Week 3 Flashcards

(65 cards)

1
Q

Paramecium

A

Ciliates- fine hair like appendages for swimming

Cilia

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2
Q

Phylogeny

A

Tree of life

Branches=clades

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3
Q

Monophyletic

A

All descendants of common ancestor

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4
Q

Paraphyletic

A

Some Descendants of common ancestor

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5
Q

Synapomorphies

A

Shared derived states

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6
Q

Symplesimorphies

A

Shared and primitive

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7
Q

Excavata

A

No mitochondria

Feeding grove- prey and organic debris is ingested

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8
Q

Alveolata

A

Alveoli-sac like structures, provide support

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9
Q

Stramenopila

A

Flagella is present- 2 cells, can have hair like projections

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10
Q

Rhizaria

A

Cells lack cell walls

Psuedopodia project to move it

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11
Q

Archaeplastida

A

Cells have chloroplasts with double membrane

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12
Q

Amoebozoa

A

Cells lack cell walls, psuedopodia to move it, form large lobes

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13
Q

Opisthokonta

A

Reproductive cells have single flagellum

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14
Q

Psuedopodia

A

Feed or creep around surfaces using lobe like extensions

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15
Q

Phylum rhizopoda

A

Psuedopodia
Single nucleus
Reproduction
No spores

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16
Q

amoeba

A

Protist on bottom of ponds in slow moving streams

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17
Q

Endoplasm

A

Tip of pseudopodium changes to ectoplasm- gel like

Granular, in center of the cell

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18
Q

Amoeboid movement

A

Primary mode of locomotion

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19
Q

Phagocytosis

A

Eating cell

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20
Q

Phylum myxogastrida

A

Heterotrophic

Do not divide

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21
Q

Plasmodium

A

Plasmodial slime molds with these interconnected cells

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22
Q

Coenocytic

A

Within plasmodium, numerous nucleus nut now walls between cells

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23
Q

Swarm cells

A

Spores become flagellated, when two swarm cells fuse-> zygote is produced->new plasmodium

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24
Q

Flagella

A

Long whip like organelles, wave back and forth

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25
Phylum parabasalida
Symbiotic (mutualistic or paralistic) inside multicellular organisms like plants and animals
26
Trichonympha
Lives inside intestines of termites, breaks down cellulose for termites
27
Trichomonas vaginalis
“phylum Parabasalida. It is sexually transmitted and causes a nasty disease
28
Phylum Kinetoplastida
Some are free living some are mutualistic or parasites
29
Phylum Actinopoda
“amoeboid cells with numerous axopodia; some with glassy (silica) skeletons
30
axopodia
“supported by microtubules. Axopodia serve as food-gathering devices, collecting small organisms and transporting them internally back to the main cell body”
31
Phylum Foraminifera
“amoebas with porous, calcium carbonate shells; pseudopodia long, branching and sometimes flowing together
32
Phylum Apicomplexa
These are parasites. Their life cycles often involve several stages in two hosts, one a vertebrate, and the other an invertebrate. They possess an apical complex of specialized structures used to penetrate host cells.
33
Plasmodium
Plasmodium causes malaria, a frequent and life-threatening disease of humans and other vertebrates. Mosquitoes transmit the parasite from one vertebrate host to another.
34
Phylum Ciliata
This is the largest of the Alveolata phyla. All members of the Ciliata have numerous cilia used for locomotion, feeding, or both. All are heterotrophic and many are quite specialized in body form.
35
Macronucleus | Micronuclei
Controls cell activity | Exchanged during sexual reproduction
36
Cytosome
In paramecium | Oral groove
37
Contractile vacuoles
Pulsating near the end of cell
38
Phylum Oomycota
The Oomycota, or “water molds”, resemble fungi in appearance and feeding mode, but they could hardly be farther on the phylogeny of fungi
39
oogonia
obvious dark structures that are much larger than a hypha is wide are
40
Psuedopodia
Feed or creep around surfaces using lobe like extensions
41
Phylum rhizopoda
Psuedopodia Single nucleus Reproduction No spores
42
amoeba
Protist on bottom of ponds in slow moving streams
43
Endoplasm
Tip of pseudopodium changes to ectoplasm- gel like | Granular, in center of the cell
44
Amoeboid movement
Primary mode of locomotion
45
Phagocytosis
Eating cell
46
Phylum myxogastrida
Heterotrophic | Do not divide
47
Plasmodium
Plasmodial slime molds with these interconnected cells
48
Coenocytic
Within plasmodium, numerous nucleus nut now walls between cells
49
Swarm cells
Spores become flagellated, when two swarm cells fuse-> zygote is produced->new plasmodium
50
Flagella
Long whip like organelles, wave back and forth
51
Phylum parabasalida
Symbiotic (mutualistic or paralistic) inside multicellular organisms like plants and animals
52
Trichonympha
Lives inside intestines of termites, breaks down cellulose for termites
53
Trichomonas vaginalis
“phylum Parabasalida. It is sexually transmitted and causes a nasty disease
54
Phylum Kinetoplastida
Some are free living some are mutualistic or parasites
55
Phylum Actinopoda
“amoeboid cells with numerous axopodia; some with glassy (silica) skeletons
56
axopodia
“supported by microtubules. Axopodia serve as food-gathering devices, collecting small organisms and transporting them internally back to the main cell body”
57
Phylum Foraminifera
“amoebas with porous, calcium carbonate shells; pseudopodia long, branching and sometimes flowing together
58
Phylum Apicomplexa
These are parasites. Their life cycles often involve several stages in two hosts, one a vertebrate, and the other an invertebrate. They possess an apical complex of specialized structures used to penetrate host cells.
59
Plasmodium
Plasmodium causes malaria, a frequent and life-threatening disease of humans and other vertebrates. Mosquitoes transmit the parasite from one vertebrate host to another.
60
Phylum Ciliata
This is the largest of the Alveolata phyla. All members of the Ciliata have numerous cilia used for locomotion, feeding, or both. All are heterotrophic and many are quite specialized in body form.
61
Macronucleus | Micronuclei
Controls cell activity | Exchanged during sexual reproduction
62
Cytosome
In paramecium | Oral groove
63
Contractile vacuoles
Pulsating near the end of cell
64
Phylum Oomycota
The Oomycota, or “water molds”, resemble fungi in appearance and feeding mode, but they could hardly be farther on the phylogeny of fungi
65
oogonia
obvious dark structures that are much larger than a hypha is wide are