Not all Blue Green Algae are equal - some are wild and some are cultivated in tanks





Organism Type

Blue-Green Protista

Blue-Green Protista

Green Protista

Growth Location

Grows prolifically in the wild in a high glacial lake fed by mineral-rich mountain streams

Grows in Lake Texaco near Mexico City and Lake Chad in in Africa. Also cultivate in various locations around the world.

Grows prolifically in most parts of the world

Growth Temperature

68ºF to 75ºF

98ºF to 103ºF

68ºF to 103ºF

Optimum pH for growth

6.9 to 7.4

8.3 to 10.0

7.0 to 7.5

Salinity of growth medium (Sodium chloride content)

30 ppm dissolved solids

greater than 3,000 ppm dissolved solids

About 1,000 ppm dissolved solids

Light sensitivity

Grows in high intensity light

Grows best in low light intensity

Grows in high light intensity

Nitrogen metabolism

Metabolises molecular nitrogen from the air to produce protein, nucleic acids and other nitrogen containing compounds

Grows on nitrates, nitrites and ammonia

Grows on nitrates and ammonia

Net Protein utilisation

High protein assimilability - NPU greater than 75% (Freeze dried material)

Assimilable protein - NPU about 37% for spray dried material

Low assimilability - NPU about 20%

Low molecular weight peptide & neurotransmitter concentrations

Has high concentrations of neurotransmitter-like compounds due to its breatharian characteristics

Contains low levels of molecular weight peptides when grown in adequate concentrations of ammonia or nitrates

Contains small amounts of controlled growth factor elements

Cell wall characteristics

Soft cell wall consisting of a glycoliproprotein complex

Soft cell wall constructed of a protein/mucopolysaccharide

Contains cellulose cell wall that is not digestible

Denaturation of cellular constituents during processing

Cellular components remain intact during freeze-drying

Enzymatic activity is lost during spray drying

Remains intact if freeze dried

Vitamins and minerals

Bioavailability remains high during freeze-drying process

Heat sensitive components are degraded during spray drying

Low bioavailability due to cellulose wall

© Klamaths Best 2009-2017