Taxonomy

Front 1

Bacterial dna does not have what type of protein

Back 1

histone protein

Front 2

resistant bodies that contain genetic material and small amount of cytoplasm surrounded by durable cell wall

Back 2

endospores

Front 3

specialized cells that produce nitrogen fixing enzymes

Back 3

heterocysts

Front 4

euglenoids
kingdom:

Back 4

protista

Front 5

which organizm has eyespots that permits phototaxis which is ability to move in response to light

Back 5

euglenoids
protista

Front 6

produce nerve toxins that concentrate in filter-feeding shellfish, cause illness

Back 6

dinoflagellates
protista

Front 7

have 2 flagella posterior and transverse

Back 7

dinoflagellates
protista

Front 8

tests made of silica that fit together

Back 8

diatoms
protista

Front 9

multicellular and have flagellated sperm cells; giant sea weeds and kelp

Back 9

brown algae
protista

Front 10

have both chlorophyll a and b; cellulose cell walls; store carbohydrates in form of starch

Back 10

chlorophyta

Front 11

lineage of chlorophytes are believed to be ancestors to plants

Back 11

charophytes

Front 12

consume either living cells or dead organic matter

Back 12

protozoa

Front 13

amoebas that move by extensions of cell body called pseudopodia

Back 13

Rhizopoda
protozoa

Front 14

encircle food and absorb it by phagocytosis

Back 14

pseudopodia

Front 15

tests bade of calcium carbonate

Back 15

foraminifera

Front 16

parasites of animals; complex of oganelles located at apex of cell

Back 16

apicomplexans
protozoa

Front 17

form either filaments or spore bearing bodies

Back 17

fungus like protozoa

Front 18

exhibit fungus-like and protozoa like characteristics during life cycle

Back 18

cellular slime molds

Front 19

germinate into amoebas which feed on bacteria

Back 19

spores

Front 20

grow as a single unit; spreading mass plasmodium

Back 20

plasmodial slime molds

Front 21

form filaments that secrete enzymes that digest the surrounding substances

Back 21

oomycota

Front 22

filaments lack septa

Back 22

oomycota

Front 23

contain many nuclei within a single cell due to lack of septa

Back 23

coenocytic

Front 24

what are cell walls of oomycota made of

Back 24

cellulose

Front 25

what does fungi release during sexual reproduction

Back 25

pheromones

Front 26

at what stage do fungi is it a diploid?

Back 26

karyogamy

Front 27

lack septa; reproduce sexually by fusion of hyphae

Back 27

zygomycota

Front 28

lack septa but do not prodcue zygospores; include mycorrhizae

Back 28

glomeromycota

Front 29

reproduce sexually prodcuing haploid ascospores

Back 29

ascomycota

Front 30

imperfect fungi; artifical group with no sexual cycle

Back 30

deuteromycota

Front 31

dominant generation for plants

Back 31

diploid

Front 32

gametophyta protected by

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ovary

Front 33

sporophyte undergoes .... to make haploid spores

Back 33

meiosis

Front 34

seedless plants/ vascular

Back 34

lycophyta; mosses

Front 35

vascular plants

Back 35

pterophyta: ferns

Front 36

gametes of bryophyta

Back 36

archegonia
antheridia

Front 37

most primitave of tracheophytes and contain rhizoids instead of roots

Back 37

tracheophyta: seedless vascular plants
psilophyta

Front 38

possess roots microphyll leaves and hollow jointed systems

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sphenophyta

Front 39

contain sporophylls (strobilli) wiht sporangia

Back 39

lycophyta

Front 40

lycophytes form what on tropical trees

Back 40

epiphytes

Front 41

produce sporangia colled sori; most widespread seedless vascular plants

Back 41

ferns

Front 42

how do megaspore mother cells divide to make one egg

Back 42

mitosis

Front 43

nucellus + megaspore

Back 43

ovule

Front 44

opening in integument that allows for pollen to access the egg

Back 44

microphyle

Front 45

seeds produced in unprotected megaspores near surface of reproductive system

Back 45

gymnosperm

Front 46

maple trees, apple trees poatoes, carrots golden rods, butter cups

Back 46

dicotyledons

Front 47

wheat corn rye rice sugar cane pineapple irises, bananas orchids and palms

Back 47

monocots

Front 48

cells not organized in true tissues

Back 48

parazoa (animalia)

Front 49

have ecto derm and endoderm

Back 49

cnidaria

Front 50

bilaterally symmetrical with no circulatory system

Back 50

platyhelmenthes/ flatworm

Front 51

decompose and recycle nutrients; long digestive tube

Back 51

nematoda/ roundworm

Front 52

complete digestive tract; open circulatory system; internal cavity hemocoel

Back 52

mollusca

Front 53

well defined nervous circulatory excretory; with coelem

Back 53

annelida

Front 54

2 chambered heart; external fertilization

Back 54

fish

Front 55

3 chambered heart; external fertilization

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amphibia

Front 56

scales; 3 chambered heart internal fertilization

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reptiles

Front 57

lay leather eggs; horny bills; anteater platypus

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monetremes