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What group of protists cause toxic red tides?
Dinoflangellates.
What group of protists can glow in the dark or cause toxic red tides-?
Dinoflagellates are a group of protists that can glow in the dark, a phenomenon known as bioluminescence. Some dinoflagellates also produce toxins that can cause harmful algal blooms, known as red tides, which can be toxic to marine life and humans when ingested.
What group of protists can glow in the dark and cause toxic red tides?
Dinoflagellates are the group of protists that can glow in the dark and cause toxic red tides. The bioluminescent glow is due to a chemical reaction within their cells. These organisms can produce toxins that can be harmful to marine life and humans when a red tide occurs.
What phyla are responsible for red tides?
Estuarine, marine, or fresh water algae is responsible for toxic red times. The algae accumulates rapidly in the water column discoloring the water's surface.
Why are red tides dangerous to people and organisms?
a type of shellfish creats a toxin that turns red and is highly toxic
How do protists use excretion?
Protists excrete waste products such as carbon dioxide, ammonia, and other metabolic byproducts from their cells. This helps maintain internal balance and prevents the accumulation of toxic substances. Excretion also allows protists to regulate osmotic balance by expelling excess water and ions.
Can bananas become toxic after refrigerating?
No, chilling a banana does not cause it to become toxic.
What are the cause and effects of toxic gases?
The cause of toxic gases are of pollution being polluted on Earth. The effect is causing living organisms near it to die.
What gases cause globel worming?
Toxic gas
Why are nontoxic paints good for the environment?
Cause there is NO toxic in it!!
What can cause epillipsy?
Brain damage from a head injury or toxic substances can cause epilepsy.
Why is the amine group of an amino acid toxic to cells?
The amine group of an amino acid is not toxic to cells by itself. However, excessive levels of certain amino acids can lead to toxicity due to disruptions in cellular processes. In conditions like phenylketonuria, buildup of toxic levels of phenylalanine occurs due to an enzyme defect that prevents its conversion to tyrosine, leading to toxicity.
