Synechocystis Live Culture is a freshwater photosynthetic cyanobacteria culture widely used in biotechnology, aquaculture, research and sustainable production systems. It is known for its fast growth, ability to perform photosynthesis efficiently and rich nutritional profile containing proteins, pigments, vitamins and bioactive compounds.
This live is commonly cultivated in controlled environments where it converts sunlight, carbon dioxide, and nutrients into valuable biomass. Due to its adaptability and simple cultivation requirements, Synechocystis is frequently used in laboratories, educational studies, algae production systems and experimental bio product development.
Key Characteristics
Microscopic blue-green photosynthetic microorganism
- Capable of rapid growth under light conditions
- Produces natural pigments and bioactive compounds
- Suitable for freshwater cultivation systems
- Commonly used in algae and cyanobacteria research
Key Benefits
High Photosynthetic Efficiency
- Synechocystis efficiently converts sunlight and carbon dioxide into biomass, making it highly suitable for sustainable cultivation and research applications
Fast Growth Rate
- This microorganism grows rapidly under proper light and nutrient conditions, allowing quick biomass production and easy culture expansion.
Rich in Bioactive Compounds
- Contains valuable compounds such as:
- Natural pigments
- Proteins
- Amino acids
- Vitamins
- Antioxidants
Suitable for Research and Biotechnology
- Photosynthesis studies
- Genetic engineering research
- Biofuel development
- Carbon fixation studies
- Environmental biotechnology
Useful in Aquaculture Applications
- Can be used as a live microbial supplement
- Enrichment source in aquaculture systems to support water quality and nutritional enhancement.
Easy to Maintain
Under controlled conditions, Synechocystis cultures are relatively simple to maintain with proper:
- Light exposure
- Aeration
- Nutrient supply
- Temperature management
Potential for Wastewater Nutrient Utilization
- Able to absorb nutrients such as nitrogen and phosphorus, making it useful for experimental wastewater treatment and nutrient recycling systems.
Renewable and Eco-Friendly
- As a naturally photosynthetic microorganism, Synechocystis contributes to greener and more sustainable biological production systems.
.
Target Applications
Aquaculture
- Live feed enrichment for aquatic organisms
- Support for larval and hatchery systems
- Nutritional supplementation in aquaculture environments
- Water quality improvement studies
Biotechnology Research
- Genetic engineering experiments
- Synthetic biology applications
- Metabolic pathway research
- Protein and pigment production studies
Environmental Applications
- Carbon dioxide capture research
- Wastewater nutrient removal studies
- Bioremediation and eco friendly treatment systems
- Sustainable environmental biotechnology projects
Academic and Laboratory Studies
- Photosynthesis research
- Cyanobacteria cultivation training
- Microbiology and molecular biology education
- Experimental culture model organism
Educational Demonstrations
- School and university laboratory demonstrations
- Photosynthetic microorganism observation
- Algae and cyanobacteria cultivation training
Directions for Use
- Add Synechocystis live culture directly into the live feed tank.
- Feed 1–3 times daily depending on organism density and water clarity.
- Maintain gentle aeration to keep the algae suspended evenly.