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Your search keyword '"Bhattacharya, Mallika"' showing total 5 results
Start Over Author "Bhattacharya, Mallika" Publisher elsevier b.v.
5 results on '"Bhattacharya, Mallika"'

1. Change in nomenclature and definition from NAFLD to MASLD maintains the disease severity determining association between type 2 DM and MASLD - The results of multi-centre Indian Consortium on MASLD (ICOM-D)

Author

Choudhary, Narendra Singh, Duseja, Ajay, De, Arka, Mehta, Manu, Singh, S.P., Anirvan, Prajna, Shalimar, Mukewar, Shrikant, Mukewar, Sourabh, Kar, Sanjib, Goyal, Omesh, Venkataraman, Jayanthi, Devadas, Krishnadas, Dixit, V.K., Mehta, Varun, Maiwall, Rakhi, Ranjan, Piyush, Nagral, Aabha, Arora, Anil, Praharaj, Dibyalochan, Sharma, Brij, Valsan, Arun, Dadhich, Sunil, Nijhawan, Sandeep, Roy, Akash, Rao, P.N., Shukla, Akash, Asati, Pankaj, Gupta, Rohit, Saigal, Sanjeev, Narayanasamy, K., Mehta, Rajiv, Bhattacharya, Mallika, Prasad, V.G. Mohan, Koshy, Abraham, Rastogi, Mukul, Alam, Seema, and Sanyal, Arun J.

Published
2024
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2. FRI-231 Compared to complete abstainers, non-significant alcohol use may be associated with more severe liver disease in patients with metabolic dysfunction-associated steatotic liver disease (MASLD)-The multicentre study of the indian consortium on MASLD

Author

Duseja, Ajay Kumar, Mehta, Manu, De, Arka, Singh, Shivaram Prasad, Mukewar, Shrikant, Mukewar, Saurabh, Shalimar, Shalimar, Goyal, Omesh, Venkataraman, Jayanthi, Dixit, VK, Devadas, Krishnadas, Mehta, Varun, Ranjan, Piyush, Arora, Anil, Nagral, Abha, Choudhary, Narendra S., Kar, Sanjib, Sharma, Brij, Nijhawan, Sandeep, Praharaj, Dibyalochan, Shukla, Aakash, Padaki, Nagaraja Rao, Valsan, Arun, Saigal, Sanjeev, Narayanaswamy, K, Mehta, Rajiv, Asati, Pankaj, Dadhich, Sunil, Mohan, Prasad V G, Rastogi, Mukul, Koshy, Abraham, Bhattacharya, Mallika, Gupta, Rohit, Roy, Akash, Maiwall, Rakhi, and Arun, J Sanyal

Published
2024
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3. Chromatin insulator mechanisms ensure accurate gene expression by controlling overall 3D genome organization.

Author

Bhattacharya, Mallika, Lyda, Savanna F, and Lei, Elissa P

Subjects
*GENE expression, *GENETIC transcription, *CELL proliferation, *COHESINS, *DROSOPHILA, *GENE enhancers
Abstract

Chromatin insulators are DNA–protein complexes that promote specificity of enhancer–promoter interactions and maintain distinct transcriptional states through control of 3D genome organization. In this review, we highlight recent work visualizing how mammalian CCCTC-binding factor acts as a boundary to dynamic DNA loop extrusion mediated by cohesin. We also discuss new studies in both mammals and Drosophila that elucidate biological redundancy of chromatin insulator function and interplay with transcription with respect to topologically associating domain formation. Finally, we present novel concepts in spatiotemporal regulation of chromatin insulator function during differentiation and development and possible consequences of disrupted insulator activity on cellular proliferation. • Collision of cohesin with CTCF during loop extrusion can result in backtracking. • Drosophila chromatin insulator proteins act redundantly to form TAD borders. • Chromatin insulators and transcription together contribute to Drosophila TADs. • Delayed loop extrusion due to CTCF collision may serve as a developmental timer. [ABSTRACT FROM AUTHOR]

Published
2024
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4. Patients with metabolic-dysfunction associated fatty liver disease (MAFLD) without associated etiologies and non-MAFLD non-alcoholic fatty liver disease (NAFLD) have similar liver disease severity - Data from Indian Consortium on NAFLD (ICON-D).

Author

Duseja, Ajay, De, Arka, Mehta, Manu, Singh, S.P., Mukewar, Shrikant, Mukewar, Sourabh, Goyal, Omesh, Shalimar, Venkataraman, Jayanthi, Devadas, Krishnadas, Mehta, Varun, Kar, Sanjib, Nagral, Aabha, Choudhary, Narendera, Ranjan, Piyush, Arora, Anil, Nijhawan, Sandeep, Praharaj, Dibyalochan, Shukla, Akash, Rao, P.N., Sharma, Brij, Narayanasamy, K., Mehta, Rajiv, Asati, Pankaj, Prasad, V.G.M., Rastogi, Mukul, Dadhich, Sunil, Saigal, Sanjiv, Koshy, Abraham, Alam, Seema, Madan, Kaushal, Mohan, Neelam, Pandey, Gaurav, Lal, Sadhna, Jothimani, Dinesh, Wadhawan, Manav, Agarwal, Swastik, Shah, Samir, Valsan, Arun, Chandail, Vijant, Shenoy, K.T., Gupta, Rohit, Choudhuri, Gourdas, Kalal, Chetan, Bhattacharya, Mallika, Kumar, Manoj, Tevethia, Harsh Vardhan, Dixit, V.K., and Sanyal, Arun J.

Published
2022
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5. Pretreatment of Leucaena leucocephala wood by acidified glycerol: optimization, severity index and correlation analysis.

Author

Singhal, Anjali, Kumar, Madan, Bhattacharya, Mallika, Kumari, Neeta, Jha, Pawan Kumar, Chauhan, Devendra Kumar, and Thakur, Indu Shekhar

Subjects
*GLYCERIN, *LEAD tree, *CATALYTIC activity, *STATISTICAL correlation, *RESPONSE surfaces (Statistics)
Abstract

In this study, Leucaena leucocephala wood was pretreated with aqueous glycerol having H 2 SO 4 as the catalyst. Response surface methodology (RSM) and artificial neural network (ANN) were used to optimize the process parameters, catalyst concentration (1–3%), duration (120–300 min) and temperature (100–150 °C). ANN gave more accurate predictions for total reducing sugar yield than RSM. ANN also had lower values for error functions. Severity index (SI) was calculated based on the temperature, duration and catalyst concentration. Increase in SI from 0.21 * 10 3 to 2.06 * 10 3 increased total reducing sugar (TRS) production from 39.97 g/kg to 321.8 g/kg. Further increase in SI reduced the TRS and this change positively correlates with the loss of cellulose content. Correlation analysis showed that severity index can also be used to describe pretreatment process. [ABSTRACT FROM AUTHOR]

Published
2018
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