6-3 KINGDOM 2 PROTISTS/6-4 KINGDOM 3- FUNGUS Flashcards

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1
Q

What distinguishes protists as the first eukaryotes?

A

Protists were the first eukaryotes, meaning they were the first organisms to have a nucleus.

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2
Q

What are the significant structural features of protists?

A

Protists were the first organisms to have organelles.

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3
Q

Describe the cellular nature of protists.

A

Protists can be unicellular and were also the first multicellular organisms.

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4
Q

What are the three primary methods of movement in protists?

A

FLAGELLA CILIA PSEUDOPOD

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5
Q

a) Flagella: What is its function?

A

Flagella are whip-like structures used for movement.

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6
Q

b) Cilia: What is its function?

A

Cilia are small hair-like structures that aid in movement and feeding.

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7
Q

Pseudopod: What is it and its function?

A

A pseudopod is an extension of the cell membrane used for movement and engulfing food.

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8
Q

What is binary fission in protists?

A

Binary fission is an asexual reproduction method where a protist divides into two identical cells.

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9
Q

How do protists reproduce sexually?

A

Protists reproduce sexually through conjugation, where two cells exchange genetic material.

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10
Q

What is a fruiting body in slime molds?

A

A fruiting body is a structure in slime molds that releases haploid spores for sexual reproduction.

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11
Q

How do autotrophic protists obtain energy?

A

Autotrophic protists obtain energy through photosynthesis.

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12
Q

How do heterotrophic protists obtain energy?

A

Heterotrophic protists obtain energy through cellular respiration

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13
Q

Describe the unique characteristics of Euglena.

A

Euglena is a protist that exhibits both algae (plant-like) and protozoan (animal-like) characteristics.

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14
Q

What is the Endosymbiosis Theory in the context of protists?

A

The Endosymbiosis Theory suggests that early protists formed mutualistic relationships where one cell lived inside another, leading to the evolution of mitochondria and chloroplasts

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15
Q

What evidence supports the Endosymbiosis Theory?

A

Mitochondria and chloroplasts Reproduction method of mitochondria and chloroplasts Examples of modern endosymbiosis

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16
Q

Mitochondria and chloroplasts: What unique feature do they share?

A

Both have their own DNA and ribosomes.

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17
Q

Both have their own DNA and ribosomes.

A

They reproduce similarly to bacteria through binary fission.

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18
Q

Examples of modern endosymbiosis

A

Amoeba use bacteria to make energy; coral and hydra use algae to make energy

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19
Q

Describe Stage 2 of multicellular evolution in protists

A

Protists began to live in colonies where they initially performed the same tasks. Over time, these colonies developed specialized cells, leading to the first simple multicellular organisms.

20
Q

How did protists contribute to the evolution of higher kingdoms?

A

the three types of protists evolved into the three higher kingdoms of life: fungi, plants, and animals.

21
Q

Identify and describe the three main types of protists.

A

Protozoan Algae Slime Molds

22
Q

Protozoan: What type of protist are they and give examples.

A

Protozoan are animal-like protists, examples include Paramecium and Amoeba.

23
Q

Algae: What are they?

A

Algae are plant-like protists.

24
Q

Slime Molds: What type of protists are they?

A

Slime molds are fungus-like protists.

25
Q

What roles do protists play in nutrient cycles?

A

Producers decomposers

26
Q

What is the importance of plankton in food webs?

A

Plankton forms the foundation of ocean food chains

27
Q

Name two parasitic diseases caused by protists

A

Malaria and dysentery.

28
Q

How do protists participate in mutualism?

A

Protists can provide energy or aid in digestion within their hosts.

29
Q

Describe the cellular structure of fungi.

A

Fungi are eukaryotes with organelles.

30
Q

What are the two forms fungi can take?

A

Fungi can be unicellular (e.g., yeast) or multicellular.

31
Q

What is significant about the “Honey Mushroom”?

A

It is the largest organism on Earth, spanning 2200 acres in Oregon and is approximately 2400 years old.

32
Q

From what did fungi evolve?

A

Fungi evolved from slime molds around 460 million years ago.

33
Q

Explain the body structure of fungi.

A

Hyphae:
Answer: Hyphae are tiny tubes that transport decomposed nutrients.
b) Mycelium:
Answer: Mycelium is a large mass of hyphae that constitutes the body of the fungus.

34
Q

How do fungi obtain energy?

A

Fungi obtain energy by decomposing material with enzymes and absorbing the nutrients, or by recycling nutrients back into the ecosystem.

35
Q

asexual reproduction methods in fungi.

A

Budding Regeneration

36
Q

What is a fruiting body in fungi and its role?

A

A fruiting body is a sexual reproductive structure that releases haploid spores.

37
Q

Budding

A

Budding is an asexual process where new cells form as outgrowths of the parent.

38
Q

Regeneration

A

Regeneration is an asexual process where fungi heal and grow back from parts of themselves.

39
Q

How are fungi classified

A

Fungi are classified based on their fruiting bodies and reproduction methods.

40
Q

Describe the different types of fungi and their fruiting bodies.

A

Molds Club Fungi Sac Fungi imperfect Fungi

41
Q

What roles do fungi play as decomposers and recyclers?

A

Fungi break down organic material and recycle nutrients back into the ecosystem.

42
Q

Give examples of parasitic diseases caused by fungi

A

Examples include athlete’s foot and ringworm.

43
Q

How do fungi participate in food webs?

A

Some fungi are carnivores and play a role in food webs.

44
Q

What is a well-known antibiotic derived from fungi?

A

Penicillin.

45
Q

Describe the mutualistic relationship between mycorrhizae and plants.

A

Mycorrhizae are associations between fungi and plant roots that exchange nutrients, benefitting both parties; 90% of all plants have this relationship.

46
Q

What is mycofiltration and its purpose?

A

Mycofiltration is the process of filtering and purifying pollution through fungal mycelium barriers.