Volume 10 | Issue 7 |

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Keywords : uterus, transplantation, infertility

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Literature, Prediction, Futuristic, Coronavirus, Government, Social-media, Awareness, Society.

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Adolescents, Alcoholic Fathers, Gender.

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Bio-molecules derived from various plant components and microbial species have been investigated as possible agents for synthesizing silver nanoparticles (AgNPs). There is worldwide interest in synthesizing silver nanoparticles by different methods for their anti-bacterial activity, catalysis, and anti-fungal activity. In medical science and illness therapy, developing the biologically inspired green synthesis of silver nanoparticles has gotten a lot of interest. Synthesized silver nanoparticles were detected using UV Vis spectroscopy to examine the silver nanoparticles that had been made. Moreover, X-Ray Diffraction, Fourier Emission Scanning Electron Microscopy (FESEM), spectrophotometry, Electron Dispersive Spectroscopy (EDS), and X-Ray Diffraction (EDS) were used for confirmation.

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AgNPs, green synthesis, silver nanoparticles, anti-microbial activity, anti-fungal activity

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Creative Commons Attribution 4.0 and The Open Definition

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brain plasticity, health humanities, re-wiring, art therapy, sex difference etc.

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The purpose of this experiment was to examine the capabilities of bacterial concrete for building. To make concrete stronger than regular concrete and to increase the qualities of concrete, a bacterial called BACILLUS SUBTILIS (together with its nutrition) is injected. The project is designed to investigate evaluate cube specimens compressive strength, know the optimal number of bacteria to use, and research the characteristics of cracks in the specimens by adding the urease, gram-positive Bacillus Subtilis (spore forming bacteria), as well as facultative aerobic. Mechanism: When there is oxidation and moist present, bacteria transfer the calcium found in concrete into lime. We deduced from the abovementioned method that adding bacillus species to concrete boosts its strength and gives it the ability to self-heal cracks

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Compressive strength; Bacillus, Self-heal, Oxidation, Split tensile strength

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In the present work, Kadukkai (Terminalia Chebula) isused as natural admixture and examined its effect on the properties of conventional concrete and fly ash blended concrete. In detailed, the effect of Terminalia Chebula on the properties such as compressive strength and split tensile strength of fly ash blended concrete and conventional concrete was investigated. The consistency increased with increase in dosage of natural admixture up to 2% for fly ash blended binders. Various percentages of fly ash such as 10, 20, 30, 40 and 50% and Kadukkai (Terminalia Chebula) powder of 0.25, 0.5, 0.75 and 1.0% are investigated. The mechanical properties of the conventional concrete as well as fly ash blended concrete are improved by addition of natural admixture at an optimum dosage of 0.75%. On the other hand, the consistency of fly ash blended concrete is increases with increased dosage of natural admixture up to 2%. It has been observed that with the optimum dosage of natural admixture, the fly ash blended concrete achieved the desired strength at 28 days of curing. In a nutshell, the concrete mixture containing0.75% of natural admixture and 30% of fly ash for M 25 grade of concrete

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Conventional concrete, Compressive strength, Fly ash,Split tensile strength and Terminalia Chebula

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Abstract: This paper analyses the Business performance of LIC for a period of ten years from 2011-2012 to 2020-2021. For the purpose of analysis, various tools like Mean, Standard Deviation, Co-efficient of variation, Annual growth rate, Compound Growth rate have been used. Analysis shows that New Business Individual (Number of Policies, Sum Assured) Business in Force (Number of Policies, Sum Assured) and First Insurance. Growth Rate of Sum Assured in New Business and Business in Force are in upward trend from 2014-2015 to 2019-2020.

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New Business Performance, Business in force, First Insurance.

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Boerhavia diffusa is one of the renowned medicinal plant in Ayurveda to subside a number of disease in Ayurvedic field. It is native plant of Nyctaginaceae Family. It is a plant of Rasayana category as per Ayurveda. It is reported to possess various pharmacological Actions like Expectorant, Immunomodulatory Effects, Antistress, Hypoglycaemic Activity, Anticonvulsant Activity, Anti-Inflammatory Activity, Diuretic, Cardiotonic, Antiviral, Laxative. In this article classical categorization, synonyms, Rasapanchaka, Karma, Morphology, Vernacular names and many qualities of Punarnava is described. It is a plant of uncountable benefits because of its chemical and therapeutic properties. This paper presented a comprehensive review of B. diffusa especially its pharmacological actions and therapeutic importance in ayurveda on the basis of ancient texts as well as modern literatures like Charaka Samhita, and Sushruta Samhita, Vagbhatta and Various Nighantus.

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Ayurveda, Punarnava, Boerhavia diffusa, Dravya.

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Industrialization and urbanization has led to depletion of high quality construction materials. The cost of construction materials is increasing significantly, so are their availability. So alternate construction materials are to be found and exploited. The material Phosphogypsum and fly ash has been found to have certain properties which can be useful in the construction. Phosphogypsum is the primary byproduct of the wet-acid process for producing phosphoric acid from phosphate roc and fly ash is the by-product of coal. The aim of the project is to develop a sustainable concrete with improved strength, durability and having less maintenance by utilizing Phosphogypsum and fly ash. Mechanical strength for compressive strength, split tensile strength and flexural strength were conducted to find the optimum usage of alternative materials with proportions of 5%, 10% and 15% of total weight of concrete and durability tests of sulphate , chloride resistance and corrosion test were performed. From the studies, it is concluded that long term strength and durability has increased when fly ash concrete is modified by partially replacing cement with 10% of phosphogypsum.The phosphogypsum increases the workability of the concrete due to the combined lubricating effect of fly ash and phosphogypsum. The strength properties are similar to the addition of fly ash in concrete.From durability studies of rapid chloride permeability, with the inclusion of fly ash, chloride ingress capacity of concrete is decreased. Pore refinement and grain refinement due to reaction between fly ash and liberated lime improves impermeability. The reduction in permeability of concrete is mainly due to filling of the pores and voids with calcium carbonate precipitation.

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 Keywords

Phosphogypsum and fly ash, Mechanical strength tests, Durability tests

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Creative Commons Attribution 4.0 and The Open Definition