About Us

ABOUT US WE ARE THE
TRUSTED EXPERTS

Our laboratory, led by Prof. Dr. Ertan Yıldırım at Atatürk University, is a premier center for horticultural research and plant physiology. We specialize in developing sustainable agricultural practices and enhancing plant resilience against environmental challenges.

With a dedicated team of researchers and graduate students, we bridge the gap between complex laboratory analysis and practical field applications to support the future of food security.

HOURS & PRICING

We offer specialized consultation and analytical services tailored to your research needs.

ABOUT US WE ARE THE
TRUSTED EXPERTS

Our team is composed of expert scientists, including Dr. Melek Ekinci, focused on the biochemical and physiological responses of vegetable crops to abiotic stress. We utilize state-of-the-art climate chambers and greenhouses to provide data-driven solutions for modern farming.

190

CLIENTS

25

OUR CLIENTS

15

MEMBERS
BIOTECHNOLOGY
90%

We leverage molecular genomics and tissue culture to drive crop innovation. Our lab delivers high-tech solutions for genetic improvement and plant development.

Horticulture
80%

We optimize cultivation through advanced plant science and greenhouse experiments. Our focus is on enhancing yield quality and sustainable growth for modern agriculture.

Stress Management
70%

We provide expert diagnostics to identify and mitigate environmental and biotic stressors. Our data-driven insights help crops build resilience and maintain peak productivity.

Vegetable Science & Horticulture

Horticulture

Our horticultural research covers vegetable physiology, breeding, seed technology, and seedling production systems. We work to improve the quality, yield, and stress tolerance of vegetable crops through integrated approaches.

Abiotic Stress Biology

Stress

Our lab investigates plant responses to salt, drought, and heavy metal stresses (Cd, As, Hg, Pb) in major crops including wheat, common bean, tomato, pepper, and lettuce. We study physiological, biochemical, and molecular mechanisms that plants use to cope with environmental stresses.

Biostimulants & Phytohormones

Bioagent

We explore the use of phytohormones and biostimulants including melatonin, strigolactone, chrysin, N-acetyl-cysteine, and salicylic acid to mitigate plant stress responses. Our research focuses on understanding how these compounds affect physiological, biochemical, and gene-expression pathways.

Tissue Culture & Regeneration

Invitro

Our tissue culture research includes somatic embryogenesis, micropropagation, and regeneration protocols for wheat and medicinal plants. We develop optimized in vitro culture systems for crop improvement and conservation of valuable plant germplasm.

Functional Genomics & Epigenetics

Biotechnology

Our functional genomics and epigenetics research includes genome-wide gene family characterization in Phaseolus vulgaris, miRNA studies, DNA methylation analysis, and retrotransposon dynamics. We use machine learning approaches to analyze complex molecular datasets.

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