Biology Test Two After Quiz Two - Body Systems Flashcards

1
Q

This order of crustacea has barnacles that are sessile as adults but free swimming larvae and are hermaphroditic and some have stalks

A

cirripedia

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2
Q

class of arthropods that includes insects which is the largest group of animals and there are about one billion billion insects alive at any one time

A

hexapoda

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3
Q

three body regions of insects

A

head, thorax, abdomen

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4
Q

these permeate all tissues in insects to breathe

A

tracheae

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5
Q

This class of arthropods have no tagmata and include centipedes and millipedes and have bodies with a head followed by numerous segments

A

myriapoda

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6
Q

this phylum is an ancient group of marine animals with about 6000 species and are deuterostomes and have an endoskeleton

A

echinodermata

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7
Q

the blank of echinoderms are bilaterally symmetrical and blank symmetrical as adults which means blank lines

A

larvae, pentaradial, five

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8
Q

echinoderms have an endoskeleton made of calcite plates called blank

A

endoskeletons, ossicles

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9
Q

echinoderms have blank so they can change shape and drop body parts

A

mutable collagenous tissue

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10
Q

papulae are the same as

A

tube feet

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11
Q

there are more than blank extinct classes of echinoderms

A

20

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12
Q

there are five classes of echinoderms and they are

A

asteroidea, crinoidea, echinoidea, holothuroidea, ophiuroidea

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13
Q

this class of echinoderm includes seas stars and sea daisies

A

asteroidea

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14
Q

this class of echinoderms includes sea lillies and feather stars

A

crinoidea

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15
Q

this class of echinoderms includes sea urchins and sand dollars

A

echinoidea

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16
Q

this class of echinoderms includes sea cucumbers

A

holothuroidea

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17
Q

this class of echinoderms includes brittle stars

A

ophiuroidea

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18
Q

The chordates nearest relative is the blank

A

echinoderms

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19
Q

Five features characterize chordates and they are

A

nerve cord, notochord, pharyngeal slits, postanal tail, endostyle

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20
Q

turned into the spinal cord

A

nerve cord

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21
Q

turgid cord of cells wrapped with connective tissue that turned into the spinal column

A

notochord

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22
Q

gill arches that form bones in ears

A

pharyngeal slits

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23
Q

manages iodine metabolism and turns into the thyroid gland

A

endostyle

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24
Q

three subphyla of the chordata phylum

A

cephalochordata, urochordata, vertebrata

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25
Q

subphylum of chordata that have all chordate characteristics throughout lifetime but no anterior sense organs or brain

A

cephalochordata

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26
Q

oldest chordate which was a cephalochordate

A

pikaia

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27
Q

subphylum of chordata that includes tunicates and are marine animals with tadpolelike larvae and adults typically lose the tail, nerve chord, and notochord

A

urochordata

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28
Q

urochordata often secrete a blank which is a cellulose sac that surrounds the animal

A

tunic

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29
Q

subphylum of chordates that includes vertebrates and an endoskeleton made of cartilage or bone

A

vertebrata

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30
Q

chordates with a spinal column

A

vertebrates

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31
Q

most diverse vertebrate group including half of all vertebrates

A

fishes

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32
Q

five characteristics of fishes

A

vertebral column, jaws and paired appendages, internal gills, single loop blood circulation, nutritional deficiencies

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33
Q

the first fishes had blank but no blank

A

mouths, jaws

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34
Q

first fishes that had bony plates and are now extinct

A

ostracoderms

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35
Q

first fishes that have no jaws that still exist today

A

hagfish and lampreys

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36
Q

the development of jaws occurred in the late blank period

A

silurian

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37
Q

fishes were the first vertebrates to develop blank

A

teeth

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38
Q

these two things make up shark scales and all teeth

A

dentin and enamel

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39
Q

fishes have a blank system that is a series of sensory organs under the skin that detects changes in pressure waves

A

lateral line

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40
Q

first jawed fish came about during the blank perdio

A

devonian

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41
Q

first jawed fish that was spiny

A

acanthodii

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42
Q

first jawed fish that were armored

A

placodermi

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43
Q

in this period, sharks became the dominant sea predators

A

carboniferous

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44
Q

chondro means

A

cartilage

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45
Q

ichthyes means

A

fish

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46
Q

the most species rich group of all vertebrates

A

bony fishes

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47
Q

a gas filled sac that allows bony fishes to regulate their buoyant density

A

swim bladder

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48
Q

a hard plate that covers the gills

A

operculum

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49
Q

the felxing of this permits water pumping over the gills

A

gill cover

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50
Q

group of bony fishes that are ray finned and there are no muscles in the fins

A

actinopterygii

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51
Q

group of bony fishes that are lobe finned and have paired fins that consist of a long fleshy muscular lobe

A

sarcopterygii

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52
Q

sarco means

A

flesh

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53
Q

damp skinned vertebrates and were the first vertebrates to walk on land

A

amphibians

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54
Q

Three adaptations of amphibians

A

legs, lungs, system to prevent desiccation

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55
Q

amphibians reproduce where?

A

H2O

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56
Q

this word means “drying out”

A

desiccation

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57
Q

amphibians evolved from blank

A

lobe finned fish

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58
Q

Three bones that are found in bony fishes and amphibians today

A

humerus, femur, radius

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59
Q

modern amphibians come from the blank period

A

tertiary

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60
Q

Three orders of today’s amphibians

A

anura, caudata, and apoda

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61
Q

order of amphibians that means without tail

A

anura

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62
Q

frogs and toads are part of this order of amphibians…

A

anura

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63
Q

type of fertilization in anura

A

external

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64
Q

order of amphibians that includes salamanders and larvae are similar to adults

A

caudata

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65
Q

type of fertilization in caudata

A

internal

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66
Q

order of amphibians that includes caecilians and lay their eggs underground and are legless burrowers

A

apoda

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67
Q

animals that evolved from amphibians and all have one major thing in common because the amniotic egg has blank membranes

A

amniotes, four

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68
Q

This includes mammals, birds, and reptiles

A

amniotes

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69
Q

amniotes have a blank egg with an amnion and yolk sac

A

water tight

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70
Q

these animals dominated earth for 250 million years and there are 7000 species today on earth

A

reptiles

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71
Q

type of breathing that increases lung capacity by chest moving

A

thoracic breathing

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72
Q

type of fertilization in reptiles

A

internal

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73
Q

reptiles have blank circulation than amphibians

A

better

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74
Q

class of reptiles that are shelled, have a solid skull, have beaks but no teeth. includes turtles

A

testudina

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75
Q

in turtles, what structures creates the shell

A

the ribs

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76
Q

order of Lepidosauria that has two species of tuataras which are large lizard like animals found in New Zealand

A

Rhynchocephalia

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77
Q

Order of Lepidosauria that are reptiles that have lizards and snakes and has a light skull with many openings and joints and have a forked penis called a blank

A

squamata, hemopenes

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78
Q

Class of reptiles that are the ruling reptiles and are the first bipedal vertebrates

A

archosauria

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79
Q

means walks on two legs

A

bipedal

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80
Q

Two groups of archosauria that live today

A

aves, crocodilia

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81
Q

blank were the first bipedal vertebrates

A

dinosaurs

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82
Q

an archosauria that has 25 species are primarily aquatic and are carnivorous with a strong compact skull

A

crocodylia

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83
Q

group of archosauria that includes birds which are direct descendants of dinosaurs and are the most diverse terrestrial vertebrates

A

aves

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84
Q

first bird had how many fingers plus a wing

A

three

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85
Q

the most alike part of birds to dinosaurs

A

scaly legs

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86
Q

birds are most similar to

A

crocodiles

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87
Q

Three things making birds special

A

feathers, hollow skeleton, efficient circulation, efficient respiration, endothermy

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88
Q

means that body temperature permits higher metabolic rate

A

endothermy

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89
Q

Three mammalian ancestors

A

pelycosaurs, therapsis, mammalia

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90
Q

first succesful large land vertebrates which is a mammalian ancestor and is reptile like but has a mammalian skull

A

pelycosaurs

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91
Q

mammalian ancestor that had a mammal like skeleton and were replaced by dinosaurs

A

therapsids

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92
Q

pelycosaurs had a blank

A

mammalian skull

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93
Q

two fundamental traits of mammals

A

hair and mammary glands

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94
Q

these secrete milk in female mammals

A

mammary glands

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95
Q

milk comes from the same gland as blank

A

sweat

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96
Q

important charactertic of heart in mammals

A

four chambered heart

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97
Q

respiration advantage in mammals structure

A

diaphragm

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98
Q

the amniotic egg inside a human uterus

A

placenta

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99
Q

group of mammals that lay eggs and have a cloaca for digestion and reproduction

A

monotremes

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100
Q

example of a monotreme with a cloaca

A

duck billed platypus

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101
Q

group of mammals that includes kangaroos and opossums and have a pouch

A

marsupials

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102
Q

type of mammal that produce a placenta that nourishes the fetus and includes most living mammals

A

placental

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103
Q

group of mammals that have grasping fingers and toes with binocular vision and includes monkeys and gorillas

A

primates

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104
Q

earliest primates split into these two groups

A

anthropoids and prosimians

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105
Q

this group of primates are nocturnal and include lemurs and tarsiers

A

prosimians

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106
Q

this group of primates include monkeys, apes, and humans

A

anthropoids

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107
Q

group of anthropoids that includes humans and apes

A

hominoids

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108
Q

group of hominoids that are paraphyletic and include gorillas, chimpanzees, gibbons, orangutans

A

apes

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109
Q

group of hominoids that includes humans and australopithecus

A

hominids

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110
Q

hominoids that evolved about 2 mya and had a large brain and were the first humans

A

Homo

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111
Q

All homos are extinct except for blank

A

sapiens

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112
Q

Four levels of organization of the vertebrate body

A

cells, tissues, organs, organ systems

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113
Q

How many cell types does a human have

A

210

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114
Q

groups of cells that are similar in structure and function

A

tissue

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115
Q

are combinations of different tissues that form a structural and functional unit

A

organ

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116
Q

organs are combinations of blank tissues

A

different

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117
Q

groups of organs that cooperate to perform the major activities of the body

A

organ systems

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118
Q

how many organ systems in a vertebrate body

A

11

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119
Q

11 organ systems put together equals blank

A

organism

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120
Q

vertebrates have a blank within a blank body plan

A

tube

121
Q

how many body cavities in a vertebrate

A

several

122
Q

body cavity that is within the skull and vertebrae and includes brain and spinal cord

A

dorsal

123
Q

body cavity that is bounded by the rib cage and vertebral column that includes heart, liver, intestine, stomach, kidneys, etc.

A

ventral

124
Q

four primary tissues in adult vertebrates

A

epithelial, connective, muscle, and nervous

125
Q

primary tissue that covers exposed surfaces of the vertebrate body and provides a protective barrier and can be membranes and glands

A

epithelial

126
Q

all germ layers have this primary tissue

A

epithelium

127
Q

the epithelium has blank

A

polarity

128
Q

two sides of epithelium

A

basal surface and apical surface

129
Q

side of epithelium that is the secured side

A

basal

130
Q

side of the epithelium that is the free side

A

apical

131
Q

blank layers of epithelial tissue allows for absorption and diffusion

A

one

132
Q

blank layers of epithelial tissue creates a dense barrier to abrasion and chemicals

A

several

133
Q

this cell size of epithelial tissue allow for materials to diffuse through

A

flat cells

134
Q

this cell size of epithelial tissue have more organelles and can process more materials

A

thick cells

135
Q

these form from invaginated epithelia and can be exocrine or endocrine

A

glands

136
Q

gland that produces a product like sweat and secretes it into a duct

A

exocrine

137
Q

gland that is ductless and secretions enter the blood

A

endocrine

138
Q

this tissue is divided into two major classes and come from mesoderm and have abundant extracellular material

A

connective

139
Q

class of connective tissue that is loose dense and adipose

A

connective tissue proper

140
Q

class of connective tissue that includes cartilage, bone, and blood

A

special connective tissue

141
Q

connective tissue consists of two major things

A

matrix and cells

142
Q

extracellular material found in connective tissue that can be made of protein fibers, gels, salts, fluids, fats, etc.

A

matrix

143
Q

connective tissue blanks make matrix

A

cells

144
Q

cells that produce and secrete protein fibers in extracellular matrix in connective tissue. These fibers include collagen fibers and elastic fibers.

A

fibroblasts

145
Q

type of connective tissue proper that has more collagen than loose connective tissue and has less gel

A

dense connective tissue

146
Q

type of connective tissue proper that has little collagen and a lot of gel

A

loose connective tissue

147
Q

collagen fibers that are parallel create

A

tendons/ligaments

148
Q

collagen fibers that are in many different directions are very blank and in the blank of skin

A

tough, dermis

149
Q

this type of connective tissue proper also occurs in loose connective tissue and is also known as fat cells

A

adipose

150
Q

cartilage is a blank connective tissue

A

special

151
Q

cartilage cells are called

A

chondrocytes

152
Q

chondroitin and collagen/elastin fibers make up the blank

A

matrix

153
Q

flexible with great tensile strength and is a tissue found in joint surfaces

A

cartilage

154
Q

bone is a blank connective tissue

A

special

155
Q

tissue that is hardened with calcium phosphate salts around collagen fibers

A

bone

156
Q

bone cells are called

A

osteocytes

157
Q

blood is a blank connective tissue

A

special

158
Q

extracellular material is the fluid plasma and they can be red white or platelets and is a tissue

A

blood

159
Q

extracellular material of blood

A

plasma

160
Q

leukocytes are what kind of blood cells

A

white

161
Q

erythrocytes are what kind of blood cells

A

red

162
Q

muscle tissue that lines blood vessels and visceral organs, are mono-nucleated, and involuntary

A

smooth muscles

163
Q

muscle tissue that is attached to bone by tendons, voluntary, striated and cells are long/multi-nucleated

A

skeletal muscles

164
Q

type of muscle tissue found the heart only and is mono-nucleated and muscle cells form from a single functioning unit

A

cardiac muscle

165
Q

interconnections of cardiac muscle are called

A

intercalated disks

166
Q

nerve tissue that consists of three parts

A

neurons

167
Q

three parts of neurons

A

cell body, axon, dendrites

168
Q

contains the nucleus in neurons

A

cell body

169
Q

single cytoplasmic extension in neurons that takes impulses away from cell body

A

axon

170
Q

highly branched extensions of neurons that take impulses toward the cell body

A

dendrites

171
Q

this type of nerve tissue does not conduct electrical impulses and it supports and insulates neurons and form an insulated cover called the blank

A

neuroglia, myelin sheath

172
Q

a

A

aa

173
Q

organ systems that detects external stimuli and coordinate body’s responses and are involved in communication and integration

A

nervous, sensory, endocrine

174
Q

organ system that provides support and movement

A

musculoskeletal

175
Q

organ systems that are involved in regulation and maintenance like maintaining the body’s chemistry

A

digestive, circulatory, respiratory, urinary systems

176
Q

organ systems that deal with bodily defense

A

integumentary and immune

177
Q

organ system that is involved in reproduction and development and nurtures the developing embryo and fetus as well as the continuance of genes

A

reproductive system

178
Q

the dynamic constancy of the internal environment is called

A

homeostasis

179
Q

two things that need to remain relatively constant in the body

A

water in cells, temperature

180
Q

the body uses these mechanisms to maintain homeostasis

A

negative feedback

181
Q

6 steps of negative feedback

A

stimulus, sensors, integrating center, effector, response, sensor reset

182
Q

negative feedback loops often oppose each other to produce finer degree of control called blank

A

antagonistic effectors

183
Q

This type of feedback does not maintain homeostasis

A

positive

184
Q

examples of positive feedback in body

A

clotting and contraction of uterus during childbirth

185
Q

the rate of any chemical reaction is affected by blank

A

temperature

186
Q

three things that determine body temperature

A

behavior, metabolism, environment

187
Q

Four mechanisms of heat transfer

A

radiation, conduction, convection, evaporation

188
Q

mechanism of heat transfer that deals with electromagnetivity

A

radiation

189
Q

mechanism of heat transfer that is directly between two objects

A

conduction

190
Q

mechanism of heat transfer that is by the movement of a gas or liquid

A

convection

191
Q

mechanism of heat transfer that is the conversion of water to gas

A

evaporation

192
Q

Three classes of organisms that generate heat in different ways

A

endotherms, ectotherms, heterotherms

193
Q

organism that use metabolism to generate body heat and maintain temperature above ambient temperature

A

endotherms

194
Q

these organisms produce no heat so they have low metabolic rates

A

ectotherms

195
Q

ectotherms regulate temperature using blank

A

behavior

196
Q

heat exchange that ectotherm marine animals use to limit heat loss in cold water

A

countercurrent blood flow

197
Q

warm blood is pumped from within the body in arteries warms the cooler blood returning from the skin within veins… this is called

A

countercurrent heat exchange

198
Q

how endotherms cool themselves down

A

panting or sweating

199
Q

this increases blood flow which increases heat dissipation

A

vasodilation

200
Q

decreases blood flow which limits heat loss

A

vasoconstriction

201
Q

blank animals have higher metabolism to keep warm

A

smaller

202
Q

blank animals have lower metabolic rates to retain heat better

A

large

203
Q

tissue that forms the outer protective covering of a plant organ

A

dermal tissue

203
Q

fills the interior of a plant organ; photosynthesizes and stores the products of photosynthesis

A

ground tissue

204
Q

tissue that transports water and sugar, the product of photosynthesis, in a plant and provides support

A

vascular tissue

205
Q

root xylem and phloem are in a ring in the root of a blank

A

monocot

206
Q

the root phloem is between the arms of xylem in roots of blank

A

eudicots

207
Q

the vascular bundles are scattered in the stems of blank

A

monocots

208
Q

the vascular bundles are in a distinct ring in blank

A

eudicots

209
Q

a carrot is an example of a blank

A

taproot

210
Q

the growth between terminal bud scars is called a blank

A

twig

211
Q

use of energy metabolism to produce heat

A

thermogenesis

212
Q

thermoregulation is controlled by the blank

A

hypothalamus

213
Q

blank is used by us to keep us warm when cold

A

shivering

214
Q

in the hypothalamus there is a blank center that kicks in when the body temp increases

A

heat losing

215
Q

in the hypothalamus there is a blank center that kicks in when the body temp decreases

A

heat promoting

216
Q

these cause a rise in temperature in the body and produce a fever

A

pyrogens

217
Q

a state of dormancy of the body and an extreme case is blank

A

torpor, hibernation

218
Q

three groups of heteretrophs

A

herbivores, omnivores, carnivores

219
Q

eats hard animals

A

durophagous

220
Q

substances that an animal cannot manufacture for itself but are necessary for health

A

essential nutrients

221
Q

four essential nutrients

A

vitamins, amino acids, unsaturated fatty acids, minerals

222
Q

specialization occurs when the digestive tract has a separate blank and blank

A

mouth, anus

223
Q

function is absorption in digestive system

A

small intestine

224
Q

function is to concentrate wastes in digestive system

A

large intestine

225
Q

function is waste storage and elimination in digestive system

A

cloaca

226
Q

four accessory organs of digestive system

A

salivary glands, liver, gallbladder, pancreas

227
Q

pancreas makes this which stops acid from stomach from breaking down the intestines

A

bicarbonate buffer

228
Q

four layers of gi tracts

A

mucosa, submucosa, muscularis, serosa

229
Q

interior lining of the interior of mucosa

A

lumen

230
Q

most inside layer of gi tract

A

mucosa

231
Q

outside mucosa layer

A

submucosa

232
Q

outside of submucosa layer

A

muscularis

233
Q

outside of muscularis

A

serosa

234
Q

outer layer that produces sirrus fluid which lubricates innards so they don’t twist

A

serosa

235
Q

chewing is also called

A

mastication

236
Q

teeth are adapted depending on the blank source

A

nutritional

237
Q

how birds break up food

A

two chambered stomach

238
Q

muscular chamber that uses ingested pebbles to pulverize food… birds have this

A

gizzard

239
Q

tongue mixes food with blank

A

saliva

240
Q

moistens and lubricates food and has blank which breaks down starch

A

saliva, amylase

241
Q

salivation is controlled by

A

the nervous system

242
Q

these blocks the respiratory tract when swallowing food

A

glottis, epiglottis, larynx

243
Q

muscular action which moves food down to the stomach in the esophagus

A

peristalsis

244
Q

a processed lump of food

A

bolus

245
Q

has a blank layer of muscle for digestion

A

stomach, oblique

246
Q

the stomach has two kinds of secretory cells called

A

parietal and chief

247
Q

secretory cell in the stomach that secretes HCl and intrinsic factor

A

parietal

248
Q

mixture of partially digested food and gastric juice is called blank in stomach

A

chyme

249
Q

chyme leaves the stomach through the blank

A

pyloric sphincter

250
Q

three regions of small intestine

A

duodenum, jejunum, ileum

251
Q

epithelial wall of small intestine is covered with blank

A

villi

252
Q

how long is small intestin

A

4.5 m

253
Q

increase surface area of small intestine so more nutrients can be grabbed

A

villi

254
Q

villi are covered by blank

A

microvilli

255
Q

increase the surface area of small intestine even more

A

microvilli

256
Q

blank carries products of small intestine

A

blood

257
Q

nothing we eat goes directly to heart or brain… it always go through the blank first

A

liver

258
Q

fatty acids and monoglycerides enter the blank system then later join the blank system

A

lymphatic, circulatory

259
Q

most nutrients are absorbed in the blank

A

small intestine

260
Q

fluid absorption efficiency as humans

A

99%

261
Q

diarrhea occurs from blank

A

not enough absorption by body

262
Q

the large intestine is also called the blank

A

colon

263
Q

two vestigial structures in large intestine

A

appendix and cecum

264
Q

blank percent of absorption occurs in the large intestine

A

4

265
Q

compacted feces are stored in the blank

A

rectum

266
Q

some vertebrates and monotremes have this where the urine and feces meet up

A

cloaca

267
Q

pancreatic fluid is secreted into the blank through the blank

A

duodenum, pancreatic duct

268
Q

proteins are broken down into blank by the pancreas

A

polypeptides

269
Q

polysaccharides are broken down into blank by the pancreas

A

sugars

270
Q

fats are broken down into blank by the pancreas

A

fatty acids/ monoglycerides

271
Q

the body’s largest internal organ

A

liver

272
Q

this secretes bile into the duodenum which is for the emulsification of fats

A

liver

273
Q

breakdown into smaller pieces

A

emulsification

274
Q

this functions by helping the liver by storing the bile and breaking down fats

A

gallbladder

275
Q

removes dead blood cells

A

liver

276
Q

produces most proteins found in plasma

A

liver

277
Q

regulates levels of steroid hormones

A

liver

278
Q

this organ regulates blood glucose

A

pancreas

279
Q

what the pancreas secretes that promotes the deposition of glycogen and fat

A

insulin

280
Q

this breaks down the glycogen and increases blood glucose

A

glucagon

281
Q

this decreases the amount of glucose in the blood

A

insulin

282
Q

All mammals rely on intestinal bacteria to make this

A

vitamin K

283
Q

Birds do not have vitamin K producing bacteria so

A

they have to eat their own vitamin k

284
Q

blank have a four chambered stomach

A

ruminants

285
Q

contents of four chambered stomach can be blank and rechewed called blank

A

regurgitated, rumination

286
Q

horses and rabbits digest cellulose in the blank

A

cecum

287
Q

animals that use a cecum practice blank

A

coprophagy

288
Q

the practice of eating feces to absorb nutrients the second passage of food

A

coprophagy

289
Q

a blank digestive system is less extensive because blank is easily digestible

A

carnivore, meat

290
Q

the stomach releases this which triggers the secretion of HCl and pepsinogen from the gastric glands

A

gastrin

291
Q

blank hormones produce CCK, secretin, and GIP

A

duodenal

292
Q

three hormones produced by duodenal

A

CCK, secretin, GIP

293
Q

stimulates gallbladder contraction and pancreatic enzyme secretion

A

CCK

294
Q

stimulates the secretion of pancreatic bicarbonate

A

Secretin

295
Q

inhibit stomach contractions and prevent additional chyme from entering the duodenum

A

duodenal hormones

296
Q

ingestion of food serves two primary functions

A

energy, raw material

297
Q

is the minimal amount of energy consumed under defined resting conditions

A

basal metabolic rate