OUR RESEARCH APPROACH

Studying Photosynthesis In Organisms Of Different Complexity

Mosses

Studying moss physiology provides key insights into the evolution of land plants and opens new avenues for biotechnological applications, from the production of high-value metabolites to bioengineering for stress resistance

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Cyanobacteria

Cyanobacteria are photosynthetic microbes with key roles in Earth’s oxygen production and nitrogen fixation. Studying their physiology is vital for biotechnology, with applications in biofuels, bioremediation, and sustainable agriculture

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Microalgae

The study of microalgal physiology is essential for optimizing sustainable biotechnological processes, with applications ranging from biofuel and nutraceutical production to carbon capture and wastewater treatment

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Crops

Crops are cultivated plants essential for food, feed, and raw materials. Understanding their physiology supports improved yields, stress resistance, and sustainability, making them central to food security and agricultural innovation

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Our Research Approach

Studying photosynthesis in organisms of different complexity

Step 01

Step 1: Investigation

We begin with in-depth investigations into the physiological aspects of photosynthesis, focusing on both biological and environmental factors.

Step 02

Step 2: Experimentation

Experiments are meticulously designed and executed, allowing us to gather valuable data on performance and adaptations of photosynthetic organisms.

Step 03

Step 3: Analysis

Data collected from experiments undergoes rigorous analysis, providing insights that guide further research and practical applications.

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