Asthma

USW1.46926.202030 - NURS-6501N-47,Advanced Pathophysiology.2019 Winter Qtr 11/25-02/16-PT27

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semiloore Akerele on Sun, Jan 05 2020, 3:39 PM 100% highest match Submission ID: 5a398664-4f4a-47df-9ed2-4eeda226468c

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Asthma 1 Asthma 2 Asthma 3 Asthma Semiloore Akerele Walden University: NURS-6501 January 5th , 2020 Asthma Asthma is a very fatal disease which blocks the airways that take air to the lungs. These airways swell as a result of inhaling some substances. These airways muscles tighten and narrows the air passage making it hard for the patient breathe in. Furthermore, the muscles also secret mucus around the airways that narrows the airways leading to more complications. 1 Describe the pathophysiological mechanisms of chronic asthma and acute asthma exacerbation. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Describe the pathophysiological mechanisms of chronic asthma and acute asthma exacerbation Source - Another student's paper Describe the pathophysiological mechanisms of chronic asthma and acute asthma exacerbation Be sure to explain the changes in the arterial blood gas patterns during an exacerbation. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Be sure to explain the changes in the arterial blood gas patterns during an exacerbation Source - Another student's paper Be sure to explain the changes in the arterial blood gas patterns during an exacerbation Asthma is an infection on the pulmonary artery resulting in either an acute or chronic inflammation of respiratory tracks. Some Asthma patients often gasp the air and others wheezes, experience chest tightness, and shortness of breath (Rothe et al., 2018). 1 Asthma is a chronic inflammatory condition that affects the airways. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Asthma is a chronic inflammatory condition that affects the airways Source - Another student's paper Asthma is a chronic inflammatory condition that affects the airways The pathophysiology of chronic asthma involves immunohistopathological features that start with the infiltration of inflammatory cells. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx The pathophysiology of chronic asthma involves immunohistopathological features that start with the infiltration of inflammatory cells Source - Another student's paper The pathophysiology of chronic asthma involves immunohistopathological features that start with the infiltration of inflammatory cells The involved sections include neutrophils that are also implicated in a fatal asthma exacerbation; Suspected Entry: 90% match Uploaded - Wk6assgn Akerele S patho.docx The involved sections include neutrophils that are also implicated in a fatal asthma exacerbation Source - Another student's paper The involved cells include neutrophils that are also implicated in a fatal asthma exacerbation eosinophils, lymphocytes, activation of must cells as well as injury to epithelial cells. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx eosinophils, lymphocytes, activation of must cells as well as injury to epithelial cells Source - Another student's paper eosinophils, lymphocytes, activation of must cells as well as injury to epithelial cells The inflammation of the airways is followed by airway edema that is triggered by progressive inflammation. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx The inflammation of the airways is followed by airway edema that is triggered by progressive inflammation Source - Another student's paper The inflammation of the airways is followed by airway edema that is triggered by progressive inflammation At this point, hypersecretion of mucus leads to the development of a mucus plug. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx At this point, hypersecretion of mucus leads to the development of a mucus plug Source - Another student's paper At this point, hypersecretion of mucus leads to the development of a mucus plug Subsequently, hyperresponsiveness, limitation to airflow, respiratory symptoms, and eventually chronicity are experienced. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Subsequently, hyperresponsiveness, limitation to airflow, respiratory symptoms, and eventually chronicity are experienced Source - Another student's paper Subsequently, hyperresponsiveness, limitation to airflow, respiratory symptoms, and eventually chronicity are experienced There is a need to note that persistent changes to the structures of the airways are shared, leading to fibrosis, increased mucous secretion, epithelial cells damage, hypertrophy of smooth muscles lining the walls of the airways and eventually angiogenesis. Suspected Entry: 92% match Uploaded - Wk6assgn Akerele S patho.docx There is a need to note that persistent changes to the structures of the airways are shared, leading to fibrosis, increased mucous secretion, epithelial cells damage, hypertrophy of smooth muscles lining the walls of the airways and eventually angiogenesis Source - Another student's paper There is a need to note that persistent changes to the structures of the airways are experienced, leading to fibrosis, increased mucus secretion, epithelial cells damage, hypertrophy of smooth muscles lining the walls of the airways and eventually angiogenesis Huether, McCance, El-Hussein, Power-Kean & Zettel (2018) argue that atopy, which is a genetic predisposition that translates to a response that is mediated by immunoglobulin E (IgE) is depicted as the main predisposing factor for asthma. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx Huether, McCance, El-Hussein, Power-Kean & Zettel (2018) argue that atopy, which is a genetic predisposition that translates to a response that is mediated by immunoglobulin E (IgE) is depicted as the main predisposing factor for asthma Source - Another student's paper Huether, McCance, El-Hussein, Power-Kean & Zettel (2018) argue that atopy, which is a genetic predisposition that translates to a response that is mediated by immunoglobulin E (IgE) is depicted as the main predisposing factor for asthma Airway remodeling is depicted as the ultimate phase in the development of chronic asthma. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Airway remodeling is depicted as the ultimate phase in the development of chronic asthma Source - Another student's paper Airway remodeling is depicted as the ultimate phase in the development of chronic asthma Remodeling of the airway may lead to permanent structural changes that are characterized by loss of lung function. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Remodeling of the airway may lead to permanent structural changes that are characterized by loss of lung function Source - Another student's paper Remodeling of the airway may lead to permanent structural changes that are characterized by loss of lung function Permanent structural changes can be attributed to the patient`s unresponsiveness to therapy. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Permanent structural changes can be attributed to the patient`s unresponsiveness to therapy Source - Another student's paper Permanent structural changes can be attributed to the patient`s unresponsiveness to therapy These changes include sub-basement membrane thickening fibrosis of epithelial cells, hypertrophy, and hyperplasia of smooth muscles, dilation of blood vessels, and mucous gland hyperplasia (Hart & Greenstone, 2018). Suspected Entry: 95% match Uploaded - Wk6assgn Akerele S patho.docx These changes include sub-basement membrane thickening fibrosis of epithelial cells, hypertrophy, and hyperplasia of smooth muscles, dilation of blood vessels, and mucous gland hyperplasia (Hart & Greenstone, 2018) Source - Another student's paper These changes include sub-basement membrane thickening fibrosis of epithelial cells, hypertrophy, and hyperplasia of smooth muscles, dilation of blood vessels, and mucus gland hyperplasia (Hart & Greenstone, 2018) Viral respiratory infections mainly trigger acute asthma exacerbation. Suspected Entry: 82% match Uploaded - Wk6assgn Akerele S patho.docx Viral respiratory infections mainly trigger acute asthma exacerbation Source - Another student's paper Acute asthma exacerbation is mainly triggered by viral respiratory infections During urgent cases, bronchoconstriction takes place suddenly, thereby narrowing the airways following exposure to allergens (Hart & Greenstone, 2018). Suspected Entry: 93% match Uploaded - Wk6assgn Akerele S patho.docx During urgent cases, bronchoconstriction takes place suddenly, thereby narrowing the airways following exposure to allergens (Hart & Greenstone, 2018) Source - Another student's paper During acute cases, bronchoconstriction takes place suddenly, thereby narrowing the airways following exposure to allergens (Hart & Greenstone, 2018) The bronchoconstriction is triggered by mediators produced by mast cells such as leukotriene and histamine that lead to the contraction of smooth muscles. Suspected Entry: 93% match Uploaded - Wk6assgn Akerele S patho.docx The bronchoconstriction is triggered by mediators produced by mast cells such as leukotriene and histamine that lead to the contraction of smooth muscles Source - Another student's paper The bronchoconstriction is triggered by mediators produced by mast cells such as leukotrienes and histamine that lead to the contraction of smooth muscles Additional stimuli that trigger acute asthma exacerbation include cold, stress, exercise, and respiratory irritants since they cause sudden obstruction of airflow. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Additional stimuli that trigger acute asthma exacerbation include cold, stress, exercise, and respiratory irritants since they cause sudden obstruction of airflow Source - Another student's paper Additional stimuli that trigger acute asthma exacerbation include cold, stress, exercise, and respiratory irritants since they cause sudden obstruction of airflow During an exacerbation, hypercapnia coupled with respiratory acidosis is experienced due to severe obstruction of the airway. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx During an exacerbation, hypercapnia coupled with respiratory acidosis is experienced due to severe obstruction of the airway Source - Another student's paper During an exacerbation, hypercapnia coupled with respiratory acidosis is experienced due to severe obstruction of the airway On the other hand, hypoxemia and respiratory acidosis are experienced by children during an acute attack, with some patients experiencing carbon dioxide narcosis (Vasileiadis et al., 2018). Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx On the other hand, hypoxemia and respiratory acidosis are experienced by children during an acute attack, with some patients experiencing carbon dioxide narcosis (Vasileiadis et al., 2018) Source - Another student's paper On the other hand, hypoxemia and respiratory acidosis are experienced by children during an acute attack, with some patients experiencing carbon dioxide narcosis (Vasileiadis et al., 2018) On the other hand, some instances of alkalosis are experienced during acute cases. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx On the other hand, some instances of alkalosis are experienced during acute cases Source - Another student's paper On the other hand, some instances of alkalosis are experienced during acute cases This is mainly linked with hyperventilation and hypocapnia that characterize the respiratory alkalosis. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx This is mainly linked with hyperventilation and hypocapnia that characterize the respiratory alkalosis Source - Another student's paper This is mainly linked with hyperventilation and hypocapnia that characterize the respiratory alkalosis Explain how the factor you selected might impact the pathophysiology of both disorders. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Explain how the factor you selected might impact the pathophysiology of both disorders Source - Another student's paper Explain how the factor you selected might impact the pathophysiology of both disorders Describe how you would diagnose and prescribe treatment for a patient based on the part you chose. Suspected Entry: 83% match Uploaded - Wk6assgn Akerele S patho.docx Describe how you would diagnose and prescribe treatment for a patient based on the part you chose Source - Another student's paper Describe how you would diagnose and prescribe treatment for a patient based on the factor you selected Genetics is one of the patient factors that are likely to impact the pathophysiology of both acute and chronic asthma. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Genetics is one of the patient factors that are likely to impact the pathophysiology of both acute and chronic asthma Source - Another student's paper Genetics is one of the patient factors that are likely to impact the pathophysiology of both acute and chronic asthma For instance, a family history of asthma or allergic reaction to allergens is associated with increased cases of asthma. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx For instance, a family history of asthma or allergic reaction to allergens is associated with increased cases of asthma Source - Another student's paper For instance, a family history of asthma or allergic reaction to allergens is associated with increased cases of asthma Huo & Zhang (2018) identify that patient who possesses asthma susceptible genes are likely to develop asthma due to inheritance. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx Huo & Zhang (2018) identify that patient who possesses asthma susceptible genes are likely to develop asthma due to inheritance Source - Another student's paper Huo & Zhang (2018) identify that patient who possesses asthma susceptible genes are likely to develop asthma due to inheritance Based on genetics, the diagnosis and treatment of asthma would begin by undertaking a comprehensive history of the patient to determine if they have a family history of asthma. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Based on genetics, the diagnosis and treatment of asthma would begin by undertaking a comprehensive history of the patient to determine if they have a family history of asthma Source - Another student's paper Based on genetics, the diagnosis and treatment of asthma would begin by undertaking a comprehensive history of the patient to determine if they have a family history of asthma This would be followed by an allergen test. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx This would be followed by an allergen test Source - Another student's paper This would be followed by an allergen test Treatment would entail the avoidance of allergens likely to trigger an asthmatic exacerbation. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx Treatment would entail the avoidance of allergens likely to trigger an asthmatic exacerbation Source - Another student's paper Treatment would entail the avoidance of allergens likely to trigger an asthmatic exacerbation Perse, the use of corticosteroids would be essential during treatment to manage symptoms effectively. Suspected Entry: 84% match Uploaded - Wk6assgn Akerele S patho.docx Perse, the use of corticosteroids would be essential during treatment to manage symptoms effectively Source - Another student's paper Per se, the use of corticosteroids would be essential during treatment to effectively manage symptoms Huo & Zhang (2018) maintain that personalized medicine for asthma can be developed after the effective identification of asthma-susceptible genes following the determination of the genetic characteristics of the various asthmatic phenotypes. Suspected Entry: 96% match Uploaded - Wk6assgn Akerele S patho.docx Huo & Zhang (2018) maintain that personalized medicine for asthma can be developed after the effective identification of asthma-susceptible genes following the determination of the genetic characteristics of the various asthmatic phenotypes Source - Another student's paper Huo & Zhang (2018) maintain that personalized treatment for asthma can be developed after the effective identification of asthma-susceptible genes following the determination of the genetic characteristics of the various asthmatic phenotypes Also, the disease-susceptible genes are identified as a vital drug target source. Suspected Entry: 90% match Uploaded - Wk6assgn Akerele S patho.docx Also, the disease-susceptible genes are identified as a vital drug target source Source - Another student's paper In addition, the disease-susceptible genes are identified as a vital drug target source Hence, treatment should be based on the effective identification of the drug-susceptible genes. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Hence, treatment should be based on the effective identification of the drug-susceptible genes Source - Another student's paper Hence, treatment should be based on the effective identification of the drug-susceptible genes Other pharmacological interventions would entail the use of short-acting beta-adrenoceptor agonists that act as bronchial dilators as well as leukotriene drugs to enhance lung function. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Other pharmacological interventions would entail the use of short-acting beta-adrenoceptor agonists that act as bronchial dilators as well as leukotriene drugs to enhance lung function Source - Another student's paper Other pharmacological interventions would entail the use of short-acting beta-adrenoceptor agonists that act as bronchial dilators as well as leukotriene drugs to enhance lung function 2 Construct two mind maps—one for chronic asthma and one for acute asthma exacerbation. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx Construct two mind maps—one for chronic asthma and one for acute asthma exacerbation Source - https://www.precisionessays.com/thesis-papers-explain-how-the-factor-you-selected-might-impact-the-pathophysiology-of-both-disorders/ Construct two mind maps—one for chronic asthma and one for acute asthma exacerbation Include the epidemiology, pathophysiology, and clinical presentation, as well as the diagnosis and treatment you explained in your paper. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx Include the epidemiology, pathophysiology, and clinical presentation, as well as the diagnosis and treatment you explained in your paper Source - https://www.precisionessays.com/thesis-papers-explain-how-the-factor-you-selected-might-impact-the-pathophysiology-of-both-disorders/ Include the epidemiology, pathophysiology, and clinical presentation, as well as the diagnosis and treatment you explained in your paper 3 Chronic Asthma Mind MapPathophysiology - Low FEV1 - Mucus formation - Thickening of airways - Hyper-responsiveness - Airways constriction Suspected Entry: 81% match Uploaded - Wk6assgn Akerele S patho.docx Chronic Asthma Mind MapPathophysiology - Low FEV1 - Mucus formation - Thickening of airways - Hyper-responsiveness - Airways constriction Source - Another student's paper Pathophysiology - Low FEV1 - Mucus formation - Thickening of airways - Hyper-responsiveness - Airways constriction Clinical Presentation - Cough - Wheezing - Shortness of breath - Chest pressure - Hypoxemia Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Clinical Presentation - Cough - Wheezing - Shortness of breath - Chest pressure - Hypoxemia Source - Another student's paper Clinical Presentation - Cough - Wheezing - Shortness of breath - Chest pressure - Hypoxemia 4 · · · Acute asthma mind mapDiagnosis - Family history - Age of onset - Allergen exposure - Recurrent respiratory infections Suspected Entry: 95% match Uploaded - Wk6assgn Akerele S patho.docx · · · Acute asthma mind mapDiagnosis - Family history - Age of onset - Allergen exposure - Recurrent respiratory infections Source - Another student's paper Acute Asthma Exacerbation Mind MapDiagnosis - Family history - Age of onset - Allergen exposure - Recurrent respiratory infections Chronic Asthma 3 Risk Factors - Cold, damp air/climate - Allergens - Physicality - Chemical irritants Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Risk Factors - Cold, damp air/climate - Allergens - Physicality - Chemical irritants Source - Another student's paper Risk Factors - Cold, damp air/climate - Allergens - Physicality - Chemical irritants Treatment - Inhalers - Spirometer use - Identification of triggers - Avoidance of triggers - Lifestyle modifications - Daily corticosteroids Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Treatment - Inhalers - Spirometer use - Identification of triggers - Avoidance of triggers - Lifestyle modifications - Daily corticosteroids Source - Another student's paper Treatment - Inhalers - Spirometer use - Identification of triggers - Avoidance of triggers - Lifestyle modifications - Daily corticosteroids Diagnosis Treatment Acute asthma Emotional stress Therapy 1 Dehydration Clinical presentation Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Dehydration Clinical presentation Source - Another student's paper Dehydration Clinical presentation Epistemology Corticosteroids daily Water addition Anxiety Briefing tests Depression an Pathophysiological 1 Disruption of epithelial cells Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx Disruption of epithelial cells Source - Another student's paper Disruption of epithelial cells Pulmonary fibrosis Conclusion In conclusion, parents shouldn’t embrace a program that will help in management and treatment of asthma to children. This will help to detect asthma that can be passed from parents to children or according to family history. When asthma is detected, treatment should start immediately and patient should be advice on how to improve their health. References 5 Rothe, T., Spagnolo, P., Bridevaux, P.-O., Clarenbach, C., Eich-Wanger, C., Meyer, F., Leuppi, J. Suspected Entry: 65% match Uploaded - Wk6assgn Akerele S patho.docx Rothe, T., Spagnolo, P., Bridevaux, P.-O., Clarenbach, C., Eich-Wanger, C., Meyer, F., Leuppi, J Source - Another student's paper https://doi-org.ezp.waldenulibrary.org/10.1016/S0140-6736(17)33311-1 Rothe, T., Spagnolo, P., Bridevaux, P.-O., Clarenbach, C., Eich-Wanger, C., Meyer, F., D. (2018). 5 Diagnosis and Management of Asthma - The Swiss Guidelines. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx Diagnosis and Management of Asthma - The Swiss Guidelines Source - Another student's paper Diagnosis and Management of Asthma - The Swiss Guidelines Respiration; 5 International Review Of Thoracic Diseases, 95(5), 364–380. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx International Review Of Thoracic Diseases, 95(5), 364–380 Source - Another student's paper International Review Of Thoracic Diseases, 95(5), 364–380 https://doi-org.ezp.waldenulibrary.org/10.1159/000486797 Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx https://doi-org.ezp.waldenulibrary.org/10.1159/000486797 Source - Another student's paper https:// doi-org.ezp.waldenulibrary.org/10.1159/000486797 1 Hart, S., & Greenstone, M. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Hart, S., & Greenstone, M Source - Another student's paper Hart, S., & Greenstone, M (Eds.). (2018). 1 Foundations of Respiratory Medicine. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Foundations of Respiratory Medicine Source - Another student's paper Foundations of Respiratory Medicine Springer. Huether, S. 1 E., McCance, K. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx E., McCance, K Source - Another student's paper E., McCance, K L., El-Hussein, M. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx L., El-Hussein, M Source - Another student's paper L., El-Hussein, M T., Power-Kean, K., & Zettel, S. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx T., Power-Kean, K., & Zettel, S Source - Another student's paper T., Power-Kean, K., & Zettel, S (2018). 1 Understanding Pathophysiology, Canadian Edition-E-Book. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx Understanding Pathophysiology, Canadian Edition-E-Book Source - Another student's paper Understanding Pathophysiology, Canadian Edition-E-Book Elsevier Health Sciences. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Elsevier Health Sciences Source - Another student's paper Elsevier Health Sciences Huo, Y., & Zhang, H. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Huo, Y., & Zhang, H Source - Another student's paper Huo, Y., & Zhang, H Y. (2018). 1 Genetic Mechanisms of Asthma and the Implications for Drug Repositioning. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Genetic Mechanisms of Asthma and the Implications for Drug Repositioning Source - Another student's paper Genetic Mechanisms of Asthma and the Implications for Drug Repositioning Genes, 9(5), 237. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Genes, 9(5), 237 Source - Another student's paper Genes, 9(5), 237 Vasileiadis, I., Alevrakis, E., Ampelioti, S., Vagionas, D., Rovina, N., & Koutsoukou, A. Suspected Entry: 99% match Uploaded - Wk6assgn Akerele S patho.docx Vasileiadis, I., Alevrakis, E., Ampelioti, S., Vagionas, D., Rovina, N., & Koutsoukou, A Source - Another student's paper Vasileiadis, I., Alevrakis, E., Ampelioti, S., Vagionas, D., Rovina, N., & Koutsoukou, A (2019). 1 Acid-Base Disturbances in Patients with Asthma: Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Acid-Base Disturbances in Patients with Asthma Source - Another student's paper Acid-Base Disturbances in Patients with Asthma A Literature Review and Comments on Their Pathophysiology. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx A Literature Review and Comments on Their Pathophysiology Source - Another student's paper A Literature Review and Comments on Their Pathophysiology Journal of clinical medicine, 8(4), 563. Suspected Entry: 100% match Uploaded - Wk6assgn Akerele S patho.docx Journal of clinical medicine, 8(4), 563 Source - Another student's paper Journal of clinical medicine, 8(4), 563