* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Download Knowledge Preparation on Presenting Health
Survey
Document related concepts
Transcript
BSN Program Nursing Practice II Student Advance Preparation for Nursing Practice: Expectations Topic When Started Standard Presenting Health Challenge Praxis Week 1 Clinical Week 2 Students will come to clinical having completed a standardized template on the patient’s admitting/priority health challenge(s) as validated by the Instructor. The template is attached. Concurrent Health Challenges Decision Making Worksheet Praxis week 1 Clinical Week 2 Students will come to clinical with a page on which each of the patient’s concurrent health challenges are defined only. Praxis Week 1 Clinical Week 2 Students will come to clinical with Anticipated Foci listed in pencil and an assessment plan outlined within the system assessment boxes on the back of the worksheet. Medications: Drug Guide Clinical Week 4/Two weeks prior to medication quiz 1. For each of the medications your patient is receiving, flag Medications: Client Drug Profile Clinical Week 4 Two weeks prior to medication quiz. and review the Drug guide 2. Use the Drug Guide to prepare the Client Drug Profile Card (see the next section). 3. Bring the flagged Drug Guide to each clinical day. 4. Have the Drug Guide with you for reference as you prepare the medications e.g. for checking safe dose and other important details etc. Students will come to clinical with a client specific medication profile e.g. index card, in words understood by most clients that identifies: Nursing Responsibilities (Including Major/Common Side Drug Name Purpose/Action Effects & Assessments) 1. 2. 3. 4. 5. 6. Etc. This information should be carried in the uniform pocket and accessed as needed e.g. at the bedside. Laboratory & Diagnostic Tests Please note that students are NOT expected to come to clinical practice with evidence of having researched and understood laboratory and diagnostic tests; this will be an expectation in Semester III when pathophysiology courses have begun. In semester II, students are encouraged to be curious about these tests and to consult with the instructor and staff about their use and the related nursing responsibilities. Sproule/Douglas/NPII/Student Clinical Prep 28/08/2010 Page 1 of 4 BSN Program Nursing Practice II Knowledge Preparation on Presenting Health Challenges Student Health Challenge/Diagnosis: PLEURAL EFFUSION ***Please note that this research is standardized for any client with this health challenge and as such, once completed can be re-used with any other client with this specific health challenge. In future semesters, additional knowledge including pathophysiology and diagnostic tests will be expected. Description/Definition (in your own words) Clinical Manifestations -is a build-up of fluid in the pleural space (area between the two layersparietal and visceral pleura- covering the lung) -not a disease, but a sign of a serious disease Transudate/exudate: -progressive dyspnea -decreased movement of chest wall on affected side -pleuritic pain from underlying disease -percussion reveals dullness -auscultation reveals absent or decreased breath sounds over affected area - Empyema has same manifestations as above but also includes: -fever, night sweats, cough, weight loss 3 classifications: 1) Transudate: - occurs in noninflammatory conditions and is a buildup protein-less, cell-less fluid that is clear or pale yellow 2) Exudate: -build-up of fluid and cells in pleural space due to increased permeability of capillaries (due to inflammation) – has a high protein content and fluid is dark yellow or amber -fluid build-up of more than 250mL will show up on a chest xray 3) Empyema: -pleural effusion that contains pus - either type can be identified by a thoracentesis (procedure to remove fluid from pleural space) Sproule/Douglas/NPII/Student Clinical Prep 28/08/2010 Collaborative Care (Medical, Pharmacological, Surgical etc Treatments) Prevention: Main goal is to treat the underlying cause which in turn helps relieve/ get rid of/ decrease pleural effusion. However treatment of pleural effusions secondary to malignant disease is a more difficult problem they become recurrent and accumulate quickly Drug Therapy: Antibiotic therapy: Doxycycline Vibramycin Bleomycin o All 3 help with sclerosing Talc (Appears to be most effective) Surgical Therapy: Thoracentesis thoracentesis needle is inserted into the intercostal space, fluid is aspirated with a syringe, or by tubing that leads into a sterile bottle – this is done to determine what type of pleural effusion is present Pleurodesis procedure that causes the membranes around the lung to stick together and prevents the buildup of fluid in pleural space. An irritant (such as Bleomycin, Tetracycline, or talc powder) is instilled inside the space between the pleura in order to create inflammation which hardens the two pleura together Thoracoscopy medical procedure involving internal examination, biopsy, and/or resection of disease or masses within the pleural cavity and thoracic cavity. Page 2 of 4 BSN Program Nursing Practice II Nursing Management Nursing Assessment Past health hx: -CHF, cancers, GI disease, infections, renal disease, pneumonia, TB Foci: Nursing Diagnosis 1. impaired gas exchange 2. activity intolerance Respiratory: -dyspnea -fatigue -decreased activity -absent chest sounds? -cough Cardiovascular: -tachycardia -edema -BP? 3. decreased cardiac output Nursing Implementation Nursing Interventions & Rationales 1.1 Monitor vital signs. With initial hypoxia and hypercapnia, blood pressure (BP), heart rate, and respiratory rate all increase. As the hypoxia and/or hypercapnia becomes severe, BP and heart rate decrease, and dysrhythmias may occur. Respiratory failure may ensue when the patient is unable to maintain the rapid respiratory rate. 1.2 Administer medications as prescribed. The type depends on the etiological factors of the problem (e.g., antibiotics for pneumonia, bronchodilators for COPD, anticoagulants and thrombolytics for pulmonary embolus, analgesics for thoracic pain). 1.3 Monitor chest x-ray reports. Chest x-ray studies reveal the etiological factors of the impaired gas exchange. Keep in mind that radiographic studies of lung water lag behind clinical presentation by 24 hours. 4. excess fluid volume 5. Neurological: -confusion -restlessness Integumentary: - edema 2.1 Assess the need for ambulation aids: bracing, cane, walker, equipment modification for ADLs. Some aids may require more energy expenditure for patients who have reduced upper arm strength (e.g., walking with crutches). Adequate assessment of energy requirements is indicated. 2.2 Encourage adequate rest periods, especially before meals, other ADLs, exercise sessions, and ambulation. Rest between activities provides time for energy conservation and recovery. Heart rate recovery following activity is greatest at the beginning of a rest period. 2.3 Provide emotional support while increasing activity. Promote a positive attitude regarding abilities. atients may be fearful of overexertion and potential damage to the heart. Appropriate supervision during early efforts can enhance confidence. 3.1 Maintain adequate ventilation and perfusion, as in the following. Place patient in semi- to high-Fowler's position. When fluid overload is an etiology, upright positioning reduces preload and ventricular filling. 3.2 Maintain optimal fluid balance. For patients with decreased preload, administer fluid challenge as prescribed, closely monitoring effects. Volume therapy may be required to maintain adequate filling pressures and optimize cardiac output. 3.3 Assess respiratory rate, rhythm, and breath sounds. Rapid shallow respirations are characteristic of reduced cardiac output. Crackles reflect accumulation of fluid secondary to impaired left ventricular emptying. They are more evident in the dependent areas of the lung. Orthopnea is difficulty breathing when supine 4.1 Evaluate weight in relation to nutritional status. In some heart failure patients, weight may be a poor indicator of fluid volume Sproule/Douglas/NPII/Student Clinical Prep 28/08/2010 Page 3 of 4 BSN Program Nursing Practice II status. Poor nutrition and decreased appetite over time result in a decrease in weight, which may be accompanied by fluid retention even though the net weight remains unchanged 4.2 Assess for crackles in lungs, changes in respiratory pattern, shortness of breath, and orthopnea. These signs are caused by accumulation of fluid in the lungs. 4.3 Assess for presence of edema by palpating over the tibia, ankles, feet, and sacrum. Edema occurs when fluid accumulates in the extravascular spaces. Dependent areas more readily exhibit signs of edema formation. Edema is graded from trace (indicating barely perceptible) to 4 (severe edema). Pitting edema is manifested by a depression that remains after one's finger is pressed over an edematous area and then removed. Measurement of an extremity with a measuring tape is another method of following edema. 5.1 5.2 5.3 References: It is anticipated that the required textbook Medical-Surgical Nursing in Canada (Lewis et.al., 2010) is used for this research. If other sources are used, please provide a brief list here. Sproule/Douglas/NPII/Student Clinical Prep 28/08/2010 Page 4 of 4