1,730,907 research outputs found
Bioanalysis Young Investigator: Meenakshi Tripathi
No full text Supervisor’s supporting comments I am pleased to recommend Meenakshi Tripathi for the Bioanalysis Young Investigator award. Meenakshi is a bright, creative, dynamic and highly motivated young bioanalytical chemist. She joined my laboratory for her PhD program in 1998 after her MSc and completed her thesis work in 2004. During this period she learned various techniques such as paper and thin-layer chromatography (TLC) along with HPTLC, HPLC, spectrophoto- and fluoro-metry as well as biochemical techniques on enzymology. She utilized these techniques to evaluate the risk and intake pattern of commonly used food additives: colors and artificial sweeteners. Owing to her diligent and intelligent approach she was able to publish five papers. Her thoughtful and persistent attitude, puts her ahead of other young scientists. For example, when she faced problems in assessing colors in ice cream samples, she developed a new method which was published in the Journal of AOAC International. She later worked as Project Manager at the International Food Science Centre A/S, Sonderskovvej, Lystrup, Denmark. Since June 2006 she has been working as Vice President and Quality Manger of FARE Labs Private Limited, Gurgaon, Haryana, India, where she is involved in various activities as per ISO 17025:2005. Being absolutely positive about her, I strongly recommend her candidature for the Bioanalysis Young Investigator award. </jats:p
A Tribute to Meenakshi Mukherjee
No full textTribute to Professor Meenakshi Mukherjee, member of Transnational Literature's Advisory Board, who died in September 2009
MeToo: The Impact of Rape Culture in the Media, Meenakshi Gigi Durham (2021)
No full textReview of: MeToo: The Impact of Rape Culture in the Media, Meenakshi Gigi Durham (2021) Cambridge: Polity Press, 191 pp.,ISBN 978-1-50953-519-4, h/bk, AUD103.95ISBN 978-1-50953-520-0, p/bk, AUD32.95 ISBN 978-1-50953-521-7, e-book, from AUD18.00Full Tex
The idea of the political, reconfiguring sovereignty and exception: Analysing theoretical perspectives of Carl Schmitt and Giorgio Agamben
Get PDFThe idea of the political, reconfiguring sovereignty and exception: Analysing theoretical perspectives of Carl Schmitt and Giorgio Agamben
Author / Authors : Meenakshi Gogoi
Page no. 69-78
Discipline : Political Science/Polity/ Democratic studies
Script/language : Roman/English
Category : Research paper
Keywords: Political, Sovereignty, Exception, Democracy, Rule of Law
The idea of the political, reconfiguring sovereignty and exception: Analysing theoretical perspectives of Carl Schmitt and Giorgio Agamben
No full textThe idea of the political, reconfiguring sovereignty and exception: Analysing theoretical perspectives of Carl Schmitt and Giorgio Agamben
Author / Authors : Meenakshi Gogoi
Page no. 69-78
Discipline : Political Science/Polity/ Democratic studies
Script/language : Roman/English
Category : Research paper
Keywords: Political, Sovereignty, Exception, Democracy, Rule of Law
Meenakshi temple in Madurai, India. Title copied from: https://www.alamy.com/
No full textThe gopuram of the Meenakshi temple in Madurai, India. A Gopuram is a monumental gatehouse tower at the entrance of a Hindu temple.
Text copied from: https://www.alamy.com
From Sociology of Education to Women's Studies. <br>: Interview with Meenakshi Thapan (University of Delhi; Paris 2004).
No full textFonds audiovisuel du programme "ESCoM-AAR" (Equipe Sémiotique Cognitive et nouveaux Médias - Archives Audiovisuelles de la Recherche. Paris, France, 2000 - 2016).Meenakshi THAPAN is professor in the department of Sociology at the University of Delhi. She is working in Sociology of Education just as Gender Studies. Her researches are now focalised on the construction of citizenship and identity through academic education.In February 2004, she organized at the University of Delhi a Colloquium entitled “Pierre Bourdieu : Sociologist and Sociologies” with participation of scholars from India and France
From Sociology of Education to Women's Studies. <br>: Interview with Meenakshi Thapan (University of Delhi; Paris 2004).
No full textFonds audiovisuel du programme "ESCoM-AAR" (Equipe Sémiotique Cognitive et nouveaux Médias - Archives Audiovisuelles de la Recherche. Paris, France, 2000 - 2016).Meenakshi THAPAN is professor in the department of Sociology at the University of Delhi. She is working in Sociology of Education just as Gender Studies. Her researches are now focalised on the construction of citizenship and identity through academic education.In February 2004, she organized at the University of Delhi a Colloquium entitled “Pierre Bourdieu : Sociologist and Sociologies” with participation of scholars from India and France
Temperature distribution in vertical and horizontal high pressure vessels and its impact on food safety
No full textThe temperature distribution during High Hydrostatic Pressure Processing (HHPP) is of particular concern when high pressure process is carried out at higher temperatures, such as those associated with pressure assisted thermal pasteurization (PATP) and pressure assisted thermal sterilization (PATS). The pressure assisted thermal processes combine high pressure and heat to achieve pasteurization/sterilization temperature in order to eliminate the bacteria while maintaining better quality. During these processes, inactivation by temperature is the primary mechanism. Therefore for such processes, it is important to examine the temperature variation within the vessel to evaluate its impact on product safety. The objective of this research was to predict the temperature distribution in vertical and horizontal high pressure vessels during pressure assisted thermal processing and to quantify the temperature non-uniformity and its impact on microbial inactivation. The CFD software ANSYS®-Fluent was used to numerically predict the flow, temperature and C. botulinum inactivation distributions. Coefficient of variation (COV) was used to quantify and compare the process uniformity for various cases. Further, alkaline phosphatase (ALP), an enzyme present in raw milk was used as an indicator for experimentally verifying process uniformity. The results obtained from the numerical simulations showed that the temperature non-uniformity arises in both vertical and horizontal high pressure vessels during HHPP due to the water added for compression, adiabatic compression heating, and conduction heat loss at vessel wall and ensuing natural convection cooling near the vessel wall. Based on the COV approach, (i) the temperature of water added for compression was found to have a major impact on the temperature distribution and inactivation of C. botulinum, (ii) adding an insulation to the vessel diminished the non-uniformity in temperature and C. botulinum, and (iii) process non-uniformity was found to be higher for a vertical vessel as compared to a horizontal vessel of same dimensions. Also, the experiments with alkaline phosphatase (ALP) in the vertical vessel showed location dependent inactivation, further confirming the existence of process non-uniformity. The results from this research will help in process validation and process filing with regulatory agencies (USDA-FSIS and US-FDA) to develop guidelines for producing safe PATP and PATS processed foods.Ph. D.Includes bibliographical referencesby Meenakshi Khuran
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