1,729,455 research outputs found
Evaluation of Antibacterial Activity of Deepika Rasa
Full text linkNow a day’s infectious diseases are posing problem for human beings. In modern era for the development of Ayurvedic medicine with the proof scientifically and use of new search antibiotics to be increase, So we studied for pharmaceutical & diagnostic parameter standardization of Deepika rasa. Deepika rasa is not popular traditional medicine so an attempt has been made to develop a safe & less expensive antimicrobial drug.
Deepika rasa formulations are selected for the present study from Rasa rattan samuccaya (U.K.A12). Deepika rasa was indicated as “Sarva Jwarhar Vinashanam”. The antibacterial activity of the Deepika rasa was tested against 5 pathogenic bacterial strain Streptococcus pyogenes, Staphylococcus aureus, Pseudomonas aeruginosa, Escherichia coli, and Salmonella typhi. These pathogens are very common for fever.
In order to study antibacterial action of Deepika rasa in vitro well diffusion method. During this study Deepika rasa was trailed with bacterial at different concentration. To correlate the result control solution were prepared by streptomycin. Experimental group were compared with control group and observation were noted.
The encouraging results obtained from anti microbial study of Deepika rasa. Deepika rasa was highly significant for some pathogen with the different concentration & moderately significant for some pathogen with the different concentration & no significant for some pathogen with the different concentration. So an attempt was made to find a safe and effective Ayurvedic medicine
A Comparative Antimicrobial Study of Deepika Rasa Prepared by two Different Methods
Full text linkThe Indian classic of Rasashastra have contribute numerous Rasayoga for various disease. In modern era for the development of Ayurvedic medicine with the proof scientifically and use of new search antibiotics to be increase, Deepika rasa is not popular traditional medicine so an attempt has been made to develop a safe & less expensive antimicrobial drug. Deepika rasa formulations are selected for the present study from Rasa Ratan Samuccaya (U.K.A12). Deepika rasa was indicated as “Sarva Jwarhar Vinashanam”. Deepika rasa is one among Kharaleeya Kalpana. In this study we prepared Deepika rasa by two different methods: 1. Deepika rasa formulation- Rasa Ratan Samuccaya (U.K.A.) [D1] 2. Deepika rasa formulation- Modified method [D2]. The difference between above formulations was that Rasa Sindoora was used in the place of Parad and Gandhak in the formula two of Deepika rasa. This was because of the preparation Rasa sindoora was more potent as compared to Kajjali of first formula. The above said formulations were subjected to antimicrobial investigations to determine their quality, standards and anti-microbial effects on 5 pathogenic bacteria strain Streptococcus pyogenes, Staphylococcus aureus, Pseudomonas aeruginosa, Escherichia coli, and Salmonella typhi. These pathogens are very common for fever. In order to study antibacterial action of Deepika rasa in vitro well diffusion method. During this study Deepika rasa was trailed with bacterial at different concentration. To correlate the result control solution were prepared by streptomycin. Experimental group were compared with control group and observations were noted. The encouraging results obtained from anti-microbial study of both sample of Deepika rasa. Deepika rasa 1 & Deepika rasa 2 was highly significant for some pathogen with the different concentration and moderately significant for some pathogen with the different concentration and no significant for some pathogen with the different concentration. So an attempt was made to find a safe and effective Ayurvedic medicine
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Leysia Palen and Deepika Rama Subramanian: Fertile Ground: Women's Bodies as Sites for Motivating Disinformation
No full textThis presentation was made by Leysia Palen and Deepika Rama Subramanian. The presentation’s title is: “Fertile Ground: Women's Bodies as Sites for Motivating Disinformation.”
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Every month, the COVID Information Commons Team (along with the Northeast Big Data Innovation Hub) brings together a group of researchers studying wide-ranging aspects of the current pandemic, to share their research and answer questions from our community. The events showcase scientists' ongoing efforts in the fight against COVID-19, including opportunities for collaboration
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Leysia Palen et Deepika Rama Subramanian: Un terrain fertile : le corps des femmes comme site de désinformation motivante
No full textCette présentation a été faite par Leysia Palen et Deepika Rama Subramanian. Le titre de la présentation est: “Un terrain fertile : le corps des femmes comme site de désinformation motivante.”
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Chaque mois, l'équipe COVID Information Commons (avec le Northeast Big Data Innovation Hub) rassemble un groupe de chercheurs étudiant de nombreux aspects de la pandémie actuelle, pour partager leurs recherches et répondre aux questions de notre communauté. Ces événements mettent en valeur les efforts continus des scientifiques dans la lutte contre le COVID-19, notamment les opportunités de collaboration
sj-docx-1-pil-10.1177_14644207231168744 - Supplemental material for Tribological properties of novel Al 7075(T6)-SiC-crumb rubber-MoS<sub>2</sub>-based hybrid composites: An experimental approach towards green revolution
No full textSupplemental material, sj-docx-1-pil-10.1177_14644207231168744 for Tribological properties of novel Al 7075(T6)-SiC-crumb rubber-MoS2-based hybrid composites: An experimental approach towards green revolution by Nikhilesh Singh and Deepika Deepika in Proceedings of the Institution of Mechanical Engineers, Part L: Journal of Materials: Design and Applications</p
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Leysia Palen y Deepika Rama Subramanian: Terreno fértil: los cuerpos de las mujeres como espacios para fomentar la desinformación
No full textDescripción de esta presentación:
Esta presentación fue hecha por Leysia Palen y Deepika Rama Subramanian. El título de la presentación es: "Terreno fértil: los cuerpos de las mujeres como espacios para fomentar la desinformación"
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Descripción de los seminarios web del CIC:
Cada mes, el equipo del Centro de Información de COVID (junto con el Northeast Big Data Innovation Hub) reúne a un grupo de investigadores que estudian diversos aspectos de la pandemia actual, para compartir sus investigaciones y responder preguntas de nuestra comunidad. Los eventos muestran los esfuerzos continuos de los científicos en la lucha contra la COVID-19, incluyendo oportunidades de colaboración
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