Solar photo catalytic degradation of environmental contaminants

Solar energy has been proved as an innovative and promising route for the treatment of industrial effluents, waste water and for the purification of water. The solar detoxification process has challenged the effectiveness of conventional treatment processes for the degradation of environmental contaminants. The literature review of scientific and technological aspects on solar photo catalytic degradation and detoxification process has been conducted and briefly represented in the present paper. Key words: Solar detoxification, effluent, metal oxide, photo-catalysis, spent wash

Diversity of Birds in Local Ecosystem Aurangabad, Maharashtra, India

Dr. B. A. M. University, Aurangabad is having very good biodiversity having a different type of flora and fauna. It surrounded by hilly area having two small water bodies and different type of flowering and fruit plants on its surrounding campus which provides grounds for feeding, breeding and nesting for avian fauna. The field survey was made to assess the campus for the avian fauna by conducting daily observations. During field survey the about 61 species of birds were recorded in all seasons due to different habitats present at university campus, out of watershed catchments, from flowering tree shelters, and from marshy areas. Out of these, some are common birds which are observed perennially like Pond heron, Cattle egret, White breasted kingfisher, Red wattled lapwing, Indian ring dove, Crow pheasant, Jungle babbler, Common myna, Rose ringed parakeet, Tailor bird, Purple rumped sunbird, Indian robin, Magpie robin. Some birds are seasonal like Black Ibis, European hoopoe, Coppersmith barbet. These are more frequently observed in winter. Grey hornbill, Tree pie are seen in starting of Rainy season. The University campus is having rich diversity of avian fauna

Implementing Andersen Alias Analysis in LLVM

Alias Analysis information is a prerequisite for most of the program analysis and the quality of this information can greatly boost up the precision and performance of the program. Many recent works in this area have focused on high precision and scalability, but still they lack an efficient and scalable alias analysis. The inclusion based or Andersen style alias analysis is widely used to compute such information. Andersen alias analysis is flow insensitive which make it highly precise and motivate many modern optimizing compilers to deploy it. In this work, we have improved and implemented the Andersen alias analysis in the latest version of LLVM

EFFECT OF SHARPUNKHAMULACHURNA WITH TANDULODAK IN ASRUGDARA

Any abnormality in Rutuchakra (menstrual rhythm) leads excessive and irregular uterine bleeding which is known as “Asrugdara” in classical text. In routine practice of Striroga and Prasutitantra number of patients present with excessive and irregular bleeding vaginally. To study the effect of Sharpunkhamulachurna with Tandulodak in Asrugdara. Asrugdara gives rise to various systemic and psychological disorders which needs treatment. 30 patients were diagnosed with symptoms of Asrugdara attending OPD of our institute and fulfilling criteria are taken for the study. A special proforma was prepared with all points of history taking, physical signs and symptoms and lab. Investigations. The parameters were scored on the basis of standard methods of statistical analysis.In the study, Artavapraman shows 78.8% of relief, Rajastarvaavadhi shows 49.0% of relief, Daha shows 36.9% of relief, Adhoudarshula shows 59.2% of relief, interval between 2 cycle shows 0% of relief, consistency of bleeding shows 44.8% of relief, Varna shows 41.1% of relief and by wilcoxon test it is found that it is highly significant. So it can be concluded that efficacy of Sharpunkhamula churna is significant in Asrugdara on this symptom.Among the available treatment for Asrugdara, Sharpunkhamulachurna is beneficial in curing the vitiated Doshas. The treatment which includes Sharpunkhamulachurna which have been used based on their properties like Tikta and Kashayarasatmak which helps in Stambankarma, it is also Vatakaphaghna - all these objectives are fulfilled to the greater extent

The Hepatic Monocarboxylate Transporter 1 (MCT1) Contributes to the Regulation of Food Anticipation in Mice.

Daily recurring events can be predicted by animals based on their internal circadian timing system. However, independently from the suprachiasmatic nuclei (SCN), the central pacemaker of the circadian system in mammals, restriction of food access to a particular time of day elicits food anticipatory activity (FAA). This suggests an involvement of other central and/or peripheral clocks as well as metabolic signals in this behavior. One of the metabolic signals that is important for FAA under combined caloric and temporal food restriction is β-hydroxybutyrate (βOHB). Here we show that the monocarboxylate transporter 1 (Mct1), which transports ketone bodies such as βOHB across membranes of various cell types, is involved in FAA. In particular, we show that lack of the Mct1 gene in the liver, but not in neuronal or glial cells, reduces FAA in mice. This is associated with a reduction of βOHB levels in the blood. Our observations suggest an important role of ketone bodies and its transporter Mct1 in FAA under caloric and temporal food restriction

The transcriptomic evolution of mammalian pregnancy:gene expression innovations in endometrial stromal fibroblasts

The endometrial stromal fibroblast (ESF) is a cell type present in the uterine lining of therian mammals. In the stem lineage of eutherian mammals, ESF acquired the ability to differentiate into decidual cells in order to allow embryo implantation. We call the latter cell type “neo-ESF” in contrast to “paleo-ESF” which is homologous to eutherian ESF but is not able to decidualize. In this study, we compare the transcriptomes of ESF from six therian species: Opossum (Monodelphis domestica; paleo-ESF), mink, rat, rabbit, human (all neo-ESF), and cow (secondarily nondecidualizing neo-ESF). We find evidence for strong stabilizing selection on transcriptome composition suggesting that the expression of approximately 5,600 genes is maintained by natural selection. The evolution of neo-ESF from paleo-ESF involved the following gene expression changes: Loss of expression of genes related to inflammation and immune response, lower expression of genes opposing tissue invasion, increased markers for proliferation as well as the recruitment of FOXM1, a key gene transiently expressed during decidualization. Signaling pathways also evolve rapidly and continue to evolve within eutherian lineages. In the bovine lineage, where invasiveness and decidualization were secondarily lost, we see a re-expression of genes found in opossum, most prominently WISP2, and a loss of gene expression related to angiogenesis. The data from this and previous studies support a scenario, where the proinflammatory paleo-ESF was reprogrammed to express anti-inflammatory genes in response to the inflammatory stimulus coming from the implanting conceptus and thus paving the way for extended, trans-cyclic gestation