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Food and Agriculture
by ruth on August 14, 2006
The algae will be grown in small, shallow ponds for a short period. The algal strain has been derived from fresh water culture collections which has been adapted for commercial use. Once grown, the algae will be 'stressed' by changing the growth conditions which induces it to synthesize astaxanthin. Astaxanthin is produced by the cells as a secondary metabolite, which is only found in a specific cell state. The algal cells are then harvested and processed.
Although Cape Carotene's immediate target is to export the naturally produced astaxanthin to European fish and feed industries, the company also plan to develop it as a nutraceutical for human consumption. Because of its antioxidative properties, much research has been done on the possible benefits of antixanthin in age-related macular Degeneration, neurodegenerative diseases, cardiovascular diseases, and even cancer.
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Vote for Cape Carotene To Produce Astaxanthin From Algae:
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Rating: 9.00 out of 5 vote(s) cast.
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Response from:
Joe Chang
(08/23/06 1:58am)
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Haematococcus pluvialis is in the form of 3S,3'S. And, it is the strongest antioxicant found in the nature, and can not be sythetized by animals.
I am an FPA-SAFE auditor. And, knowing Haematococcus pluvialis are supllied only by quiet a few companies in the world. If you are interested in the natural astaxanthin(1.5%,2.5%), which is guranttee by China National Lab on Reference Materials of Natural Products, please let me know.
Best regards
Joe Chang