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Mitosis vs Meiosis 10.2 and Asexual vs. Sexual Reproduction ASEXUAL Offspring inherit all their genetic information from ONE parent (genetic clones)

Published byAda Hensley Modified over 8 years ago

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Presentation on theme: "Mitosis vs Meiosis 10.2 and Asexual vs. Sexual Reproduction ASEXUAL Offspring inherit all their genetic information from ONE parent (genetic clones)"— Presentation transcript:

1 Mitosis vs Meiosis 10.2 and 11.4

2 Asexual vs. Sexual Reproduction ASEXUAL Offspring inherit all their genetic information from ONE parent (genetic clones) Mitosis SEXUAL Genetic information from two parents combines to make offspring (genetically unique offspring) Meiosis

3 Mitosis vs. Meiosis

4 MITOSISMEIOSIS

5 MITOSISMEIOSIS Growth, repair, asexual reproduction

6 MITOSISMEIOSIS Growth, repair, asexual reproduction Formation of gametes, sexual reproduction

7 MITOSISMEIOSIS Growth, repair, asexual reproduction Formation of gametes, sexual reproduction 2 daughter cells genetically identical to parent

8 MITOSISMEIOSIS Growth, repair, asexual reproduction Formation of gametes, sexual reproduction 2 daughter cells genetically identical to parent 4 daughter cells genetically unique from each other and parent

9 MITOSISMEIOSIS Growth, repair, asexual reproduction Formation of gametes, sexual reproduction 2 daughter cells genetically identical to parent 4 daughter cells genetically unique from each other and parent Diploid Daughter Cells

10 MITOSISMEIOSIS Growth, repair, asexual reproduction Formation of gametes, sexual reproduction 2 daughter cells genetically identical to parent 4 daughter cells genetically unique from each other and parent Diploid Daughter CellsHaploid Daughter Cells

11 MITOSISMEIOSIS Growth, repair, asexual reproduction Formation of gametes, sexual reproduction 2 daughter cells genetically identical to parent 4 daughter cells genetically unique from each other and parent Diploid Daughter CellsHaploid Daughter Cells One Division

12 MITOSISMEIOSIS Growth, repair, asexual reproduction Formation of gametes, sexual reproduction 2 daughter cells genetically identical to parent 4 daughter cells genetically unique from each other and parent Diploid Daughter CellsHaploid Daughter Cells One DivisionTwo Divisions

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