Yadigar Çevik-Durmaz, Eylem Yalçinkaya-Önder, Serkan Timur
Preservice teachers' nomophobia levels, sense of loneliness and adjustment to college life
Perspectives in psychiatric care
proper posture characterized appropriate alignment cervical thoracic lumbar segments spine enables regions maintain normal curvature body composition recognized one factors influence overall postural alignment spine objective study determine influence parameters body composition prevalence postural disorders sagittal plane crosssectional study conducted 152 children genders 78 boys mean age 11 years 6 months order evaluate postural disorders formetric 4d system tool manufactured diers schlangenbad germany used based output data following variables obtained hyperkyphosis hyperlordosis kypholordosis flatback normal alignment body sagittal plane evaluation body composition parameters conducted using inbody 770 device determine body composition influences postural status spinal column discriminant analysis employed results showed approximately 658 children exhibit various types postural disorders assessing alignment spine sagittal plane prevalent disorder observed hyperkyphosis affecting 342 subjects followed kypholordosis 164 moreover results demonstrated body composition significantly influences body posture p 0004 increase fat mass corresponds deviation normal body posture whereas increase percentage skeletal muscle mass fatfree mass associated reduction postural abnormalities sagittal plane considering results clear body composition parameters serve reliable predictors influence body posture compared simply calculating body mass index furthermore concluded consistent patterns influence specific body composition parameters including fat mass percentage skeletal muscle fatfree mass body posture among children various climates results underscore significance implementing strength exercises children particularly periods rapid growth development means preventing correcting postural disorders