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Fish can ingest high amounts of 'artificially' added inorganic minerals without benefit to health because the fish body (or other aquatic organism such as shrimp) does not know what to do with these incompatible forms.

In fact, evidence is accumulating that the inorganic minerals can block absorption of the organic forms, leading ultimately to mineral deficiency diseases (most fish foods are low in natural calcium and need added calcium to meet requirements).

Aphanizomenon Flos-Aquae is a related algae found in Klamath Lake Oregon (see References).

Like Spirulina, this Klamath Lake blue green algae has been shown to be very nutritionally dense, diverse and absolutely non-toxic.

Due to the fact that Spirulina thrives in such alkaline waters, it incorporates and synthesizes many minerals and derivative compounds into its cell structure.

Transformed into natural organic forms by Spirulina (Arthrospira), minerals become chelated with amino acids and are therefore more easily assimilated by the body.

An animal (fish for our purposes) produces unconjugated biliverdin, a yellow colored breakdown product of normal heme catabolism, formed by failing red blood cells.

Heme (also called Haem in the UK) is composed of iron plus amino acids from globin of hemoglobin.

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For Freshwater Aquarium Care, please see this resource: *Freshwater Aquarium Care Spirulina is different from other algae and is similar to bacteria in many ways, occupying a niche between plants and bacteria.

The primary species of Spirulina are Arthrospira platensis and Arthrospira maxima.

Another species is Spirulina fusiformis; it is a freshwater algae as opposed to Marine/Saltwater species of the commonly harvested/aquacultured species noted earlier. Arthrospira fusiformis is capable of a great deal of polymorphism, it changes its shape, color and other charastistics in adapting to its environment.

The Chlorella cell wall is made of indigestible cellulose, just like green grass, WHILE the cell wall of Spirulina is made of complexed proteins and sugars.

As noted, Spirulina has a soft cell wall made of complex sugars and protein, and is different from most other algae in that it is more easily digested.This freshwater species thrives in waters that are loaded with various minerals such as sodium, magnesium, carbonates, sulfates and chlorides.