that binds to 30s and 50s ribosomal subunits of susceptible bacteria disrupting protein synthesis, thus rendering the bacterial cell membrane defective.
Gram-negative infections
Pediatric:2–2.5 mg/kg q 8 hr IM or IV.Infants and neonates: 2.5 mg/kg q 8 hr.Premature or full-term neonates: 2.5 mg/kg q 12 hr.
Note the history of Allergy to any aminoglycosides.
Note for adverse effect such as acute renal failure.
Albuterol Salbutamol Bronchodilator It relieves nasal congestion and reversible bronchospasm by relaxing the smooth muscles of the bronchioles. The relief from nasal congestion and bronchospasm is made possible by the following mechanism that takes place when Salbutamol is administered.
To control and prevent reversible airway obstruction caused by asthma or chronic obstructive pulmonary disorder (COPD)
Each actuation of aerosol dispenser delivers 90 mcg albuterol; 2 inhalations q 4–6 hr; some patients may require only 1 inhalation q 4 hr; more frequent administration or larger number of inhalations not recommended.
Check for History: Hypersensitivity to albuterol
Monitor vital signsMonitor for adverse reactions: tachycardia, palpitations and restlessness
Hydrocortisone
Hydrocortone phosphate
Glucocorticoid Hydrocortisone is a corticosteroid used for its anti-inflammatory and
Allergic states—severe or incapacitating allergic
Pediatric Patients: IV, IM or subcutaneous (hydrocortisone and
Establish baseline and continuing data on BP, weight, fluid and electrolyte
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immunosuppressive effects. Its anti-inflammatory action is due to the suppression of migration of polymorphonuclear leukocytes and reversal of increased capillary permeability.
conditions hydrocortisone sodium phosphate) 20–240 mg/day usually in divided doses q 12 hr.
balance, and blood glucose.
Note: A high protein, calcium, and vitamin D diet is advisable to reduce risk of corticosteroid-induced osteoporosis.
Do not abruptly discontinue drug; doses are gradually reduced to prevent withdrawal symptoms.
Ranitidine Zantac H2-Blocker Inhibits acid secretions
For patients with hyperacidity, gastric ulcerations and duodenal ulcers
Tablets—75, 150, 300 mg; effervescent tablets and granules—25, 150 mg; syrup—15 mg/mL; injection—1, 25 mg/mL
History: Allergy to ranitidine
Monitor V/S and Intake and output
Ampicillin Ampicin Antibiotic Bactericidal action against sensitive organisms; inhibits synthesis of bacterial cell wall, causing cell death.
Treatment of infections caused by susceptible strains of Shigella, Salmonella, Escherichia coli, Haemophilus influenzae, Proteus
Pediatric Patients25–50 mg/kg/day IM or IV in equally divided doses at 6–8 hr interval
Assess for history: Allergies to penicillins.Drug should be taken round-the-clock.Culture infected area before treatment; reculture area if response is not as expected.Check IV site
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mirabilis, Neisseria gonorrhoeae, enterococci, gram-positive organisms (penicillin G–sensitive staphylococci, streptococci, pneumococci)
carefully for signs of thrombosis or drug reaction.
Dopamine Dopress Inotropic Sympathetic precursor to norepinephrine that increases the heart rate.
DOPAMINE (dopamine hydrochloride) is indicated for the correction of hemodynamic imbalances present in the shock syndrome due to myocardial infarctions, trauma, endotoxic septicemia, open heart surgery, renal failure, and chronic cardiac decompensation as in congestive failure.
IV- The recommended initial dose is 1-5 mcg/kg/min, up to 5-10 mcg/kg/min according to patient's response.
Dilution before administration to patient.
Monitor V/S and Intake and Output
Monitor adverse effect such as bradycardia.
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V. Nursing Care Plan
Assessment Diagnosis Planning Intervention EvaluationObjective:Crackles upon auscultation on both lung fieldsUse of accessory musclesYellowish & thick secretionsMottling appearanceAlteration on oxygen saturationProductive Cough
Ineffective Airway Clearance related to thick mucus secretions in the alveoli sac
After 30 minutes of nursing intervention patient’s airway will be free from secretion.
Assess the need in performing suctioning.Assess oxygen saturation; if O2 Sat. is below 95% hyperventilate using the ambu bag. Prepare suctioning machine and catheterPrior to suctioning hyperventilate three times.Apply intermittent suctioning.Note the color, consistency and amount of the secretions.After suctioning ventilate.Administer Salbutamol nebule to dilate the bronchioles as ordered.Reassess if there are still secretions present
After 30 minutes of nursing intervention patient’s airway is free from secretions.
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Assessment Diagnosis Planning Intervention EvaluationObjective:Crackles upon auscultation on both lung fieldsUse of accessory musclesYellowish & thick secretionsMottling appearanceDecreased oxygen saturation of 84%Productive Cough Bradycardic, Heart rate of 90 bpm
Impaired Gas Exchange related to thick mucus secretions in the alveoli sac
After 30 minutes of nursing intervention patient’s O2 will increase to 99%
Assess patient O2 Saturation.Administer Dopamine to increased cardiac rate as ordered.Apply continuous ambubagging and oxygenate patient to 10LpmReassess patient’s status
After 30 minutes of nursing intervention patient’s O2 is increased to 99%
Assessment Diagnosis Planning Intervention EvaluationObjective:Flushed skinRestlessnessAgitatedWarm to Touch with a temperature of 38.1HCIncreased in WBC
Altered thermoregulation related to presence of an infection.
After 1 hour of nursing intervention patient’s temperature will be reduce.
Apply Tepid Sponge BathAssess temperature every 15 minutesKeep patient safe on bedNote for allergy prior to giving antibioticsAdminister antibiotic therapy round the clock as ordered to maintain a desired level of effectiveness of the drug Assess for adverse reactions of the drug
After 1 hour of nursing intervention patient’s temperature is reduced from 38.1H C to 37.1H C.
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