Verma S, Mitra A, and Sarkar S. Transport of molecules is temperature independent on active membranes. Biomembrane Symposium, IISc, India, 2024
Verma S, Mitra A, and Sarkar S. Self-diffusion on active membrane break fluctuation-dissipation theorem. In-house Symposium, IISc, India, 2023
Sarkar A, Mitra A, Dvorácskó S, Nagy TM, Farkas LB, Racskó M, Harmati M, Buzás K, Tóth BI, Lipinszki Z, Kövér KE, and Borics A. The role of correlated motions of conserved motifs and the binding modes of agonists in the activation mechanism of G protein-coupled receptors. Hungarian Mol Life Sciences, Hungary, 2023
Mitra A and Sarkar S. Lateral Movement of Lipids in The Bilayer. Molecular Simulation. Focus on Method. TIFR, Hyderabad, India, 2022
Mitra A, Sarkar A, Szabó MR, and Borics A. Mu-opioid receptor activation mechanism: a new perspective and possible role of polar amino acids in the receptor core advances and challenges in biomolecular simulations. EMBO Workshop. Brno, Czechia, 2021.
Tóth BI, Janssens A, Lisztes E, Kelemen B, Herczeg M, Nagy MT, Kövér K, Mitra A, Borics A, Tamás B, and Voets T. Rapamycin Activates TRPM8 Via Novel Mechanisms. The 4th Int. TRP Meeting (Hybrid Edition) Leuven, Belgium, 2021
Mitra A, Sarkar A, and Borics A. Universal properties and specificities of the 2-adrenergic receptor-gs protein complex activation mechanism. Pep Chem Working Committee, Balatonszemes, Hungary, 2021
Borics A, Mitra A, Sarkar A, and Szabó, MR. A Plausible Structural Mechanism of G Protein-Coupled Receptor Activation. 49th Membrane Transport. Sűmeg, Hungary, 2019
Mitra A, Szabó MR, and Borics, A. Building simulation systems to study mu-opioid receptor activation. Pep Chem Working Committee, Balatonszemes, Hungary, 2018