1. Cyanobacteria (previously called bluegreen algae) produce BMAA
beta-methylamino-L-alanine (BMAA)
2. Cyanobacteria are everywhere in rivers, lakes, and in the soil.
3. They seem to produce a huge amount of BMAA when there are blooms in lakes and rivers with excessive fertilizer runoff. The water can turn obviously bluish-green.
4. The BMAA can be in drinking water, seafood [and freshwater fish], milk from cows eating from pastures irrigated with pond-scum-laden water, spirulina in protein shakes
5. BMAA has been found in brains of ALS, Parkinson’s, and Alzheimer’s victims, but not in brains of people who died from Huntington’s (which is genetic)
6. BMAA can be misincorporated into proteins, causing the proteins to be malformed and to stick to other proteins, causing plaques in neurons.
7. DO NOT TAKE SPIRULINA. large quantities of BMAA found in commercially sold supplements containing spirulina and Aphanizomenon flos–aquae
8. clusters of ALS cases in the same zip code, or even the same street or building, tied to exposure to cyanobacteria-contaminated lakes in New Hampshire, Vermont, and Maine
9. sand filtration, powdered activated carbon (like Brita filter), and chlorination remove BMAA
10. Texas’s Lake Houston, which supplies drinking water to residents of this country’s fourth largest city, regularly has cyanobacterial blooms. It tested positive for BMAA.
11. In New England, the rate of ALS doubles around lakes with cyanobacterial blooms. People living around Lake Mascoma in New Hampshire have 10 to 25 times normal ALS rate.
So, if the water smells and tastes like an aquarium in the summer, especially if it is from a surface source, it might be better to drinks bottled or at least use a Brita filter.
http://www.psmag.com/health-and-beha...ap-water-38804
http://www.eurekalert.org/pub_releas...-etm012116.php
beta-methylamino-L-alanine (BMAA)
2. Cyanobacteria are everywhere in rivers, lakes, and in the soil.
3. They seem to produce a huge amount of BMAA when there are blooms in lakes and rivers with excessive fertilizer runoff. The water can turn obviously bluish-green.
4. The BMAA can be in drinking water, seafood [and freshwater fish], milk from cows eating from pastures irrigated with pond-scum-laden water, spirulina in protein shakes
5. BMAA has been found in brains of ALS, Parkinson’s, and Alzheimer’s victims, but not in brains of people who died from Huntington’s (which is genetic)
6. BMAA can be misincorporated into proteins, causing the proteins to be malformed and to stick to other proteins, causing plaques in neurons.
7. DO NOT TAKE SPIRULINA. large quantities of BMAA found in commercially sold supplements containing spirulina and Aphanizomenon flos–aquae
8. clusters of ALS cases in the same zip code, or even the same street or building, tied to exposure to cyanobacteria-contaminated lakes in New Hampshire, Vermont, and Maine
9. sand filtration, powdered activated carbon (like Brita filter), and chlorination remove BMAA
10. Texas’s Lake Houston, which supplies drinking water to residents of this country’s fourth largest city, regularly has cyanobacterial blooms. It tested positive for BMAA.
11. In New England, the rate of ALS doubles around lakes with cyanobacterial blooms. People living around Lake Mascoma in New Hampshire have 10 to 25 times normal ALS rate.
So, if the water smells and tastes like an aquarium in the summer, especially if it is from a surface source, it might be better to drinks bottled or at least use a Brita filter.
http://www.psmag.com/health-and-beha...ap-water-38804
http://www.eurekalert.org/pub_releas...-etm012116.php
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