ABSTRACT: Osteoporosis is a common metabolic disorder characterised by decreased bone mass and weakened micro-architecture of bone tissue. In 2014 Osteoporosis international estimated osteoporosis to be one of the leading causes of disability, depression, and early mortality in the elderly. After 50 years of age, 1 in 3 women and 1 in 5 men experience osteoporotic fractures. This is projected to cause a yearly loss of 5.8 million healthy life years to disability. The number of patients who attend the outpatient clinic and emergency department of Sanjay Gandhi institute of trauma and orthopaedics with fragility fractures has been increasing, hence to know the prevalence of osteoporosis in the general population who were asymptomatic, we decided to conduct a study in the rural areas of south India. RESULTS: The prevalence of osteoporosis in the rural population was more in females at 42.2%, whereas the males had a prevalence of 32.5%. Among the population with habits of tobacco consumption and alcohol consumption, the prevalence was 78% and 30.6% respectively. 20.2 % of non-smokers and 39.7% of non-alcoholics were osteoporotic. Among the population with comorbidities, 53.6% of diabetes and 55.4% of hypertensives were osteoporotic. 33.7% of non-diabetics were osteoporotic, and 29.5% of hypertensives were osteoporotic. The correlation between osteoporosis and the individual risk factors ranged between weak negative to moderately positive.(r = - 0.2 to 0.5). The correlation between the combination of all the four risk factors and osteoporosis is weakly positive (r = 0.339), which is highly significant (p-value = 0.001). CONCLUSION: The prevalence of osteoporosis is high in rural populations over 50 years. There is a significant positive correlation between osteoporosis and secondary risk factors like smoking, tobacco chewing, alcohol consumption, diabetes, and hypertension.
AIM Range of motion prior to TKRis a key determinant of the post-operative range of motion.The likelihood that the accompanying stiffness of the extensor mechanism will result in limited flexion following surgery increases with the preoperative range of motion.It would make sense to enhance knee ROM before surgery in order to optimize flexion following TKA.Comparisons were made between the patient groups who had knee surgery with preoperative exercises and those who had surgery without them. METHODS 156 patients with knee arthritis were collected over a period of 1.5years. They were divided into two groups. Pre-operative knee exercise was given to 78 patients for aone month. Prior to and following the test group's workouts, all patients were observed.All 156 underwent TKR, and their post-operative range of motion was evaluated at four weeks, three months, six months, and a year. We timed how long it took to fully extend and flex to 90 degrees. RESULTS Thisstudy suggested that the knee workouts were unquestionably helpful in achieving early knee flexion up to 90 in comparison to that of the control group. When the test group was compared to the control group, knee flexion to about 90 and more was attained in about 4 weeks; this difference was statistically significant (p 0.01).But after six months and a year of long-term follow-up, there were no discernible changes in the knee's range of motion. CONCLUSION Prehabilitation significantly improves the Knee Score for the intervention group both before surgery and three months after surgery. Exercises done before to surgery help patients recover more quickly from TKA and may speed up the process of achieving a good flexion and extension range of motion. However there is no significant difference in functional outcome after one year post surgery in both groups.
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