Search

The study aims to assess the anti-inflammatory properties of Phyllanthus niruri.  Materials and Method A systematic review was performed using PubMed, scholar, Wiley, Cochrane, Scopus and science direct. Of 213 articles from various sources,180 were screened, and five were related to the research topic. The review was reported according to the systematic review guidelines.  Result Five articles were included, and they were all compared to find the anti- inflammatory properties of Phyllanthus niruri. No meta-analysis was performed during the clinical heterogeneity.  Conclusion With a comparative analysis of the existing related articles about the anti- inflammatory properties, a final answer about the capacity of anti-inflammatory properties of Phyllanthus niruri have to be given.

Heavy metal pollution of ground and surface waters by industrial effluents has become a serious threat to the environment especially in developing countries. Though many conventional physicochemical methods are currently being practiced, biotechnological methods are becoming attractive alternatives, as they are economical and eco-friendly. In this study, the search for innovative and eco-friendly biotechnologies to remove toxicants from effluents has focused attention on the detoxification capacity of a variety of microbe\'s especially cyanobacteria. The treated effluents from tannery industry were collected and added to the cyanobacterial growth medium in various proportions. The photosynthetic pigments and nitrogen status of Anabaena flos-aquae were analysed before and after the treatment with effluent. The present investigations showed that Anabaena flos-aquae can serve as the potential bioremedial organism for industrial pollution.

Presented is a thermodynamic feasibility analysis of extracting base metal chlorides fiom low-grade,multimetallic oxide ores using CaClz as a chlorinating agent in the presence of SOz undoz. The oxides react to form corresponding chlorides, while CaClz is converted to CaS04. The Ellingham diagram is usedfor comparing the standard Gibbs' fiee energy chanlpef or the su(fation-chlorinationr eaction of a large number of oxides. Except for alumina, silica and chromia, most of the other metal oxides will be converted to their respective chlorides. The volatile chlorides can be condensed, and the chlorides present in the condensed state can be leached. A process is proposed that uses a nontoxic chlorinating agent and gives an eficient sepurutiort cftlte metallic vuluesfr.om the garlgue.