201 research outputs found
Supplementary_material_2 – Supplemental material for Acceptability of Mental Health Facilities and De-addiction Centers in India
Supplemental material, Supplementary_material_2 for Acceptability of Mental Health Facilities and De-addiction Centers in India by Pahul Preet Singh, Ishan Goel, Amit Mondal, Farooq Ali Khan, Ashish Kumar Singh, Preeti Dubey, Sushma Chaudhary, P Venkata Anil Kumar Reddy, Viola Rodrigues, Vidhi Bassi, Karan Ahuja, Abhidith Shetty, Anjan Kumar Sahu, Karan Jodha, Nilesh Singh, Suprabhat Das, Rimi Sharma, Ria Bagaria, Sushmitha Poojary, Shrey M Gohil, Abhilash Bonu, Sushmita Vazirani, Leila Esfandiari, Sunil Shukla, Shubha Shukla and Sukant Khurana in Journal of Experimental Neuroscience</p
Figure_1_supplementary – Supplemental material for Acceptability of Mental Health Facilities and De-addiction Centers in India
Supplemental material, Figure_1_supplementary for Acceptability of Mental Health Facilities and De-addiction Centers in India by Pahul Preet Singh, Ishan Goel, Amit Mondal, Farooq Ali Khan, Ashish Kumar Singh, Preeti Dubey, Sushma Chaudhary, P Venkata Anil Kumar Reddy, Viola Rodrigues, Vidhi Bassi, Karan Ahuja, Abhidith Shetty, Anjan Kumar Sahu, Karan Jodha, Nilesh Singh, Suprabhat Das, Rimi Sharma, Ria Bagaria, Sushmitha Poojary, Shrey M Gohil, Abhilash Bonu, Sushmita Vazirani, Leila Esfandiari, Sunil Shukla, Shubha Shukla and Sukant Khurana in Journal of Experimental Neuroscience</p
Supplementary_Material – Supplemental material for Acceptability of Mental Health Facilities and De-addiction Centers in India
Supplemental material, Supplementary_Material for Acceptability of Mental Health Facilities and De-addiction Centers in India by Pahul Preet Singh, Ishan Goel, Amit Mondal, Farooq Ali Khan, Ashish Kumar Singh, Preeti Dubey, Sushma Chaudhary, P Venkata Anil Kumar Reddy, Viola Rodrigues, Vidhi Bassi, Karan Ahuja, Abhidith Shetty, Anjan Kumar Sahu, Karan Jodha, Nilesh Singh, Suprabhat Das, Rimi Sharma, Ria Bagaria, Sushmitha Poojary, Shrey M Gohil, Abhilash Bonu, Sushmita Vazirani, Leila Esfandiari, Sunil Shukla, Shubha Shukla and Sukant Khurana in Journal of Experimental Neuroscience</p
Rotavirus Diarrhea and its Determinants Among Under-Five Children Admitted in a Tertiary Care Hospital of Southern Haryana, India
This is the accepted manuscript version of the work published in its final form as Goel, A.K., Chawla, S., Dhingra, A. et al. Rotavirus Diarrhea and its Determinants Among Under-Five Children Admitted in a Tertiary Care Hospital of Southern Haryana, India. Indian J Pediatr 88, 16–21 (2021). https://doi.org/10.1007/s12098-020-03616-1.
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Built Environment and Public Health: The Rediscovery of Light and Ventilation. Proceedings from Online Webinar held on 15th September 2021.
This is the Proceeding of the Online Webinar held on 15th September 2021 by the School of Planning and Architecture, New Delhi. The list of the speakers are as follows:
Prof. Dr. P.S.N. Rao
Keynote Address titled: 'Role of Judiciary in the Right to Healthy Environment' by Justice Adarsh Kumar Goel, Chairperson, National Green Tribunal
Special Address titled: 'The Awareness on Airborne Infection Spread across the World' by Prof. Dr. Yuguo Li, Chair Professor, University of Hing Kong.
Special Address titled: 'Light & Ventilation as a resource in Buildings' by Ar. Deependra Prasad, Green Building Consultant and Practising Architect.
Special Address titled: 'Byelaws and Public Health: Experiences from Practice' by Ar. P.R. Mehta, Former President, Council of Architecture, India
Address titled: 'Role of Advocates in Shaping Polity: How Judiciary can contribute to Health for All' by Advocate K.C. Mittal, Former Chairman, Bar Council of Delhi.
Presentation tiltled: 'Health beyond Healthcare: The Role of Buildings and Public Health' by Rhythma Kaul, Lead: Health, Science and Environment, Hindustan Times.
Special Address titled: 'Science Journalists and the role they play in disseminating crucial information: Lessons from COVID-19' by Mohana Basu, Science Correspondent, The Print.
Prof. Dr. Anil Dewan, Professor and Head, Department of Architecture, School of Planning and Architecture, New Delhi
Ar. Raja Singh, Research Scholar and Visiting Faculty, Department of Architecture, School of Planning and Architecture, New Delhi
The Link for the Video of the Webinar is Available at: https://youtu.be/8ykwnNWDBxAPublished as a Printed Copy by the Documentation and Publication Unit, School of Planning and Architecture, New Delhi.
The Link for the Video of the Webinar is Available at: https://youtu.be/8ykwnNWDBx
Flood management in Mahanadi basin
111-114The Mahanadi basin is one of the major basins of
eastern part of India.
The total catchment area of the basin is 141,569 sq. km comprises major part of
two states Chhatisgarh and Orissa. It lies between 800-30' to 860-50' of
East Longitude and 190-20' to 230-35' of North Latitude. The major reservoir Hirakud
with 83400 sq.km. of catchment lies at central part of the Mahanadi
basin. The downstream part below Hirakund having a catchment of around 50,000
sq.km. contributes substantially to flood at delta and is devoid of any sound
flood forecasting system. This part has three main tributaries like Jeera, Ong
and Tel with catchments 2383, 5128 and 25,045 sq.km, respectively. Therefore,
the contribution from the Tel catchment always remains predominant. Even the
flood of 2008 is mainly due to the contribution of this tributary. It has
produced a peak discharge of 33,762 cursecs during 2008. The river Tel joins at
Patharla to the main river Mahanadi. Controlling
flood through other structural measures is inadequate and difficult. The
downstream part is devoid of a sound flood forecasting method. In order to
protect the life and property, a non-structural measure like a workable flood
forecasting model is needed to mitigate the destruction at delta by enhancing
appropriate and timely relief measures. In this study flood problems in Mahanadi is discussed in detail. Furthermore, the paper
stresses upon the various flood management practices being utilized to mitigate
the flood problems in Mahanadi basin
Abiotic Stresses Downregulate Key Genes Involved in Nitrogen Uptake and Assimilation in Brassica juncea L.
Abiotic stresses such as salinity, drought and extreme temperatures affect nitrogen (N) uptake and assimilation in plants. However, little is known about the regulation of N pathway genes at transcriptional level under abiotic stress conditions in Brassica juncea. In the present work, genes encoding nitrate transporters (NRT), ammonium transporters (AMT), nitrate reductase (NR), nitrite reductase (NiR), glutamine synthetase (GS), glutamate synthase (GOGAT), glutamate dehydrogenase (GDH), asparagines synthetase (ASN) were cloned from Brassica juncea L. var. Varuna. The deduced protein sequences were analyzed to predict their subcellular localization, which confirmed localization of all the proteins in their respective cellular organelles. The protein sequences were also subjected to conserved domain identification, which confirmed presence of characteristic domains in all the proteins, indicating their putative functions. Moreover, expression of these genes was studied after 1h and 24h of salt (150 mM NaCl), osmotic (250 mM Mannitol), cold (4°C) and heat (42°C) stresses. Most of the genes encoding nitrate transporters and enzymes responsible for N assimilation and remobilization were found to be downregulated under abiotic stresses. The expression of BjAMT1.2, BjAMT2, BjGS1.1, BjGDH1 and BjASN2 was downregulated after 1hr, while expression of BjNRT1.1, BjNRT2.1, BjNiR1, BjAMT2, BjGDH1 and BjASN2 was downregulated after 24h of all the stress treatments. However, expression of BjNRT1.1, BjNRT1.5 and BjGDH2 was upregulated after 1h of all stress treatments, while no gene was found to be upregulated after 24h of stress treatments, commonly. These observations indicate that expression of most of the genes is adversely affected under abiotic stress conditions, particularly under prolonged stress exposure (24h), which may be one of the reasons of reduction in plant growth and development under abiotic stresses
Chain length effects in the excluded volume of polymer chains having a generalized molecular architecture
A generalized treatment is presented for computing the coefficient of the first-order perturbation theory for the expansion factor, αS, in polymers of any chain length, n, and architecture. Results show substantial deviations from the longchain asymptote. Plots between the interpenetration factor, ψ, and αS3 are different for different values of n, the spread decreasing with branching. It is found that the branching parameter g is insufficient to characterize the excluded volume effect and more detailed, unperturbed segment density distributions are necessary
Segment densities in star and comb random-flight chains
Segment densities of comb and star branched random-flight chains have been computed. It is found that the commonly used gaussian differs more significantly for branched chains than for linear chains. The asymptotic results are also found to depend on the branching parameter g
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