H Bio Cells

Front 1

3 parts of the cell theory

Back 1

all organisms are composed of cells
all cells come from preexisting cells
cells are the smallest structure & functional unit or organisms

Front 2

Anton von Leeuwenhoek

Back 2

Advances in microscopes

Front 3

Robert Hook

Back 3

studied cork; named the “cell”

Front 4

Matthias Schleden

Back 4

all plants are made up of cells

Front 5

Theodor Schwann

Back 5

all animals made of cells

Front 6

Rudolph Virchow

Back 6

all cells come from preexisting cells

Front 7

Robert Brown

Back 7

discovered the nucleus

Front 8

Mary Scienterts

Back 8

popularized the endosymbiont theory

Front 9

Prokaryote Cells

Back 9

smaller, simpler, known as bacteria, single celled,

Front 10

3 parts of the cell theory

Back 10

all organisms are composed of cells
all cells come from preexisting cells
cells are the smallest structure & functional unit or organisms

Front 11

Anton von Leeuwenhoek

Back 11

Advances in microscopes

Front 12

Robert Hook

Back 12

studied cork; named the “cell”

Front 13

Matthias Schleden

Back 13

all plants are made up of cells

Front 14

Theodor Schwann

Back 14

all animals made of cells

Front 15

Rudolph Virchow

Back 15

all cells come from preexisting cells

Front 16

Robert Brown

Back 16

discovered the nucleus

Front 17

Mary Scienterts

Back 17

popularized the endosymbiont theory

Front 18

Prokaryote Cells

Back 18

smaller, simpler, known as bacteria, single celled,

Front 19

3 parts of the cell theory

Back 19

all organisms are composed of cells
all cells come from preexisting cells
cells are the smallest structure & functional unit or organisms

Front 20

Anton von Leeuwenhoek

Back 20

Advances in microscopes

Front 21

Robert Hook

Back 21

studied cork; named the “cell”

Front 22

Matthias Schleden

Back 22

all plants are made up of cells

Front 23

Theodor Schwann

Back 23

all animals made of cells

Front 24

Rudolph Virchow

Back 24

all cells come from preexisting cells

Front 25

Robert Brown

Back 25

discovered the nucleus

Front 26

Mary Scienterts

Back 26

popularized the endosymbiont theory

Front 27

Prokaryote Cells

Back 27

smaller, simpler, known as bacteria, single celled,

Front 28

3 parts of the cell theory

Back 28

all organisms are composed of cells
all cells come from preexisting cells
cells are the smallest structure & functional unit or organisms

Front 29

Anton von Leeuwenhoek

Back 29

Advances in microscopes

Front 30

Robert Hook

Back 30

studied cork; named the “cell”

Front 31

Matthias Schleden

Back 31

all plants are made up of cells

Front 32

Theodor Schwann

Back 32

all animals made of cells

Front 33

Rudolph Virchow

Back 33

all cells come from preexisting cells

Front 34

Robert Brown

Back 34

discovered the nucleus

Front 35

Mary Scienterts

Back 35

popularized the endosymbiont theory

Front 36

Prokaryote Cells

Back 36

smaller, simpler, known as bacteria, single celled,

Front 37

3 parts of the cell theory

Back 37

all organisms are composed of cells
all cells come from preexisting cells
cells are the smallest structure & functional unit or organisms

Front 38

Anton von Leeuwenhoek

Back 38

Advances in microscopes

Front 39

Robert Hook

Back 39

studied cork; named the “cell”

Front 40

Matthias Schleden

Back 40

all plants are made up of cells

Front 41

Theodor Schwann

Back 41

all animals made of cells

Front 42

Rudolph Virchow

Back 42

all cells come from preexisting cells

Front 43

Robert Brown

Back 43

discovered the nucleus

Front 44

Mary Scienterts

Back 44

popularized the endosymbiont theory

Front 45

Prokaryote Cells

Back 45

smaller, simpler, known as bacteria, single celled,

Front 46

Which one has a nucleus

Back 46

eukaryote has a nucleus prokaryote doesn't

Front 47

capsule

Back 47

slimy outer coating

Front 48

cell wall

Back 48

tougher middle layers

Front 49

cell membrane

Back 49

delicate inner skin

Front 50

cystoplasm

Back 50

inter liquid filing

Front 51

DNA

Back 51

in one big loop

Front 52

pilli

Back 52

for sticking to things

Front 53

flagella

Back 53

for swimming

Front 54

ribosomes

Back 54

for building protientss

Front 55

Prokaryote lifestyle

Back 55

unicellular
colony: forms a fill
filamentous: forms a chain of cells

Front 56

prokaryote feeding

Back 56

photosynthetic: energy from sun
disease-causing- feeding on living things
decomposers: feed on dead things

Front 57

Which one has a nucleus

Back 57

eukaryote has a nucleus prokaryote doesn't

Front 58

capsule

Back 58

slimy outer coating

Front 59

cell wall

Back 59

tougher middle layers

Front 60

cell membrane

Back 60

delicate inner skin

Front 61

cystoplasm

Back 61

inter liquid filing

Front 62

DNA

Back 62

in one big loop

Front 63

pilli

Back 63

for sticking to things

Front 64

flagella

Back 64

for swimming

Front 65

ribosomes

Back 65

for building protientss

Front 66

Prokaryote lifestyle

Back 66

unicellular
colony: forms a fill
filamentous: forms a chain of cells

Front 67

prokaryote feeding

Back 67

photosynthetic: energy from sun
disease-causing- feeding on living things
decomposers: feed on dead things

Front 68

Which one has a nucleus

Back 68

eukaryote has a nucleus prokaryote doesn't

Front 69

capsule

Back 69

slimy outer coating

Front 70

cell wall

Back 70

tougher middle layers

Front 71

cell membrane

Back 71

delicate inner skin

Front 72

cystoplasm

Back 72

inter liquid filing

Front 73

DNA

Back 73

in one big loop

Front 74

pilli

Back 74

for sticking to things

Front 75

flagella

Back 75

for swimming

Front 76

ribosomes

Back 76

for building protientss

Front 77

Prokaryote lifestyle

Back 77

unicellular
colony: forms a fill
filamentous: forms a chain of cells

Front 78

prokaryote feeding

Back 78

photosynthetic: energy from sun
disease-causing- feeding on living things
decomposers: feed on dead things

Front 79

Eukaryotes charasteristics

Back 79

bigger, complicated, have organelles, have chromosomes, can be multicellular, include animal and plant cells