Effects of Core Strengthening Exercises With Diapgragmatic Breathing Versus Core Strengthening Exercises With Pilate Breathing in Diabetes Type II Patients

Overview

Diabetes type II is a metabolic syndrome involving high sugar levels known as hyperglycemia. It can impair pulmonary function through reduced lung elasticity and gas exchange and weaken core muscles due to inflammation and muscle atrophy. Literature has shown the individual effects of these exercises on quality of life. However, no study has yet evaluated the combined effects of these exercises on different variables such as lung function, functional capacity, and blood sugar levels. OBJECTIVE: The objective of this study is to compare the effects of diaphragmatic breathing and Pilates breathing, combined with core strengthening exercises, on lung function, functional capacity, blood sugar levels, and quality of life. The study aims to determine which breathing technique provides greater physiological and functional benefits. METHOD: The study will be a Randomized control trial consisting of two groups subjects meeting the inclusion criteria will be selected for the study. The subjects will then be randomly assigned to two groups. One group will receive Diaphragmatic breathing with core strengthening exercises and other group will receive Pilate breathing with core strengthening exercises. Before initiating the treatment procedure following would be assessed for all the patients: Pulmonary Function, Functional Capacity, Blood sugar levels and quality of life. Afterwards a treatment regime distributed over the course of six weeks will be given to all patients. After the interventions Pulmonary function, Functional capacity, Blood sugar levels and Quality of life would be reassessed. Data would be analyzed to evaluate the outcomes. DATA COLLECTION PROCEDURE: The participants eligible for the study according to inclusion and exclusion criteria would be recruited for the study voluntarily and referred from Medical OPD of Fauji Foundation Hospital and Rehab OPD of Fauji Foundation Hospital. The purpose of this study along with the treatment plan would be explained to the participants in the language they understand their best and informed consent will be taken from the participants. A treatment regimen consisting of 18 weeks distributed over the course of six weeks will be provided to the patients in multidisciplinary lab of foundation University College of physical therapy

Diabetes type II is an expanding global problem linked to several factors such as obesity, unhealthy diet, and physical inactivity. The two most common causes are impaired insulin secretion or insulin resistance. Diabetes type II is a major health burden for the elderly population, affecting approximately 25% of individuals over the age of 65 years. Recently, increased attention has been paid to the loss of muscle power and sarcopenia in individuals with type II diabetes, as these conditions compromise both physical and psychological health, significantly affecting overall quality of life. Diabetes type II is a heterogeneous disorder affecting multiple organs. The alveolar capillary network, a large microvascular unit in the lungs, may be associated with the condition. Functional capacity is a strong predictor of survival in many diseases, including diabetes type II. Patients are more likely to experience functional impairments due to poor glycemic control and associated complications. Symptoms such as inadequate metabolic control, episodes of hypoglycemia, fear of hypoglycemia, and changes in lifestyle collectively lead to poor health-related quality of life, with reductions in functional performance. Activities of daily living and overall quality of life are often most affected by vascular complications in diabetes type II. Reduced lung function and impaired gas transfer are also linked to the disease. Chronic hyperglycemia causes the production of reactive oxygen species due to a process known as non-protein enzymatic glycation. Advanced glycation and continuous oxidative stress trigger a chronic inflammatory response. Additionally, there is a considerable decrease in glucose uptake in the skeletal muscles of patients with diabetes type II. Due to impaired insulin production and utilization, patients experience a constant state of elevated blood sugar levels that can lead to severe short-term and long-term consequences. Diabetes type II, therefore, represents a complex disorder characterized by defects in insulin production and utilization. Research also indicates that diets containing high sugar content, refined foods, and high-calorie foods significantly increase the risk of developing diabetes type II. This study aims to explore the combined effects of treatment regimens on pulmonary function, functional capacity, random blood sugar levels, and quality of life. The investigation seeks to provide a deeper understanding of the effects of these interventions on various health variables.