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Blue Green Algae Articles & Analysis: Older

5 articles found

Destructive Impact of Cyanotoxins on Human Health: Examining Real-Life Tragic Outcomes

Destructive Impact of Cyanotoxins on Human Health: Examining Real-Life Tragic Outcomes

Cyanotoxins are toxic substances produced by cyanobacteria, or blue-green algae, which can proliferate in water bodies under conditions like high nutrient levels and warm temperatures. ...

ByLG Sonic B.V.


Algae toxins linked to brain diseases found in Florida

Algae toxins linked to brain diseases found in Florida

An innovative field study in Southwest Florida has identified several neurotoxins in the state’s air and water. The three forms of BMAA – beta-Methylamino-L-alanine – are associated with brain diseases. The study conducted by Calusa Waterkeeper volunteers and analysed by Wyoming’s Brain Chemistry Labs identified two forms of BMAA in every sample from 945 completed over ...

ByLG Sonic B.V.


How LG Sonic ultrasound technology controls algae

How LG Sonic ultrasound technology controls algae

This article explains how ultrasound controls algae, including the five most common questions related to ultrasonic algae control. ...

ByLG Sonic B.V.


Maternal repeated oral exposure to microcystin‐LR affects neurobehaviors in developing rats

Maternal repeated oral exposure to microcystin‐LR affects neurobehaviors in developing rats

Microcystins are toxic peptides secreted by certain waterblooms of toxic cyanobacteria. The most widely studied microcystin is microcystin‐LR (MC‐LR), which exhibits hepatotoxicity and neurotoxicity. However, limited information is available regarding the effects on offspring following maternal exposure. The present study is to observe the effects of progestational exposure to MC‐LR on ...

ByJohn Wiley & Sons, Ltd.


Behaviour of cyanobacterial bloom material following coagulation and/or sedimentation

Behaviour of cyanobacterial bloom material following coagulation and/or sedimentation

The global increase in detection of cyanobacteria and their metabolites has prompted greater emphasis in optimizing water treatment options for their effective removal. In particular, conventional coagulation and clarification processes have been shown to be effective in removing whole cyanobacterial cells, and consequently a majority of the metabolites. However, the resultant ...

ByIWA Publishing

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