Nannochloropsis salina Mother Culture – Growth Phase

Nannochloropsis salina Mother Culture – Growth Phase

Premium Nannochloropsis salina live mother culture, a marine microalga widely recognized for its high lipid content and exceptional EPA (eicosapentaenoic acid) production. Ideal for aquaculture, biofuel research, nutraceutical development, and large-scale marine microalgae cultivation systems.

SKU: ALG-NAS-MC-106 Category:

Our Nannochloropsis salina mother culture is a high-quality live microalgae starter culture designed for marine biotechnology and high-value compound production.

Nannochloropsis salina is a unicellular, non-motile marine microalga known for its high lipid accumulation potential, particularly rich in omega-3 fatty acids such as EPA. It is extensively used in aquaculture as a primary feed source for larvae and zooplankton, as well as in biofuel and nutraceutical industries. The species demonstrates strong adaptability to saline environments and maintains high productivity under controlled light and nutrient conditions.

This culture is maintained under sterile conditions to ensure high viability, purity, and consistent growth performance for both laboratory-scale and commercial-scale applications.

Key Features

✔ Live Nannochloropsis salina culture
✔ High-quality starter inoculum
✔ Rich in lipids and omega-3 (EPA)
✔ Marine-adapted, salt-tolerant strain
✔ Suitable for laboratory and industrial cultivation
✔ Maintained under sterile culture conditions

Applications

Aquaculture feed (larval and zooplankton nutrition)

Omega-3 (EPA) production and nutraceutical research

Biofuel and lipid accumulation studies

Marine CO₂ fixation and biomass production

Biotechnology and pharmaceutical research

Culture Specifications

Species: Nannochloropsis salina
Type: Live Mother Culture
Form: Liquid Culture
Application: Research & Microalgae Cultivation
Key Components: Lipids, EPA, proteins, pigments

Storage & Handling

Store between 18–24°C

Avoid direct sunlight exposure

Maintain sterile handling conditions

Scale up culture within 3–5 days for optimal growth

Maintain appropriate salinity and nutrient conditions during cultivation

 

Packaging

Supplied in sterile laboratory containers suitable for safe transportation and immediate inoculation into cultivation systems.

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