Cellular Reproduction Dr. Allen

They indicate the magnification level of the image.

They help estimate the actual size of structures in the image.

They show the type of microscope used.

They provide information about the color staining technique.

Humans and dogs have similar diets.

Humans and dogs are 95 percent identical genetically.

Humans and dogs live in similar environments.

Humans and dogs have the same number of chromosomes.

Adult cells can be reverted to embryonic stem cells.

Each cell contains instructions for building a new individual.

Cloning only works in frogs.

Stem cells can only be found in embryos.

They have more DNA.

They have a lower surface area to volume ratio.

They divide more slowly.

They contain more organelles.

Prokaryotes have multiple chromosomes in the nucleus, eukaryotes have a single chromosome in the cytoplasm.

Prokaryotes have a single chromosome in the cytoplasm, eukaryotes have multiple chromosomes in the nucleus.

Both prokaryotes and eukaryotes have chromosomes in the nucleus.

Prokaryotes and eukaryotes both have multiple chromosomes in the cytoplasm.

Humans have 46 chromosomes.

Dogs have fewer chromosomes than cats.

Goldfish have more chromosomes than horses.

Chimpanzees have more chromosomes than dolphins.

It holds sister chromatids together.

It is where DNA replication starts.

It produces ribosomes.

It surrounds the nucleus.

Chromosomes become visible.

Spindle forms.

Chromatids separate.

Centrioles move.

Centrioles migrate to poles

Chromosomes line up at the center

Cell plate forms

Chromatids separate

Spindle fibers

Centrioles

Cell wall

Centromeres

Metaphase

Anaphase

Telophase

Interphase

Prophase

Metaphase

Anaphase

Telophase

It shows the actual size of the cells in micrometers.

It indicates the magnification level of the microscope.

It marks the location of a specific cell structure.

It is used to measure the color intensity of the image.