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-- describes how prokaryotes' plasma membrane evolved into eukaryotes' organelles to have more functions
Infolding
Green
Cell wall
Red
Endosymbiosis
Spinning motion due to perpendicular flagella
Has rare sugars that we can't digest
glass-like (silicon) cell walls
Why aren't seaweeds a staple food?
Infolding
Green
Cell wall
Red
Endosymbiosis
Spinning motion due to perpendicular flagella
Has rare sugars that we can't digest
glass-like (silicon) cell walls
Which of the below is not part of a euglenoid's structure?
Infolding
Green
Cell wall
Red
Endosymbiosis
Spinning motion due to perpendicular flagella
Has rare sugars that we can't digest
glass-like (silicon) cell walls
-- algae can into the deepest waters and includes coralline algae
Infolding
Green
Cell wall
Red
Endosymbiosis
Spinning motion due to perpendicular flagella
Has rare sugars that we can't digest
glass-like (silicon) cell walls
-- algae are sexual and asexual, can form chains, has cellulose cell wals, and includes chlamydomonas
Infolding
Green
Cell wall
Red
Endosymbiosis
Spinning motion due to perpendicular flagella
Has rare sugars that we can't digest
glass-like (silicon) cell walls
What are diatoms most known for?
Infolding
Green
Cell wall
Red
Endosymbiosis
Spinning motion due to perpendicular flagella
Has rare sugars that we can't digest
glass-like (silicon) cell walls
What are dinoflagellates known for?
Infolding
Green
Cell wall
Red
Endosymbiosis
Spinning motion due to perpendicular flagella
Has rare sugars that we can't digest
glass-like (silicon) cell walls
-- describes how smaller aerobic organisms were eaten and continued to function in larger animals
Infolding
Green
Cell wall
Red
Endosymbiosis
Spinning motion due to perpendicular flagella
Has rare sugars that we can't digest
glass-like (silicon) cell walls
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