Algae Research Supply Algae Culture Nannochloropsis, Perfect for School Science Fairs/Projects, Experiments & Classrooms (1ml) image-1
Algae Research Supply Algae Culture Nannochloropsis, Perfect for School Science Fairs/Projects, Experiments & Classrooms (1ml) image-1
Algae Research Supply

Algae Research Supply Algae Culture Nannochloropsis, Perfect for School Science Fairs/Projects, Experiments & Classrooms (1ml)

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Description
  • ALGAE CULTURE: In our labs in San Diego we grow algae and zooplankton cultures for most habitats on our planet (and perhaps Mars!) We carry freshwater, brackish, marine, and extremophile cultures of algae. They grow to exhibit colorful pigments of red (phycoerythrin), orange (carotenoids), brown (fucoxanthin), blue green (phycocyanin), and our favorite->green (chlorophyll). Our algae strains have been selected because they are grown well in bottles and flasks.
  • SCIENCE PROJECT: Teachers, parents, and students - grow algae easily and get great results for inquiry-based projects. Because algae grow FAST experiments take a fraction of the time as land-plants (and algae is cooler!) Great experiments: toxicology, light quality, environmental changes, algae blooms. Blog posts detail science-fair winners and other projects. Students have sent our algae into SPACE THREE TIMES (would have been four, but the rocket exploded.. we still love you Space X.)
  • WHO WE ARE: Algae Research Supply is a small group of teachers and scientists with a mission of educating the next generations on aquatic science. Over 50% of the planet\'s oxygen comes from algae, however we are not emphasizing algae\'s importance in school- our mission is to make it EASY, AFFORDABLE, and REPEATABLE to teach algae in classrooms.


Nannochloropsis is a genus of alga within the heterokont line of eukaryotes, that is being investigated for biofuel production. One marine Nannochloropsis species has been shown to be suitable for algal biofuel production due to its ease of growth and high oil content (28.7% of dry weight), mainly unsaturated fatty acids and a significant percentage of palmitic acid. It also contains enough unsaturated fatty acid linolenic acid and polyunsaturated acid (>4 double bonds) for a quality biodiesel.

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