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Background: There is a large incidence of congenital thoracic abnormalities that manifest as deformities and or defects of anterior chest walls. Thoracic abnormalities in preterm infants may also be associated with malpositioning in the incubator in the presence of respiratory disease and prolonged mechanical ventilation. Immaturity of respiratory and musculoskeletal system need to compromise biomechanical function of thorax. Thus, the purpose of the study is to access the thoracic alteration and the factors associated with its abnormalities in the infants born prematurely. Objective: Assess thoracic alteration in premature infants. Methods: This was an observational study with infants in first year of age, born prematurely with birth weight < 2000g. Exclusion criteria were: major congenital malformations as defined by the centers for disease contol and prevention, grade III/IV intraventricular hemorrhage or preventricular leucomalacia. Physical examinations were performed independently to assess shoulder elevation and thoracic alterations. Results: 34 infants born prematurely were included for the study according to the inclusion criteria from which 20 infants (58.8%) showed thoracic abnormalities and remaining 14 infants (41.1%) were without abnormalities. Conclusion: The prevalence of thoracic abnormalities was high in infants born prematurely, and was associated with pulmonary disease, and may also have compromised the growth rate of these infants during the first year of life.

Background: Low back pain is the most common condition that affects the majority of the population with up to 84% lifetime prevalence. A specific diagnosis of low back pain is only possible in 15% of patients and the majority of cases the pain is non – specific low back pain (NSLBP). The main objectives were to assess the effect of movement control spinal exercises (MVCSE) on NSLBP and to examine the effect of MCSE on mobility. Methods: The study was conducted in the physiotherapy out-patient department. After screening of the inclusion and exclusion criteria, 35 individuals with NSLBP were selected. A pre-test assessment was done, the protocol included warmup sessions, exercise protocol and cool down sessions. Exercises were demonstrated to the patients according to the spinal movements control impairment, the total duration of the protocol was of 6 weeks with one session of 1 hour per day. Later the post- test assessment was done and further statistical analysis was done. Results: After 6 weeks post evaluation, patients with flexion movement control impairment (MVCI) had improvement in their movement control; extension, lateral and rotational movement control impairments were the same as before. Conclusion: The patient- specific functional complaints and disabilities improved significantly after implementation of the individual based specific exercise programme, along with the regular physiotherapeutic interventions. Movement Control Spinal Exercise treatment has shown results in improving mobility and disability in the short term and long term for individuals with NSLBP and MVCI to than other interventions.