Questions: A nucleated, unicellular organism; when you change the incubation temperature, it forms filaments with conidiospores. Cellular slime mold Tapeworm Ascomycete Euglenozoa Plasmodial slime mold

A nucleated, unicellular organism; when you change the incubation temperature, it forms filaments with conidiospores.
Cellular slime mold
Tapeworm
Ascomycete
Euglenozoa
Plasmodial slime mold
Transcript text: A nucleated, unicellular organism; when you change the incubation temperature, it forms filaments with conidiospores. Cellular slime mold Tapeworm Ascomycete Euglenozoa Plasmodial slime mold
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Solution

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The answer is the third one (Ascomycete): a nucleated, unicellular organism; when you change the incubation temperature, it forms filaments with conidiospores.

Explanation for each option:

  1. Cellular slime mold: These are typically multicellular during part of their life cycle and do not form filaments with conidiospores.
  2. Tapeworm: This is a multicellular parasitic flatworm and does not fit the description of a unicellular organism forming filaments with conidiospores.
  3. Ascomycete: This group of fungi includes both unicellular (yeasts) and multicellular forms. Some unicellular ascomycetes can form filaments (hyphae) and produce conidiospores when environmental conditions change, such as temperature.
  4. Euglenozoa: These are unicellular protists, but they do not form filaments with conidiospores.
  5. Plasmodial slime mold: These are typically multinucleated and do not form filaments with conidiospores.

Summary: The organism described in the question is an Ascomycete, as it is a nucleated, unicellular organism that can form filaments with conidiospores when the incubation temperature is changed.

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