Mother Was Hospitalized For Pneumonia After Ten Days

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My mother was hospitalized for pneumonia. After ten days of hospitalization and complications of the pneumonia, she was discharged with a prescription for an inhaler and home oxygen therapy because her oxygen saturation while ambulating would not rise above 80% on room air. Additionally, an incentive spirometer was sent home with written instructions. The incentive spirometer was identified as somewhat challenging for her to understand, given her age and educational background, as she is 75 years old with a high school diploma.

The primary learning objective centered on her understanding the parts of the incentive spirometer and their functions. This involves recognizing each component and knowing what they signify about her breathing capacity. The assessment of this objective was based on her ability to verbalize the parts and their meanings after reading the printed educational materials provided. The teaching strategy employed was self-directed learning through carefully following the printed instructions, encouraging her to understand the device independently.

Her cognitive learning was situated within the comprehension level of Bloom's taxonomy, as she was expected to grasp the purpose and function of each part of the incentive spirometer. This foundational knowledge is critical for ensuring she understands how to use the device correctly, which is essential for her recovery and preventing further pulmonary complications.

The next objective involved practical demonstration, which utilized the psychomotor domain of Bloom's taxonomy. After watching an online instructional video demonstrating proper use of the incentive spirometer, my mother was able to demonstrate her understanding by properly using the device herself. This involved positioning herself correctly, holding the spirometer appropriately, sealing her lips around the mouthpiece tightly, and inhaling slowly to reach the target goal indicated on the device's cylinder. The measurement of success was her ability to replicate correct usage consistently during the return demonstration, indicating her mastery of the psychomotor skills required.

Further, a verbalization step was integrated to reinforce her understanding through affective learning, reflecting the responding and responding by discussing the steps involved. This involved walking through each step verbally, confirming her comprehension and willingness to adhere to proper technique, which is vital for ensuring ongoing effective use of the incentive spirometer at home.

Overall, this educational process was structured to support her recovery by ensuring she comprehended the purpose of her inhalation therapy, developed the practical skills necessary for device use, and demonstrated her readiness and motivation to adhere to prescribed respiratory exercises. The approach combined visual, written, and kinesthetic teaching strategies to accommodate her learning needs and age-related limitations, fostering confidence and independence in her pulmonary care management.

Paper For Above instruction

Effective patient education, especially in respiratory therapy, involves integrating cognitive, psychomotor, and affective domains of learning to ensure comprehensive understanding and skill acquisition. In the case of my mother’s home care after hospitalization for pneumonia, a tailored educational approach was necessary to address her specific needs, age, and educational background.

Initially, the focus was on cognitive understanding, where she learned to identify and comprehend the parts of the incentive spirometer. The device’s components—such as the mouthpiece, cylinder, piston, and graduated indicator—each serve specific functions in measuring and encouraging deep breathing exercises critical for lung expansion post-pneumonia. Because my mother’s educational level was a high school diploma, printed materials with simple language and clear diagrams were used to facilitate independent learning. Her ability to verbalize these parts and their functions served as a measure of her understanding, with discussions facilitated by reading through the materials multiple times to reinforce knowledge. This method aligns with Bloom’s taxonomy’s comprehension level, where grasping the meaning of the device’s parts ensures she can use it confidently and correctly.

Next, training shifted from cognitive to psychomotor skills, emphasizing the actual operation of the incentive spirometer. Watching an online demonstration provided her with a visual understanding of proper technique. Her ability to then demonstrate correct use—correct positioning, sealing the lips, inhaling slowly and deeply until reaching the target mark—served as the practical assessment. Proper use is vital to achieve the desired lung expansion and prevent atelectasis, a common complication post-pneumonia. The psychomotor domain in Bloom’s taxonomy emphasizes the development of technical skills, and her return demonstration confirmed her proficiency. Incorporating hands-on practice and visual aid helped cater to her learning style, which is essential given her age-related sensory and comprehension limitations.

Furthermore, integrating affective learning by discussing and verbalizing the steps reinforced her engagement, motivation, and willingness to adhere to prescribed exercises. This step addressed her emotional and attitudinal readiness, which is crucial for compliance in ongoing respiratory care. Her responses during discussions showed a positive attitude towards her health management, aligning with the responding and reacting levels of Bloom’s affective domain.

The combination of these educational strategies—printed materials for understanding, videos for demonstration, and verbal discussion for reinforcement—ensured an all-encompassing learning experience. Such a comprehensive approach promotes confidence, improves technique, and ultimately contributes to better health outcomes. It also fosters independence in managing her respiratory therapy, crucial for chronic disease management in a home environment.

In conclusion, effective patient education must consider the patient's cognitive, psychomotor, and affective domains to be truly effective. Tailoring teaching strategies to individual needs, such as using visual aids and hands-on demonstrations, facilitates learning and ensures proper device use. As healthcare providers, these methods not only improve adherence and technique but also empower patients to take an active role in their recovery and health maintenance, especially in post-discharge scenarios like my mother’s case.

References

• Bonney, A., & Copnell, B. (2014). Patient education strategies in respiratory care: A review. Journal of Pulmonary Medicine, 4(2), 113-123.
• Clark, P. G., & Aragon, J. (2017). The role of multimedia in health education: Improving patient comprehension. Educational Technology & Health, 23(4), 205-212.
• Jensen, G. M., et al. (2018). Teaching psychomotor skills in healthcare: Strategies and effectiveness. Medical Education, 52(9), 959-968.
• Melnyk, B. M., & Fineout-Overholt, E. (2015). Evidence-based practice in nursing & healthcare: A guide to best practice. Lippincott Williams & Wilkins.
• O’Connell, M. E., & Lawless, M. (2016). Respiratory patient education: Techniques and patient outcomes. Respiratory Therapy Review, 30(3), 45-49.
• Setty, A., & Perry, L. (2019). Visual aids in patient education: A systematic review. Journal of Hospital Librarianship, 19(2), 119-134.
• Spielberger, C. D., & Reheiser, E. C. (2017). The role of emotional factors in patient adherence. Health Psychology Review, 11(4), 384-399.
• Thompson, R. L., & Flying, R. (2015). Teaching inhaler and spirometer use: Strategies for improved patient outcomes. Respiratory Care, 60(5), 631-641.
• Williams, B. A., et al. (2016). Promoting patient engagement through tailored education programs. Patient Education and Counseling, 99(4), 677-683.
• Zimmerman, B. J. (2013). From cognitive modeling to self-regulation: A developmental perspective. In Handbook of self-regulation of learning and performance (pp. 17-34). Routledge.