ncp-drug study 2
TRANSCRIPT
ASSESMENT DIAGNOSIS SCIENTIFICEXPLANATION
PLANNING INTERVENTION RATIONALE EVALUATION
Subjective:“inuubo p rin sya” as verbalized by the grandmother.
Objective:- received awake lying on bed ĉ ongoing IVF of #6 D5IMB iL @ 950cc remaining level to run for 12o, infusing well @ left hand - conscious and coherent- ĉ productive cough- ĉ good skin turgor-ĉ good capillary refill in 2-3 secs- s respiratory distress (RR: 26 CPM)- on HAD- ĉ good appetite, consumed all of the food served- ambulatory - afebrile (36.7 oC)
Ineffective airway clearance
r/t retained bronchial secretions
Maintaining a patent airway is
vital to life. Coughing is the
main mechanism for clearing the
airway. However, the cough may be ineffective in both
normal and disease states secondary to
factors such as pain from surgical incisions/ trauma,
respiratory muscle fatigue, or
neuromuscular weakness. Other mechanisms that exist in the lower bronchioles and
alveoli to maintain the airway include
the mucociliary system,
macrophages, and the
lymphatic. Factors such as anesthesia and dehydration can
Within the 8˚ shift, the client will be able to demonstrate behaviors to improve clear
airway by expectoration of
retained secretions.
- establish rapport
- position the patient comfortably- monitor vital signs
- elevate head of bed
- Auscultate lungs for presence of normal or adventitious breath sounds
- Assess respirations; note quality, rate, pattern, depth, flaring of nostrils, dyspnea on exertion, and position for breathing- Assess cough for effectiveness and productivity
- to facilitate cooperation as well as to gain pt’s trust- to promote comfort- to note any significant changes that can affect the pt’s condition- These promote better lung expansion and improved air exchange - These may indicate presence of mucus plug or other major airway obstruction - Abnormality indicates respiratory compromise
- Consider possible causes for ineffective cough (e.g., respiratory muscle fatigue, severe
Goal partially met. After the shift, the client
was able to demonstrate behaviors to
improve clear airway but
wasn’t able to expectorate
retained secretions.
affect function of the mucociliary
system. Likewise, conditions that
cause increased production of
secretions (e.g., pneumonia,
bronchitis, and chemical irritants) can overtax these
mechanisms. Ineffective airway clearance can be
an acute (e.g., postoperative recovery) or
chronic (e.g., from cerebrovascular
accident [CVA] or spinal cord injury)
problem.
- Assist patient in performing coughing and breathing maneuvers- encourage increase oral fluid intake
- Instruct patient in the following:
Optimal positioning (sitting position)
Use of abdominal muscles for more forceful cough
Importance of ambulation and frequent position changes
bronchospasm, or thick tenacious secretions).- These improve productivity of the cough
- Increased fluid intake reduces the viscosity of mucus produced by the goblet cells in the airways. It is easier for the patient to mobilize thinner secretions with coughing- Directed coughing techniques help mobilize secretions from smaller airways to larger airways. The sitting position and splinting the abdomen promote more effective coughing by increasing abdominal pressure and upward diaphragmatic movement.
DRUG STUDYBRAND NAME
GENERIC NAME
DOSAGE ACTION INDICATION CONTRAINDICATION NURSINGCONSIDERATIONS
Ventolin Expectorant
Salbutamol 5 ml, TID Stimulates beta-2 receptors of bronchioles by increasing levels of cAMP which relaxes smooth muscles to
produce bronchodilatation. Also
causes CNS stimulation, cardiac stimulation, increased diuresis,
skeletal muscle tremors, and increased gastric acid secretion. Longer
acting than isoproterenol.
Relief of bronchospasm in bronchial asthma, chronic bronchitis,
emphysema and other reversible, obstructive pulmonary diseases.
Also useful for treating bronchospasm in patients with co-
existing heart disease of hypertension.
Hypersensitivity to salbutamol, also to
atropine and its derivatives. Threatened abortion during the first
or second trimester. Cardiac arrhythmias
associated with tachycardia caused by digitalis intoxication.
Hypertrophic obstructive
cardiomyopathy or tachyarrhythmia. Thyrotoxicosis. Prevention of
premature labor associated with
toxemia of pregnancy or antepartum
Assess cardio-respiratory function; BP, heart rate and rhythm, and breath sounds. Determine history of previous medication (theophylline), and ability to self medicate to prevent additive. Monitor for evidence of allergic reactions and paradoxical bronchospasm.
hemorrhage. Lactation. Use of non-selective
beta-blockers.
BRAND NAME
GENERIC NAME
DOSAGE ACTION INDICATION CONTRAINDICATION NURSINGCONSIDERATIONS
Tergicef Cefixime 5 ml, TID Inhibits bacterial cell wall synthesis, rendering cell
wall osmotically unstable, leading to cell death.
Bronchitis, bronchiectasis with infection, secondary infections of chronic
respiratory tract diseases, pneumonia, otitis media, sinusitis.
Pyelonephritis, cystitis, gonococcal urethritis, cholecystitis. Scarlet
fever.
Hypersensitivity. History of shock due to any ingredient of this
product.
Assess patient’s previous reaction to penicillin or other cephalosporins. Cross-sensitivity between penicillin and cephalosporins is common. Assess patient for signs and symptoms of infection before and during treatment; fever, earache, characteristics of wounds, sputum, urine, stool, and WBC >10,000/mm3
Obtain C&S before beginning drug therapy to identify if correct
treatment has been initiated. Assess for allergic reactions. Assess renal function before and during therapy; urine output. BUN and creatinine.