Cell Reproduction

Define the following concept: Cell division

• How a cell undergoes reproduction

• The process in which cells divide asexually

• Are the results of getting cells with the SAME genetical offspring

• When cells undergo cell division sexually

• The parent genetical information merge and through RANDOM assortment, they produce a new non identical genetical offspring.

Define the following concept: Mitosis

• How a cell undergoes reproduction

• The process in which cells divide asexually

• Are the results of getting cells with the SAME genetical offspring

• When cells undergo cell division sexually

• The parent genetical information merge and through RANDOM assortment, they produce a new non identical genetical offspring.

Define the following concept: Clones

• How a cell undergoes reproduction

• The process in which cells divide asexually

• Are the results of getting cells with the SAME genetical offspring

• When cells undergo cell division sexually

• The parent genetical information merge and through RANDOM assortment, they produce a new non identical genetical offspring.

Define the following concept: Sexual Reproduction

• How a cell undergoes reproduction

• The process in which cells divide asexually

• Are the results of getting cells with the SAME genetical offspring

• When cells undergo cell division sexually

• The parent genetical information merge and through RANDOM assortment, they produce a new non identical genetical offspring.

Define the following concept: Meiosis

• How a cell undergoes reproduction

• The process in which cells divide asexually

• Are the results of getting cells with the SAME genetical offspring

• When cells undergo cell division sexually

• The parent genetical information merge and through RANDOM assortment, they produce a new non identical genetical offspring.

Define the following concept: Asexual Reproduction

• The two “daughter” cells that result from the division are identical to each other and to the original “parent” cell.

  Two types of asexual reproduction: replace cells, and reproduction.

    Example: shedding skin, and sea star reproduction

• The two sexual cells: sperm and egg

• Made in specialized sexual organs (female)

• Made in specialized sexual organs (male)

• The merger of genetic material

Define the following concept: Gametes

• The two “daughter” cells that result from the division are identical to each other and to the original “parent” cell.

  Two types of asexual reproduction: replace cells, and reproduction.

    Example: shedding skin, and sea star reproduction

• The two sexual cells: sperm and egg

• Made in specialized sexual organs (female)

• Made in specialized sexual organs (male)

• The merger of genetic material

Define the following concept: Egg

• The two “daughter” cells that result from the division are identical to each other and to the original “parent” cell.

  Two types of asexual reproduction: replace cells, and reproduction.

    Example: shedding skin, and sea star reproduction

• The two sexual cells: sperm and egg

• Made in specialized sexual organs (female)

• Made in specialized sexual organs (male)

• The merger of genetic material

Define the following concept: Sperm

• The two “daughter” cells that result from the division are identical to each other and to the original “parent” cell.

  Two types of asexual reproduction: replace cells, and reproduction.

    Example: shedding skin, and sea star reproduction

• The two sexual cells: sperm and egg

• Made in specialized sexual organs (female)

• Made in specialized sexual organs (male)

• The merger of genetic material

Define the following concept: Fertilization

• The two “daughter” cells that result from the division are identical to each other and to the original “parent” cell.

  Two types of asexual reproduction: replace cells, and reproduction.

    Example: shedding skin, and sea star reproduction

• The two sexual cells: sperm and egg

• Made in specialized sexual organs (female)

• Made in specialized sexual organs (male)

• The merger of genetic material