PHYSIOTHERAPY REHABILITATION IN PATIENT WITH BOW LEG DEFORMITY

The knee is one of the largest and most complex joints in the body. The knee joins the thigh bone (femur) to the shin bone (tibia). The smaller bone that run alongside the tibia and the knee cap are the other bones that makes the knee joint. Osteoarthritis is the most common form of arthritis and often affects the knee, due to ageing. It can be common in children also. Prompt physical therapy leads to achieve functional goals. Bow leg deformity also called as genu varum. In this the legs are curved outwards at the knees. It is rarely serious and usually goes away with treatment. A 58-year-oldlady presented with genu varum which was diagnosed since last six years. The patient complains of chronic pain and was unable to walk and sit on the floor. The patient started physiotherapy treatment which comprise of exercises, electrotherapy, gait training for a period of six weeks which resulted in improvements in pain, range of motion, functional activities. The present case report suggests that classic and prompt structure physical rehabilitation led to improving the functional goals progressively and significantly which majorly leads to a successful recovery

Greek, Tamil and Sanskrit: Comparison between the Myths of Prometheus, Sembian and Sibi

The Prometheus myth in Greek literature deals primarily with the theft of fire. The mythological story unwinds such events as the sacrificial thigh bone, God’s corporal punishment, and the eating of flesh by an eagle. A link with the Oceanus race and with the continent of Asia is also seen. Interestingly resemblances with this myth can be seen in some ancient literary sources from Tamil and Sanskrit languages. The Tamil myth of ‘Sembian’ and the Sanskrit myth of ‘Sibi’ also have resemblances with the Greek myth of Prometheus. The parallels seen between these myths are examined here. Keywords: comparative study, Indian, myth, Prometheus, Sanskrit, Sembian, Sibi, Tamil

Prevalence of Knee Pain Among Females Using High Heels

Knee pain, also known as patellofemoral pain, (PFP), is a condition characterized by knee pain ranging from severe to mild discomfort seemingly originating from the contact of the posterior surface of the patella (back of the kneecap) with the femur (thigh bone). Knee pain or Patellofemoral pain (PFP) is one of the most common disorders of the lower extremity, accounting for 25% of all knee injuries treated in orthopedic clinics Objective: To find Prevalence of knee pain among females using high heels. Methodology: This cross sectional study was conducted in University of Lahore. Sample size of 147 was calculated by Epi-tool formula. Data were collected by using questionnaire. Knee pain in females using high heels was measured by using a questionnaire which was consisted on Visual Analog Scale (VAS) Results: Results showed that the prevalence knee pain was to be found 21.1%% in females using high heels. 8 out of 31 respondents said that they faced mild knee pain. The other 19 females said that they faced moderate knee pain and only 4 out of 31 females said that they faced high knee pain Conclusions: Knee pain was frequent among female with lowheight and female who wore high heels

Assessment bone mass density in new diagnosed Grave’s disease

Object: To assess bone mass density in new diagnosed Grave’s disease. Subjects: 60 Grave’s disease patients and 50 normal people that visited at outpatient department for required service, Bach Mai hospital, from October 2017 to July 2018. Methods: Cross-sectional study. Results: 6,66% of patients had osteoporosis at neck of thigh bone and this rate was 3,33% at spine. The bone mass density in new diagnosed Grave’s disease was lower than normal people. At neck of thigh bone: bone mass density in Grave’s disease was - 0,89 ± 1,07 (T - score) but only - 0,58 ± 1,06 (T - score) in control group (p > 0,05). At spine: bone mass density in Grave’s disease was - 0,35 ± 1,22 (T - score) and in control group was 0,068 ± 1,06 (T - score) (p < 0,05). Conclusions: There was no correlation between thyroid volume and bone mass density.

A study of femoral bicondylar angle in Udaipur, India zone

Background: Human body consists of 206 bones; among which femur. The thigh bone is considered as the biggest and strongest bone of the body. The bone contains a femoral bicondylar angle which helps in maintaining the balance and certain movements of the body. Those movements are essential to stand upright and erect; therefore, helps in balancing the posture of the body. Bicondylar angle shows various gestures and characteristics essential for describing the necessary ailments of the human skeleton. Thus, the present study is designed with an aim to measure and compare the bicondylar angle of femur both in males and females in Udaipur, Rajasthan, India zone.Methods: Totally, 96 bones were studied- 48 males and 48 females’ bones in 2 years duration. The study was carried out in the Department of Anatomy of Geetanjali Medical College and Hospital and R.N.T. Medical College. The bicondylar angle was measured with a suitable apparatus comprising of compass, Digital Vernier Calliper, scale and protector (Figure 1) along with osteometric board. Bicondylar angle of male and female bone was calculated using SPSS software.Results: The study shows that the bicondylar angle of left femur was greater than right femur in both the genders, but their side differences was statistically insignificant (p>0.05).Conclusions: Hence, the bicondylar angle of female is larger than in comparison to males and these results can put emphasis/light on the orthopaedic clinicians and surgeons to know the etiology of osteometric diseases.

BUCKLING AND FAILURE ANALYSIS OF BONES IN HIP JOINT

Free body diagram is drawn to compute the various forces and torques acting on hip joint. The FEA models for hip joint and acetabular cup are drawn with the help of CT Scan reports. The stress distribution and deformations are then obtained by using finite element analysis. Contact stresses, contact area radius and maximum pressure are obtained. Modeling of the hip joint and acetabular cup was done and stress distribution was also determined. Since the thigh bone is slender, it was analyzed both manually and through software for buckling. This analysis is performed in order to predict the failure of bones in the hip joint.