animal bio practical 1

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Last updated 1:57 AM on 2/15/23
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116 Terms

1
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asymmetry
no plane of symmetry
2
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radial symmetry
any plane passing through the central axis divides the body into two similar halves
3
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bilateral symmetry
division of the body into similar halves by a single plane of symmetry
4
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frontal plane
horizontal cut splitting the dorsal and ventral parts
5
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transverse plane
vertical cut splitting the anterior and posterior portions
6
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sagittal plane
longitudinal (vertical) cut splitting the right and left sides
7
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median plane
sagittal plane running down the midline of the animal
8
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medial
structures that are closer to the median plane
9
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lateral
structures that are further from the median plane
10
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dorsal
back/upper surface of the body (back)
11
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ventral
front/lower side of the body (stomach)
12
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proximal
(must have limbs) point of reference nearer the median plane than another structure
13
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distal
(must have limbs) point of reference farther from the body’s median plane than another structure
14
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anterior
head region
15
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posterior
butt region
16
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taxonomy order
domain, kingdom, phylum, class, order, family, genus, species
17
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what phylum does the genus euglena belong to?
euglenozoa
18
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what category of protozoan group group does euglena belong to?
flagellated protozoans
19
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how to euglena obtain nutrients?
photosynthesis
20
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what phylum does the genus trypanosoma belong to?
euglenozoa
21
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what category of protozoan group does trypanosoma belong to?
flagellated protozoans
22
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how does trypanosoma obtain nutrients?
from host’s blood
23
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what phylum does the genus plasmodium belong to?
apicomplexa
24
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what category of protozoan group does plasmodium belong to?
spore-forming protozoans
25
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what disease does plasmodium cause?
milaria
26
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what phylum does the genus paramedium belong to?
ciliophora
27
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what category of protozoan group does paramecium belong to?
ciliated protozoans
28
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how does paramecium obtain nutrients
create currents to sweep food towards the oral groove
29
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what phylum does the genus amoeba belong to?
amoebozoa
30
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which of the categories of protozoan groups does amoeba belong to?
amoeboia protozoans
31
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how does the amoeba obtain nutrients
engulf nutrients
32
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what phylum is the sycon sponge in?
porifera
33
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amoebocytes:

\-location

\-function

\-what genus is it located on?
\-make up the tissue in between pinacocyte and middle of sponge

\-carry food to other cells within the sponge body

\-sycon genus
34
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choanocytes:

\-location

\-function

\-what genus is it located on?
\-line inner part of body with flagella

\-grab food particles and facilitate water flow

\-sycon genus
35
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pinacocytes:

\-location

\-function

\-what genus is it located on?
\-outer layer of sponge

\-structural integrity

\-sycon genus
36
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porocytes:

\-location

\-function

\-what genus is it located on?
\-makes up pores on the outer layer of the sponge

\-facilitate flow of water

\-sycon genus
37
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put in order for sycon:

apopyles

incurrent canals

osculum

ostium

radial canals

spongocoel
1-ostium: water enters

2-incurrent canals:increase surface area, no choanocytes

3-radial canals:absorption of food, has choanocytes

4-apopyles

5-spongocoel: main body cavity

6-osculum: point of exit for water
38
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put in order for ascon:

osculum

ostium

spongocoel
1-ostium: water enters

2-spongocoel: main body cavity

3-osculum: point of exit for water
39
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put in order for leucon:

osculum

ostium

incurrent canal

excurrent canal

choanocyte chamber
1-ostium: water enters

2-incurrent canal

3-choanocyte chamber

4-excurrent canal

5-ostium
40
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polyp vs medusa cnideria
polyp: stuck to surface

medusa: can swim around
41
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what class and phylum is a hydra in?
class hydrozoa

phylum cnideria
42
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hydra

tentacles:

\-location

\-function

\-genus
\-elongated parts

\-grab prey and food particles (mouth in the middle)

\-hydra
43
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hydra

hypostome:

\-location

\-function

\-genus
\-elevated mound of tissue near mouth

\-controls opening of mouth

\-hydra
44
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hydra

bud:

\-location

\-function

\-genus
\-thing that sticks out that isnt a tentacle

\-used for reproduction; will fall off and grow new hydra

\-hydra
45
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hydra

basal disc:

\-location

\-function

\-genus
\-bottom

\-where polyp hydra is connected to surface

\-hydra
46
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hydra

gastrovascular cavity:

\-location

\-function

\-genus
\-inner cavity

\-absorption of nutrients

\-hydra
47
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hydra

gastrodermis:

\-location

\-function

\-genus
\-inner tissue layer; lining of gastrovascular cavity

\-digestion

\-hydra
48
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hydra

mouth:

\-location

\-function

\-genus
\-in between tentacles

\-ingest food

\-hydra
49
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hydra

epidermis:

\-location

\-function

\-genus
\-outer tissue layer

\-protection

\-hydra
50
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hydra

mesoglea:

\-location

\-function

\-genus
\-in between epidermis and gastrodermis

\-aids in supporting the body

\-hydra
51
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what class and phylum is the obelia hydroid in?
class: hydrozoa

phylum: cnideria
52
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obelia hydroid (polyp)

hydranth:

\-location

\-function

\-genus
\-polyp with tentacles

\-feeding polyps

\-obelia hydroid (polyp)
53
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obelia hydroid (polyp)

gonangium:

\-location

\-function

\-genus
\-polyp with beads

\-reproductive polyps

\-obelia hydroid (polyp)
54
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obelia hydroid (polyp)

tentacles:

\-location

\-function

\-genus
\-end of hydranth polyp

\-grab food particles

\-obelia hydroid (polyp)
55
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obelia hydroid (polyp)

medusa buds:

\-location

\-function

\-genus
\-beads that come off of gonangium

\-reproduction

\-obelia hydroid (polyp)
56
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obelia hydroid (polyp)

hypostome:

\-location

\-function

\-genus
\-elevated mound of tissue on hydranth polyps

\-regulates opening of mouth

\-obelia hydroid (polyp)
57
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obelia hydroid (polyp)

perisarc:

\-location

\-function

\-genus
\-transparent outer layer of organism

\-protection

\-obelia hydroid (polyp)
58
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obelia hydroid (polyp)

coenosarc:

\-location

\-function

\-genus
\-inner, darker red, pink parts

\-extracellular digestion occurs

\-obelia hydroid (polyp)
59
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obelia medusae

tentacles:

\-location

\-function

\-genus
\-around umbrella

\-defense and prey capture

\-obelia medusae
60
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obelia medusae

manubrium:

\-location

\-function

\-genus
\-sticks out from mouth; neck formation

\-support mouth

\-obelia medusae
61
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obelia medusae

mouth:

\-location

\-function

\-genus
\-under umbrella; end of manubrium

\-food intake

\-obelia medusae
62
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obelia medusae

radial canals:

\-location

\-genus
\-go from mouth to outside of colony

\-obelia medusae
63
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what class and phylum is the aurelia (true jellyfish) in?
class: scyphozoa

phylum: cnideria
64
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aurelia

mouth:

\-location

\-function

\-genus
\-center of under umbrella

\-food intake

\-aurelia
65
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aurelia

gonads:

\-location

\-function

\-genus
\-four round circles under umbrella

\-reproduction

\-aurelia
66
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aurelia

gastric pouches:

\-location

\-genus
\-entire area where gonads are housed

\-aurelia
67
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aurelia

oral arms:

\-location

\-function

\-genus
\-around mouth

\-defense and prey capture

\-aurelia
68
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aurelia

marginal tentacles:

\-location

\-function

\-genus
\-line umbrella

\-defense and movement

\-aurelia
69
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aurelia

radial canals:

\-location

\-genus
\-go from gastric pouches to outside (margin)

\-aurelia
70
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aurelia

circular canals:

\-location

\-genus
\-goes alongside margin

\-aurelia
71
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what class and phylum is metridium in?
class: anthozoa

phylum: cnideria
72
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metridium

tentacles:

\-location

\-function

\-genus
\-around mouth

\-defense and prey capture

\-metridium
73
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metridium

oral disc:

\-location

\-function

\-genus
\-around mouth

\-regulates mouth opening

\-metridium
74
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metridium

mouth:

\-location

\-function

\-genus
\-center

\-intake food

\-metridium
75
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metridium

pedal disc:

\-location

\-function

\-genus
\-bottom

\-attaches to surface

\-metridium
76
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metridium

septum:

\-location

\-function

\-genus
\-inner wall

\-increase surface area/digestion

\-metridium
77
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phylum platyhelminthes

platy- =

helminth=
platy= flat

helminth=worm
78
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what does monoecious mean
“one house” refers to each individual having both male and female reproductive parts
79
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what class and phylum is the planaria in
class: turbellaria

phylum: platyhelminthes
80
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planaria

eyespots:

\-location

\-function

\-genus
\-two dots on anterior end

\-sense light

\-planaria
81
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planaria

auricles:

\-location

\-function

\-genus
\-protrusion by eyespots

\-sense chemicals

\-planaria
82
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planaria

gastrovascular cavity:

\-location

\-genus
\-between pharynx and opening

\-planaria
83
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planaria

mouth:

\-location

\-genus
\-a tube that sticks out on the under body

\-planaria
84
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are turbellaria free-living or parasitic?
free living
85
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are trematoda free-living or parasitic?
parasitic
86
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what class and phylum are the clonorchis sinensis in?
class: termatoda

phylum: platyhelminthes
87
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clonorchis sinensis

oral sucker:

\-location

\-function

\-genus
\-anterior end

\-primary point of attachment to host/ingest food

\-clonorchis sinensis
88
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clonorchis sinensis

ventral sucker:

\-location

\-function

\-genus
\-right before uteri

\-aid oral sucker in attachment to host

\-clonorchis sinensis
89
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clonorchis sinensis

pharynx:

\-location

\-genus
\-darkened part right behind oral sucker

\-clonorchis sinensis
90
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clonorchis sinensis

testes:

\-location

\-genus
\-faded spots near posterior

\-clonorchis sinensis
91
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clonorchis sinensis

uterus:

\-location

\-genus
\-dark spots in mid area

\-clonorchis sinensis
92
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clonorchis sinensis

gastrovascular cavity:

\-location

\-genus
\-between oral and ventral suckers

\-clonorchis sinensis
93
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clonorchis sinensis

excretory pore:

\-location

\-function

\-genus
\-posterior (butt)

\-eliminate metabolic waste

\-clonorchis sinensis
94
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clonorchis sinensis

yolk glands:

\-location

\-genus
\-outer edge by uterus

\-clonorchis sinensis
95
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what class and phylum are the taenia in?
class: cestoda

phylum: platyhelminthes
96
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are cestoda free living or parasitc?
parasitic
97
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taenia

scolex:

\-location

\-function

\-genus
\-head region

\-house anterior structures

\-taenia
98
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taenia

hooks:

\-location

\-function

\-genus
\-things that stick out around anterior end

\-primary point of attachment to host

\-taenia
99
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taenia

suckers:

\-location

\-function

\-genus
\-dark circles below hooks on scolex

\-aid hooks in attachment to hosts

\-taenia
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taenia

neck:

\-location

\-genus
\-after scolex/ before proglattid start

\-taenia