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The increasing elderly population presents challenges in healthcare services, particularly related to decreased mobility and independence in daily activities. Physiotherapy plays a crucial role in maintaining and improving the mobility function of older adults through appropriate evaluation and intervention approaches. One simple, valid, and reliable measurement tool for assessing functional mobility is the Timed Up and Go Test (TUG). This study aims to examine the role of physiotherapy in increasing independence in older adults through functional mobility assessment using the TUG. The method used was a descriptive-analytical study with a cross-sectional approach in a group of older adults. Measurements were conducted using the TUG to assess mobility, balance, and fall risk. The assessment results were then used as the basis for planning physiotherapy interventions, which included muscle strength training, balance training, and functional exercises. The results showed that older adults with better TUG scores had higher levels of independence in daily activities. Targeted physiotherapy interventions based on TUG results have proven effective in improving mobility and reducing fall risk. Therefore, using the TUG as an initial assessment tool is crucial in determining appropriate rehabilitation strategies. In conclusion, physiotherapy plays a significant role in increasing the independence of older adults through an approach based on functional mobility assessment using the TUG. Routine implementation of this assessment is expected to support optimal quality of life for older adults.

Stroke is a major cause of long-term disability and frequently results in balance impairment that limits functional mobility and increases the risk of falls. Impaired trunk control and postural instability are common consequences of stroke, highlighting the need for effective rehabilitation strategies. This study aimed to analyze the effect of Core Stability Exercise on balance improvement in stroke patients undergoing rehabilitation at the Medical Rehabilitation Polyclinic of RS Adhyaksa Jakarta. A case study design with a pretest–posttest approach was applied to three patients with ischemic stroke who presented with balance disorders. The intervention consisted of Core Stability Exercise, including bridging, bird-dog exercise, and seated balance exercise, conducted three times per week for eight sessions. Balance performance was measured using the Berg Balance Scale before and after the intervention. The findings demonstrated a consistent increase in Berg Balance Scale scores in all patients, indicating improvements in static and dynamic balance as well as a reduction in fall risk. Patients with better initial motor control showed faster and greater improvement, although positive changes were also observed in patients with more severe impairments. These results suggest that Core Stability Exercise contributes to enhanced trunk stability, postural control, and functional balance in stroke patients. The study implies that integrating Core Stability Exercise into routine physiotherapy programs may support more comprehensive and individualized stroke rehabilitation, particularly in addressing balance-related functional limitations.