Majumdar, D. Et Al. 2023. Two adamantan-1-amine-based scaffolds: Synthesis, crystallographic synthons, TD/DFT calculations, in-depth molecular docking/ADME/T simulations, and shedding light on antibacterial/fungal activities. Results in Chemistry , vol.6 .

Majumdar, D., Elizabeth Philip, J., TÜZÜN, B., Sutradhar, D., & Roy, S., (2023). Two adamantan-1-amine-based scaffolds: Synthesis, crystallographic synthons, TD/DFT calculations, in-depth molecular docking/ADME/T simulations, and shedding light on antibacterial/fungal activities. Results in Chemistry , vol.6.

Majumdar, Dhrubajyoti Et Al. "Two adamantan-1-amine-based scaffolds: Synthesis, crystallographic synthons, TD/DFT calculations, in-depth molecular docking/ADME/T simulations, and shedding light on antibacterial/fungal activities," Results in Chemistry , vol.6, 2023

Majumdar, Dhrubajyoti Et Al. "Two adamantan-1-amine-based scaffolds: Synthesis, crystallographic synthons, TD/DFT calculations, in-depth molecular docking/ADME/T simulations, and shedding light on antibacterial/fungal activities." Results in Chemistry , vol.6, 2023

Majumdar, D. Et Al. (2023) . "Two adamantan-1-amine-based scaffolds: Synthesis, crystallographic synthons, TD/DFT calculations, in-depth molecular docking/ADME/T simulations, and shedding light on antibacterial/fungal activities." Results in Chemistry , vol.6.

@article{article, author={Dhrubajyoti Majumdar Et Al. }, title={Two adamantan-1-amine-based scaffolds: Synthesis, crystallographic synthons, TD/DFT calculations, in-depth molecular docking/ADME/T simulations, and shedding light on antibacterial/fungal activities}, journal={Results in Chemistry}, year=2023}