Tumor necrosis factor (TNF)-alpha is thought to play an important role in wasting; but TNF-alpha levels have not been consistently found to be high in AIDS wasting. We conducted this study to determine any correlation between TNF-alpha levels and wasting in HIV-positive patients in a developing country. TNF-alpha levels were measured in four groups of patients: Group 1, HIV/AIDS with wasting (n = 25); group 2, HIV/AIDS without wasting (n = 47); group 3, HIV-negative patients with tuberculosis with wasting (n = 25); and group 4, healthy controls (n = 25). Wasting was defined as a body bass index (BMI) =16.0 kg/m(2). TNF-alpha was measured by a solid-phase sandwich enzyme linked immunosorbent assay (ELISA) kit. The mean BMI in HIV-positive patients with wasting (group 1) and without wasting (group 2) was 15.192 +/- 1.142 and 19.507 +/- 2.457, respectively, while group 3 and 4 had a BMI of 14.878 +/- 3.234 and 21.862 +/- 2.763 kg/m(2). The mean TNF-alpha level in group 1 was 50.864 +/- 99.13 pg/mL and 43.39 +/- 66.372 pg/mL in group 2. There was no significant difference between the two groups. TNF-alpha was significantly higher in the HIV/AIDS groups (group 1 and 2) compared to the tuberculosis group (10.74 +/- 7.854) and healthy controls (5.846 +/- 3.40) at p = 0.01. TNF-alpha was significantly (p = 0.002) higher in symptomatic patients compared to asymptomatic patients (16.03 +/- 7.61 versus 64.70 +/- 98.70). In conclusion, TNF-alpha levels were higher in HIV patients, regardless of the presence of wasting, compared to normal healthy controls of patients with tuberculosis with wasting.
Chronic kidney disease of unknown etiology (CKDu) is an emerging entity in the South Asian region. This predominately affects the farming community belonging to the lower socioeconomic status. CKDu being a progressive condition often leads to end-stage renal failurerequiring renal replacement therapy (RRT). Due to the high cost and limited availability of RRT in many areas of geographical locations in India and worldwide, there is an unmet need to slow down the progression of CKDu. The intestinal microbiota is different in patients with CKD, with low levels of beneficial bacteria such as
Lactobacillus
and
Bifidobacteria
. Prebiotics and probiotics modify the intestinal microbiota and thereby slow down the progression. Soda bicarbonate therapy is cheap and cost-effective in slowing down the progression of CKDu in a subset of patients. There is also evidence of the beneficial effect of N-acetyl cysteine in early stages of CKD and it should benefit CKDu also. Dietary interventions to prevent dehydration, by providing uncontaminated drinking water, sufficient protein containing diet with adequate calories, and tailored salt intake to prevent hypotension, are necessary compared to other causes of CKD. The objective is to prevent malnutrition, and uremic symptoms. Early diagnosis and prompt intervention may delay the progression of CKDu in the early stages.
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