Search Results for author: R. K. Brojen Singh

Found 7 papers, 0 papers with code

Spatiotemporal patterns of Covid-19 pandemic in India: Inferences of pandemic dynamics from data analysis

no code implementations6 Jul 2022 Preet Mishra, R. K. Brojen Singh

Modeling and analysis of the large scale Covid-19 pandemic data can yield inferences about it's dynamics and characteristics of disease propagation.

Dynamics of unfolded protein aggregation

no code implementations7 Nov 2021 Utkarsh Upadhyay, Chandrima Barua, Shivani Devi, Jay Prakash Kumar, R. K. Brojen Singh

Unfolded protein aggregation in cellular system is a problem causing various types of diseases depending on which type unfolded proteins aggregate.

Epidemiological parameter sensitivity in Covid-19 dynamics and estimation

no code implementations1 Oct 2021 Jyoti Bhadana, R. K. Brojen Singh

In this work, we study and correlate the SIR epidemiological model with the ongoing pandemic and found that pandemic dynamics and states are quite sensitively dependent on model parameters.

Functional switching among dynamic neuronal hub-nodes in the brain induces transition of cognitive states

no code implementations19 Sep 2021 Jasleen Gund, Yashaswee Mishra, R. K. Brojen Singh, B. N. Mallick

Although the mechanism of state transition is unknown, it has been proposed that functional activation/deactivation among different brain regions leads to such transition.

EEG

Network medicine in ovarian cancer: Topological properties to drug discovery

no code implementations15 Aug 2021 Keilash Chirom, Md. Zubbair Malik, Pallavi Somvanshi, R. K. Brojen Singh

The investigation of topological properties of ovarian cancer network (OCN) and the roles of hubs involved in it by digging the network at various levels of organization are important to understand how OCN is organized to understand disease states.

Drug Discovery

Observation of complex functional cortical patterns in brain cognition

no code implementations31 Jul 2021 Jasleen Gund, R. K. Brojen Singh

We propose that interaction range as a function of coupling strength drives connectivity in an augmenting fashion as we observed an increase in coupling strength from short to long-range interactions, among the population of neurons.

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