Fields of Study
Our research focuses on biodiversity, ecosystem health, and species conservation using molecular biology and genetics-based approaches.
Evolutionary Genetics
Molecular Ecology
In the field of Molecular Ecology, we use advanced molecular tools to understand the genetic structure of ecosystems and the biological interactions between species. Through DNA barcoding, environmental DNA (eDNA) analysis, and metagenomics studies, we reveal the genetic diversity and ecological relationships of species in aquatic and terrestrial ecosystems.
Our work aims to develop biodiversity monitoring and ecosystem management strategies without harming the natural habitats of living organisms.
Our Evolutionary Genetics research focuses on studying the evolutionary history, genetic diversity, and adaptation processes of species. We perform population genetics, phylogenetic modeling, and genetic variant analysis using whole genome and transcriptome analyses. Our aim is to elucidate the evolutionary processes of species in order to preserve the biological heritage of living organisms and manage genetic resources sustainably.
Evolutionary Genetics
Biodiversity and Species Monitoring
In our Biodiversity and Species Monitoring projects, we determine the genetic structures of rare, endemic, and threatened species to protect Türkiye's rich biological diversity. We conduct species monitoring studies using DNA barcoding and eDNA metabarcoding techniques, and contribute to national and international genetic databases.
These efforts support environmental sustainability through nature conservation projects that prioritize respect for the lives of all living beings.
In the field of Molecular Phylogenetics and Population Genetics, we analyze the genetic relationships, evolutionary histories, and genetic diversity of species. Using Bayesian and maximum likelihood-based modeling techniques, we construct phylogenetic trees of species and examine genetic flow and demographic histories between populations. These studies directly contribute to the development of conservation biology strategies.
Molecular Phylogenetics and Population Genetics
Agricultural Genomics and Biotechnology
Our agricultural genomics and biotechnology studies focus on sustainable agriculture, food security, and the efficient use of environmental resources. We conduct research on gene editing, plant genome analysis, microbial fertilizer development, and biotechnological products. We offer solutions in harmony with nature by supporting the genetic improvement of agricultural products and environmentally friendly farming practices.
In our Microbiome and Metagenomics projects, we analyze the genetic structures and ecological functions of microbial communities in different ecosystems. Through studies of human, plant, and environmental microbiomes, we develop projects that improve health, agricultural productivity, and environmental sustainability. By investigating the biotechnological potential of microorganisms living in extreme environmental conditions, we produce environmentally friendly industrial solutions.
Microbiome and Metagenomics
Genomics and Transcriptomics
Our genomic and transcriptomic studies aim to understand biodiversity and ecological adaptation by examining the genetic structures and gene expression profiles of species. Using whole genome sequencing, RNA sequencing, and gene editing technologies, we investigate genetic diversity and adaptation processes. Our work offers sustainable solutions to increase genetic resilience in environmental and agricultural systems.
Our Bioinformatics and Data Analysis team uses advanced software and specialized algorithms to analyze genetic data and generate biologically meaningful results. Our comprehensive services include genome splicing, phylogenetic modeling, population genetics analysis, and metagenomic data processing.
Through our bioinformatics work, we contribute to genetic research on a global scale.
Bioinformatics and Data Analysis
Environmental Genetics and Conservation Biology
Our Environmental Genetics and Conservation Biology research aims to ensure ecosystem health and the sustainability of genetic resources. We conduct population monitoring projects, genetic diversity analyses, and habitat modeling for the conservation of endangered species. Our work is carried out in accordance with ethical principles based on respect for the environment, with a mission to protect species habitats and maintain biodiversity.
Our Environmental DNA (eDNA) and Metabarcoding studies aim to monitor ecosystem health and identify species based on the analysis of genetic traces left by organisms in their environment. We conduct biodiversity monitoring projects in aquatic and terrestrial ecosystems using eDNA analysis and develop ecological monitoring strategies without harming living organisms. We contribute scientifically to our environmental monitoring projects based on respect for the right to life of species.
eDNA and Metabarcoding