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CHAPTER 12CELL
REPRODUCTION
1 APRIL 2020
ATTENTION STUDENTS
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!!!ON LINE LECTURE!!!
!!!PROCEDURE!!!
ATTENTION STUDENTS
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!!!ON LINE LECTURE!!!
!!!PROCEDURE!!!(1) COPY ONLINE NOTES TO YOUR NOTEBOOK
AS YOU WOULD DO IN LECTURE
ATTENTION STUDENTS
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!ON LINE LECTURE!!!
!!!PROCEDURE!!!(1) COPY ONLINE NOTES TO YOUR NOTEBOOK
AS YOU WOULD DO IN LECTURE
(2) THEN USE SUPPLEMENT SLIDES
AS YOU WOULD DO IN LECTURE
SOMATIC
CELL CYCLE
WILD ONION
SOMATIC
ROOT CELL
MC
+
6 CHROMOSOMES
CYTOSOL
SOMATIC MOTHER CELL
NUCLEUS
CYTOSOL
E
CC
ENTERS SOMATIC CELL CYCLE
CYTOSOL
SOMATIC MOTHER CELL
NUCLEUS
CYTOSOL
^
SOMATIC
CELL CYCLE
STAGES
L
INTERPHASE
SOMATIC CELL CYCLE
STAGES
SOMATIC CELL CYCLE
STAGES
SOMATIC CELL CYCLE
STAGES
INTERPHASE
KARYOKINESIS
SOMATIC CELL CYCLE
STAGES
INTERPHASE
KARYOKINESIS
CYTOKINESIS
SOMATIC CELL CYCLE
STAGES
SOMATIC CELL CYCLE
STAGES
KARYOKINESIS
STAGE
STAGE
SOMATIC CELL CYCLE I
KARYOKINESIS
INTERPHASE
STAGE
SOMATIC CELL CYCLE K
KARYOKINESIS
KARYOKINESIS
INTERPHASE
SOMATIC CELL CYCLE C
KARYOKINESIS
KARYOKINESIS
INTERPHASE
SOMATIC CELL CYCLE ^
INTERPHASE
STAGE
I
INTERPHASE
INTERPHASE
STAGE
INTERPHASE
STAGE
INTERVAL BETWEEN
CELL DIVISION
>
KARYOKINESIS
KARYOKINESIS
INTERPHASE
INTERPHASE
IS NOT A
KARYOKINESIS
PHASE
SOMATIC CELL CYCLE K
+
INTERPHASE
KARYOKINESIS PHASES
INTERPHASE
IS NOT A
KARYOKINESIS
PHASE
SOMATIC CELL CYCLE P
INTERPHASE
PROPHASE
INTERPHASE
IS NOT A
KARYOKINESIS
PHASE
SOMATIC CELL CYCLE M
INTERPHASE
METAPHASE
INTERPHASE
IS NOT A
KARYOKINESIS
PHASE
SOMATIC CELL CYCLE A
INTERPHASE
ANAPHASE
INTERPHASE
IS NOT A
KARYOKINESIS
PHASE
SOMATIC CELL CYCLE T
INTERPHASE
TELOPHASE
INTERPHASE
IS NOT A
KARYOKINESIS
PHASE
SOMATIC CELL CYCLE S
INTERPHASE
SOMATIC CELL CYCLE
KARYOKINESIS PHASES
INTERPHASE
IS A
CELL CYCLE
STAGE
L
KARYOKINESIS
KARYOKINESIS
INTERPHASE
SOMATIC CELL CYCLE
INTERPHASE
LONGEST
CELL CYCLE
STAGE
^
INTERPHASE
PERIODS
L
SOMATIC CELL CYCLE
INTERPHASE PERIODS
G1 PERIOD
SOMATIC CELL CYCLE
INTERPHASE PERIODS
SOMATIC CELL CYCLE
INTERPHASE PERIODS
G1 PERIOD
S PERIOD
SOMATIC CELL CYCLE
INTERPHASE PERIODS
SOMATIC CELL CYCLE
INTERPHASE PERIODS
G1 PERIOD
S PERIOD
G2 PERIOD
SOMATIC CELL CYCLE
INTERPHASE PERIODS
KARYOKINESIS
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
PERIOD
PERIOD PERIOD
SOMATIC CELL CYCLE
KARYOKINESIS
1
INTERPHASE
INTERPHASE INTERPHASE
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
G1PERIOD
PERIOD
SOMATIC CELL CYCLE S
INTERPHASE
INTERPHASE
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
PERIOD
S
SOMATIC CELL CYCLE 2
INTERPHASE
G1
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
G1
S
G2
SOMATIC CELL CYCLE ^
INTERPHASE
PERIODS
SPECIFICS
1
INTERPHASE
G1 PERIOD
SPECIFICS
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
G1
S
G2
SOMATIC CELL CYCLE G
KARYOKINESIS
INTERPHASE
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE
KARYOKINESIS
G1
GROWTH
PERIODG2
S
P
KARYOKINESIS
INTERPHASE
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE
KARYOKINESIS
G1
PREPARES FOR
REPLICATIONG2
S
N
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE
G1
NUCLEOTIDES
SYNTHESIZEDG2
S
^
INTERPHASE
S PERIOD
SPECIFICS
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE
G1
NUCLEOTIDES
SYNTHESIZED
S
G2
S
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G2
MICROTUBULE
SYNTHESIS
SOMATIC CELL CYCLE
G1
NUCLEOTIDES
SYNTHESIZEDG2
S
REPLICATION
PERIOD
C
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G2
MICROTUBULE
SYNTHESIS
SOMATIC CELL CYCLE
G1
NUCLEOTIDES
SYNTHESIZED
S
CHROMOSOMES SYNTHESIZE
IDENTICAL COPIES
G2
^
INTERPHASE
G2 PERIOD
SPECIFICS
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G2
MICROTUBULE
SYNTHESIS
SOMATIC CELL CYCLE
G1
NUCLEOTIDES
SYNTHESIZED
S
CHROMOSOMES REPLICATE
REPLICATION PERIOD
G2
G
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G1
NUCLEOTIDES
SYNTHESIZED
SOMATIC CELL CYCLE
G2
GROWTH
PERIOD
S
CHROMOSOMES REPLICATE
REPLICATION PERIOD
P
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G1
NUCLEOTIDES
SYNTHESIZED
SOMATIC CELL CYCLE
G2
PREPARES FOR
KARYOKINESIS
S
CHROMOSOMES REPLICATE
REPLICATION PERIOD
M
KARYOKINESIS
KARYOKINESIS
INTERPHASE
G1
NUCLEOTIDES
SYNTHESIZED
SOMATIC CELL CYCLE
S
CHROMOSOMES REPLICATE
REPLICATION PERIOD
G2
MICROTUBULES
SYNTHESIZED
^
INTERPHASE
SUMMARY
+
INTERPHASE
CYTOSOL
6 CHROMOSOMES
NUCLEUS
CYTOSOL
R
CHROMOSOMES REPLICATE
INTERPHASE
CYTOSOL
NUCLEUS
CYTOSOL
2
TWO CHROMATIDS
INTERPHASE
CYTOSOL
NUCLEUS
CYTOSOL
2
INTERPHASE
DNA CONTENT DOUBLED
CYTOSOL
NUCLEUS
CYTOSOL
6
INTERPHASE
CYTOSOL
NUCLEUS
CYTOSOL
6 CHROMOSOMES
INTERPHASE
WILD ONIONSOMATIC PLANT CELL
+
INTERPHASE
WILD ONIONSOMATIC PLANT CELL
CHROMOSOMES
REPLICATE
+
INTERPHASE
WILD ONIONSOMATIC PLANT CELL
DNA
CONTENT DOUBLED
^
KARYOKINESIS
STAGE
K
KARYOKINESIS
KARYOKINESIS
STAGE
KARYOKINESIS
STAGE
NUCLEUS DIVISION
KARYOKINESIS
KARYOKINESIS
INTERPHASE
MITOSIS
&
MEIOSIS
CELL CYCLE ^
KARYOKINESIS
MITOSIS
^
KARYOKINESIS
MITOSIS PHASES
L
KARYOKINESIS
MITOSIS PHASES
PROPHASE
KARYOKINESIS
MITOSIS PHASES
KARYOKINESIS
MITOSIS PHASES
PROPHASE
METAPHASE
KARYOKINESIS
MITOSIS PHASES
KARYOKINESIS
MITOSIS PHASES
PROPHASE
METAPHASE
ANAPHASE
KARYOKINESIS
MITOSIS PHASES
KARYOKINESIS
MITOSIS PHASES
PROPHASE
METAPHASE
ANAPHASE
TELOPHASE
KARYOKINESIS
MITOSIS PHASES
MITOSIS
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE
KARYOKINESIS
MP
MITOSIS
MITOSIS PHASES
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE P
PROPHASE
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE M
METAPHASE
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE A
ANAPHASE
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE T
TELOPHASE
INTERPHASE
G1
NUCLEOTIDE
SYNTHESIS
G2
MICROTUBULE
SYNTHESIS
S
CHROMOSOME
REPLICATION
SOMATIC CELL CYCLE ^
KARYOKINESIS
MITOSIS
SPECIFICS
^
PROPHASE
+
PROPHASE
CYTOSOL
NUCLEUS
CYTOSOL
N
NUCLEAR
MEMBRANE
PROPHASE
NUCLEAR
MEMBRANE
DISSIPATES
C
PROPHASE
CHROMOSOMES
CONDENSE
PROPHASE
SOMATIC PLANT CELL WILD ONION
+
PROPHASE
SOMATIC PLANT CELL WILD ONION
+
NUCLEAR ENVELOPE
DISSIPATES
PROPHASE
SOMATIC PLANT CELL WILD ONION
CHROMOSOMES
CONDENSE
^
METAPHASE
+
METAPHASE
METAPHASEE
METAPHASE
EQUATORIAL
PLANE
EQUATORIAL
PLANE
METAPHASE
MICROTUBULES
FORM
SPINDLE COMPLEX
MICROTUBULES
FORM
SPINDLE COMPLEX
MICROTUBULES MICROTUBULES
C
METAPHASE
MICROTUBULE
SPINDLE COMPLEX
MICROTUBULE
SPINDLE COMPLEX
CENTROMERE
KINETOCHORE
MICROTUBULES
K
CHROMATIDS
CENTROMERE
KINETOCHOREKINETOCHORE
MICROTUBULES
C
!
METAPHASE
CENTROSOME CENTROSOME
MICROTUBULES MICROTUBULES
MS
+
METAPHASE
MATURE
MICROTUBULE
SPINDLE COMPLEX
MATURE
MICROTUBULE
SPINDLE COMPLEX
MICROTUBULES MICROTUBULES
METAPHASE
SOMATIC PLANT CELL WILD ONION
+
METAPHASE
SOMATIC PLANT CELL WILD ONION
+
CHROMOSOMES
ALIGN
EQUATORIAL PLANE
METAPHASE
SOMATIC PLANT CELL WILD ONION
SPINDLE COMPLEX
FORMS
^
ANAPHASE
+
SPINDLE COMPLEX
CONTRACTS
SPINDLE COMPLEX
CONTRACTS
ANAPHASE
SPINDLE COMPLEX
CONTRACTS
SPINDLE COMPLEX
CONTRACTS
ANAPHASE?
ANAPHASE
?
BREAK-DOWN
C
ANAPHASE
CHROMOSOME
CENTROMERES
BREAK-DOWN
S
ANAPHASE
CHROMOSOME
CHROMATIDS
SEPARATE
D
ANAPHASE
DAUGHTER
CHROMOSOMES
O
ANAPHASE
DAUGHTER
CHROMOSOMES
MOVE
OPPOSITE
POLES
ANAPHASE
SOMATIC PLANT CELL WILD ONION
+
ANAPHASE
SOMATIC PLANT CELL WILD ONION
+
SPINDLE COMPLEX
CONTRACTS
ANAPHASE
SOMATIC PLANT CELL WILD ONION
+
CENTROMERES
BREAK-DOWN
ANAPHASE
SOMATIC PLANT CELL WILD ONION
+
CHROMATIDS
BECOME
CHROMOSOMES
ANAPHASE
SOMATIC PLANT CELL WILD ONION
CHROMOSOMES
MOVE
OPPOSITE POLES
^
TELOPHASE
+
TELOPHASE
DAUGHTER
CHROMOSOMES
OPPOSITE
POLES
TELOPHASE
SPINDLE
COMPLEX
DISSIPATES
N
TELOPHASE
NUCLEAR
MEMBRANE
FORMS
2
TELOPHASE
TWO
DAUGHTER
NUCLEI
TELOPHASE
SOMATIC PLANT CELL WILD ONION
+
TELOPHASE
SOMATIC PLANT CELL WILD ONION
+
CHROMOSOMES
AT
OPPOSITE POLES
TELOPHASE
SOMATIC PLANT CELL WILD ONION
+
SPINDLE COMPLEX
DISSIPATES
TELOPHASE
SOMATIC PLANT CELL WILD ONION
NUCLEAR ENVELOPE
FORMS ABOUT
CHROMOSOMES
+
TELOPHASE
SOMATIC PLANT CELL WILD ONION
DAUGHTER NUCLEI
^
DAUGHTER NUCLEI
CYTOKINESIS
STAGE
C
CYTOKINESIS
CYTOKINESIS
STAGE
CYTOKINESIS
STAGE
CYTOSOL DIVISION
^
CYTOKINESIS
TYPES
L
CYTOKINESIS
TYPES
CELL PLATE FORMATION
CYTOKINESIS
TYPES
CYTOKINESIS
TYPES
CELL PLATE FORMATION
FURROWING
CYTOKINESIS
TYPES
^
CYTOKINESIS
CELL PLATE
FORMATION
C
CYTOKINESIS
CELL PLATE
FORMATION
CELL PLATE
FORMATION
CYTOSOL DIVISION
PLANT CELLS
CELL PLATE
FORMATION
PLANT CYTOKINESIS
PEROXISOME
VACUOLE
CELL WALL
MIDDLE
LAMELLA
CHLOROPLAST
CYTOSOL
STRANDS
CYTOSOL
CELL
MEMBRANE
RIBOSOMES
INTERCELLULAR
SPACE
PLASMODESMATA
GOLGI BODY
NUCLEUS
MITOCHONDRION
NUCLEOLUS
RIBOSOMES
ROUGH ER
SMOOTH ER
MIDDLE
LAMELLA
PIT FIELD
ORGANELLES CYTOSOL
PLANT CELL
CYTOLOGY
G
PEROXISOME
VACUOLE
CELL WALL
MIDDLE
LAMELLA
CHLOROPLAST
CYTOSOL
STRANDS
CYTOSOL
CELL
MEMBRANE
RIBOSOMES
INTERCELLULAR
SPACE
PLASMODESMATA
GOLGI BODY
NUCLEUS
MITOCHONDRION
NUCLEOLUS
ROUGH ER
SMOOTH ER
MIDDLE
LAMELLA
PIT FIELD
ORGANELLES CYTOSOL
PLANT CELL
CYTOLOGY
RIBOSOMES
NUCLEUS
NUCLEUS
CHROMATIN CHROMATIN
CHROMATIN
PLANT CELL
G
GOLGI VESICLES
NUCLEUS
NUCLEUS
CHROMATIN CHROMATIN
CHROMATIN
PLANT CELL
E
GOLGI VESICLES
NUCLEUS
NUCLEUS
CHROMATIN CHROMATIN
CHROMATINEQUATORIAL PLANE
PLANT CELL
C
GOLGI VESICLES
NUCLEUS
NUCLEUS
CHROMATIN CHROMATIN
CHROMATIN
CELL PLATE
EQUATORIAL PLANE
PLANT CELL
CYTOKINESIS
CELL PLATE
MOTHER CELL
GOLGI VESICLES CELL PLATE DAUGHTER CELLS
CELL WALL
NUCLEUS NUCLEUS NUCLEUS NUCLEUSNUCLEUS NUCLEUS
C
CYTOKINESIS
CELL PLATE
MOTHER CELL
GOLGI VESICLES CELL PLATE DAUGHTER CELLS
CELL WALL
NUCLEUS NUCLEUS NUCLEUS NUCLEUSNUCLEUS NUCLEUS
CYTOKINESIS
CELL PLATE
MOTHER CELL
GOLGI VESICLES CELL PLATE DAUGHTER CELLS
CELL WALL
NUCLEUS NUCLEUS NUCLEUS NUCLEUSNUCLEUS NUCLEUS
C
CYTOKINESIS
CELL PLATE
MOTHER CELL
GOLGI VESICLES CELL PLATE DAUGHTER CELLS
CELL WALL
NUCLEUS NUCLEUS NUCLEUS NUCLEUSNUCLEUS NUCLEUS
P
CYTOKINESIS
CELL PLATE
MOTHER CELL
GOLGI VESICLES CELL PLATE DAUGHTER CELLS
CELL WALL
NUCLEUS NUCLEUS NUCLEUS NUCLEUSNUCLEUS NUCLEUS
CYTOSOL
PARTITIONED
D
CYTOKINESIS
CELL PLATE
MOTHER CELL
GOLGI VESICLES CELL PLATE DAUGHTER CELLS
CELL WALL
NUCLEUS NUCLEUS NUCLEUS NUCLEUSNUCLEUS NUCLEUS
?
#
DAUGHTER CELLDAUGHTER CELL
#
?
6 CHROMOSOMES 6 CHROMOSOMES
DAUGHTER CELLDAUGHTER CELL
G
6 CHROMOSOMES 6 CHROMOSOMES
GENETICALLY
IDENTICAL
DAUGHTER CELLDAUGHTER CELL
G
DAUGHTER CELL DAUGHTER CELL
GENETICALLY
IDENTICAL
GENETICALLY
IDENTICAL
^
CYTOKINESIS
FURROWING
F
CYTOKINESIS
FURROWING
FURROWING
FURROWING
CYTOSOL DIVISION
ANIMAL CELLS
ANIMAL CYTOKINESIS
CELL MEMBRANE
FURROWING
ANIMAL CELL
E
EQUATORIAL
PLANE
ANIMAL CELL
MOTHER CELL
CYTOKINESIS
FURROWING
CYTOKINESIS
FURROWING
NUCLEUS NUCLEUS NUCLEUS NUCLEUS
DAUGHTER CELLS
CELL FURROWING
MOTHER CELL
CYTOKINESIS
FURROWING
CYTOKINESIS
FURROWING
DAUGHTER CELLS
CELL FURROWING
NUCLEUS NUCLEUS NUCLEUS NUCLEUS
MOTHER CELL
CYTOKINESIS
FURROWING
CYTOKINESIS
FURROWING
DAUGHTER CELLS
CELL MEMBRANECELL MEMBRANE
NUCLEUS NUCLEUS NUCLEUS NUCLEUS
P
MOTHER CELL
CYTOKINESIS
FURROWING
CYTOKINESIS
FURROWING
DAUGHTER CELLS
CELL MEMBRANECYTOSOL PARTITIONED
NUCLEUS NUCLEUS NUCLEUS NUCLEUS
D
MOTHER CELL
CYTOKINESIS
FURROWING
CYTOKINESIS
FURROWING
DAUGHTER CELLS
CELL MEMBRANECYTOSOL PARTITIONED
NUCLEUS NUCLEUS NUCLEUS NUCLEUS
?
#
DAUGHTER CELLDAUGHTER CELL
#
?
6 CHROMOSOMES 6 CHROMOSOMES
DAUGHTER CELLDAUGHTER CELL
G
6 CHROMOSOMES 6 CHROMOSOMES
GENETICALLY
IDENTICAL
DAUGHTER CELLDAUGHTER CELL
G
DAUGHTER CELL DAUGHTER CELL
GENETICALLY
IDENTICAL
GENETICALLY
IDENTICAL
^
SOMATIC
CELL CYCLE
SUMMARY
MC
SOMATIC MOTHER CELL
CYTOSOL
NUCLEUS
CYTOSOL
SOMATIC MOTHER CELL
I
INTERPHASE
+
INTERPHASE
CYTOSOL
6 CHROMOSOMES
NUCLEUS
CYTOSOL
R
CHROMOSOMES REPLICATE
INTERPHASE
CYTOSOL
NUCLEUS
CYTOSOL
2
TWO CHROMATIDS
INTERPHASE
CYTOSOL
NUCLEUS
CYTOSOL
2
INTERPHASE
DNA CONTENT DOUBLED
CYTOSOL
NUCLEUS
CYTOSOL
6
INTERPHASE
CYTOSOL
NUCLEUS
CYTOSOL
6 CHROMOSOMES
K
KARYOKINESIS
MITOSIS
P
PROPHASE
+
PROPHASE
CYTOSOL
NUCLEUS
CYTOSOL
N
NUCLEAR
MEMBRANE
PROPHASE
NUCLEAR
MEMBRANE
DISSIPATES
C
PROPHASE
CHROMOSOMES
CONDENSE
M
METAPHASE
+
METAPHASEE
METAPHASE
EQUATORIAL
PLANE
EQUATORIAL
PLANE
METAPHASE
MICROTUBULE
SPINDLE COMPLEX
MICROTUBULE
SPINDLE COMPLEX
A
ANAPHASE
+
SPINDLE COMPLEX SPINDLE COMPLEX
ANAPHASE
SPINDLE COMPLEX
CONTRACTS
SPINDLE COMPLEX
CONTRACTS
ANAPHASEC
ANAPHASE
CHROMOSOME
CENTROMERES
BREAK-DOWN
S
ANAPHASE
CHROMOSOME
CHROMATIDS
SEPARATE
DC
ANAPHASE
DAUGHTER
CHROMOSOMES
O
ANAPHASE
DAUGHTER
CHROMOSOMES
OPPOSITE
POLES
T
TELOPHASE
+
TELOPHASE
DAUGHTER
CHROMOSOMES
OPPOSITE
POLES
TELOPHASE
SPINDLE
COMPLEX
DISSIPATES
N
TELOPHASE
NUCLEAR
MEMBRANE
FORMS
2
TELOPHASE
DAUGHTER
NUCLEI
C
CYTOKINESIS
PLANT CYTOKINESIS
CYTOKINESIS
CELL PLATE
MOTHER CELL
GOLGI VESICLES CELL PLATE DAUGHTER CELLS
CELL WALL
NUCLEUS NUCLEUS NUCLEUS NUCLEUSNUCLEUS NUCLEUS
ANIMAL CYTOKINESIS
MOTHER CELL
CYTOKINESIS
FURROWING
CYTOKINESIS
FURROWING
DAUGHTER CELLS
CELL MEMBRANECELL MEMBRANE
NUCLEUS NUCLEUS NUCLEUS NUCLEUS
+
DAUGHTER CELLDAUGHTER CELL
#
?
6 CHROMOSOMES 6 CHROMOSOMES
DAUGHTER CELLDAUGHTER CELL
G
6 CHROMOSOMES 6 CHROMOSOMES
GENETICALLY
IDENTICAL
DAUGHTER CELLDAUGHTER CELL
G
DAUGHTER CELL DAUGHTER CELL
GENETICALLY
IDENTICAL
GENETICALLY
IDENTICAL
^
CHAPTER 13MEIOSIS
&
SEXUAL
LIFE CYCLES
^
