معرفی
Bülent Balta is an Assistant Professor at Istanbul Technical University in the Department of Molecular Biology and Genetics. His research integrates computational chemistry with molecular biology to investigate fundamental biochemical processes through theoretical modeling and simulation.
His primary research interests include protein folding dynamics, particularly in prion proteins, nucleic acid biochemistry, solvent effects on biomolecules, proton transfer phenomena, and quantum effects in molecular systems. His work spans from theoretical quantum chemistry to applied biochemical problems, with particular expertise in glycine tautomerization, peptide ion dissociation mechanisms, and telomerase function.
Analysis of his publication trends shows a consistent focus on computational approaches to biological problems, with recent work (2023) examining prion protein misfolding and telomerase mechanisms, building on earlier foundational studies in solvent effects and peptide chemistry. His research demonstrates strong interdisciplinary connections between physical chemistry and molecular biology.
Dr. Balta has supervised 15 students throughout his career and served as Principal Investigator for two major research projects: 'Computational Investigation of GTP Hydrolysis Mechanism in EF-Tu Protein' (2015-2021) and 'New Photosensor Design, Synthesis and Applications Using Peptides Bound to Inorganic Surfaces' (2012-2021). His work has been referenced in patents, covered by news outlets, and shared across social media platforms.
His laboratory activities focus on computational modeling of protein and nucleic acid systems, with particular emphasis on understanding molecular mechanisms through quantum chemical calculations and molecular dynamics simulations. Current research directions appear to be exploring protein misfolding in neurodegenerative diseases and nucleic acid interactions in gene expression regulation.
