The PlanTech Application and Research Laboratory was established to conduct scientific research in the field of plant biotechnology and to translate the findings into practice. The laboratory offers a multi-dimensional and innovative research infrastructure at the intersection of disciplines such as plant tissue culture, molecular biology, and nanobiotechnology.
Within the scope of Research and Development (R&D) studies conducted in the laboratory, the isolation and characterization of plant-derived bioactive compounds, the evaluation of the pharmacological potential of these compounds, and phytochemical analyses that will contribute to drug development processes are among the priority research topics. These studies particularly encompass experimental processes aimed at increasing the effectiveness of plant extracts and metabolites in therapeutic applications.
In the field of nanotechnology, the laboratory investigates the effects of nanoparticles produced by plant-based and green synthesis methods on biological systems. In this context, the toxicity and genotoxicity profiles of nanoparticles are systematically examined using in vitro and plant model systems. These studies include: Unveiling the effects of nanoparticles at the cellular and genetic level is critically important for generating scientific data on the safe use of nanomaterials and for laying the groundwork for the development of nanotechnology-supported drug delivery systems.
Equipped with modern analytical instruments and advanced biotechnology infrastructure, the laboratory serves as a strong platform for academic research, national and international project partnerships, and industry collaborations.
