Background:Quality of life (QoL) dwells in a person's overall well-being. Recently, QoL measures have become critical and relevant in stroke survivors. Instruments measuring QoL of individuals with aphasia are apparently rare in the Indian context. The present study aimed to develop a Kannada instrument to measure the QoL of people with aphasia. Study objectives were to validate Stroke and aphasia quality of life-39 (SAQOL-39) into Kannada, to measure test–retest reliability and internal consistency.Materials and Methods:The original English instrument was modified considering socio-cultural differences among native English and Kannada speakers. Cross-linguistic adaptation of SAQOL-39 into Kannada was carried out through forward–backward translation scheme. The scale was administered on 32 people from Karnataka (a state in India) having aphasia. For a direct understanding of the subject's QoL, scores were categorized into QoL severity levels. Item reliability of the Kannada version was examined by measuring Cronbach's alpha. Test–retest reliability was examined by calculating the intraclass correlation coefficient (ICC).Results:Kannada SAQOL-39 showed good acceptability with minimum missing data and excellent test–retest reliability (ICC = 0.8). Value of Cronbach's α observed for four items modified in the original version was 0.9 each and the mean α of all Kannada items was 0.9, demonstrating high internal consistency.Conclusions:The present study offers a valid, reliable tool to measure QoL in Kannada-speaking individuals with aphasia. This tool is useful in a cross-center, cross-national comparison of QoL data from people with aphasia. This instrument also permits direct translation into other Indian languages as the items are culturally validated to the Indian population. This study promotes future research using the Kannada SAQOL-39.

The level of the conus medullaris (CM) in adults has been described in many studies with cadavers and living people. T1-weighted sagittal spin-echo MR images of the lumbar spine were reviewed in 364 consecutive patients (207 women, 157 men) with a mean age of 45 years (range 18-80). The most common level of CM was the L1-L2 intervertebral disc level in females and the T12-L1 intervertebral disc level in males. The distribution of CM location in a large adult population was shown to range from the T11-T12 intervertebral disc level to L2-L3 intervertebral disc level.

This study evaluated the development of gluteal region morphology in the female population 5 to 83 years of age. For the study, 132 female subjects were placed into four groups: prepubertal (ages 5 to 8 years; n = 10), pubertal (ages 9 to 14 years; n = 38) postpubertal (ages 15 to 41 years; n = 34), and menopausal-postmenopausal (older than 42 years; n = 29). The age, weight, and height of the subjects were routinely recorded, and body mass index was estimated. In addition, 11 measurements were performed on the gluteal region. The data were analyzed by Pearson and Spearmen correlation analyses using SSPS 11.0 for Windows. In the prepubertal group, the intergluteal sulcus and infragluteal sulci did not actively change. Weight gain was the major factor influencing the shape of the gluteal region, whereas age had no effect. In the puberty group, the gluteal region expanded in all directions. During this period, it was difficult to determine any specific relation between measurements because of significant correlation involving all parameters. However, it should be mentioned that among the four groups, only in pubertal group did age significantly affect the shape of the gluteal region. In other three groups, weight seemed to be a major determinant. In the pospubertal and menopausal-postmenopausal groups, the buttocks sagged with weight gain, contrary to the belief that this happens with aging. This causes movement of the infragluteal sulci in downward and lateral directions as well as lengthening of intergluteal sulcus. Although the gluteal shape is open to the effects of demographic factors such as ethnicity, feeding habits, and lifestyle, according to these findings, it might be advised that in the assessment of the gluteal region morphology, it would be better to consider its dynamic nature. Reshaping its only one part, which can be devastating unless the whole gluteal region and upper limb are addressed.

Introduction:There is a high prevalence of chronic kidney disease (CKD) in the rural agrarian population of South India and it often appears unrelated to major known causes such as diabetes or glomerulonephritis.Methods:In a matched case–control study conducted in a rural population in Shivamogga district in South India, the association of heavy metals – lead (Pb), arsenic (As), cadmium (Cd) – and pesticides in CKD was studied. Blood and spot urine samples were tested quantitatively for heavy metals and qualitatively for pesticides.Results:In all, 69 matched pairs (40 female, 58%) were recruited. The mean estimated glomerular filtration rate (mL/min/1.73 m2) was 60.1 (14.2) in cases and 83.4 (13.4) in controls. Elevated blood lead level >5 μg/dL was seen in 15 cases and 25 controls, respectively [P = 0.035, matched odds ratio (MOR) 0.5, 95% confidence interval (CI) 0.22–1.05]. Urinary Pb was elevated in 16 cases and 13 controls, respectively (P = 0.28, MOR 1.25, 95% CI 0.58–2.73). There was no significant association with As and Cd, while pesticide residues were undetectable in cases as well as controls. These results did not change even after excluding CKD cases with diabetes, stage 2 hypertension, and significant proteinuria.Conclusions:There was no statistical significant association between any of the studied heavy metals and CKD, although there was a significant burden of heavy metals in the studied subjects.