At the end of meiosis I, this many cells have been produced.
What are two cells?
At the end of meiosis II, this many cells have been produced.
What are 4 cells?
Mitosis is used for this type of reproduction.
What is asexual reproduction?
This x-shaped structure is made of DNA coiled around histone proteins.

What is a chromosome?
During this process, homologous chromosomes exchange sections of the same genes.
What is crossing over?
The phase pictured below shows chromosomes lined up single-file.

What is metaphase II?
Meiosis is used for this type of reproduction.
What is sexual reproduction?
What are homologous chromosomes?
After prophase I, this type of DNA is created and may have genes from both parents.
What is recombinant DNA?
During anaphase II, these copied halves of a chromosome are separated.
What are sister chromatids?
Daughter cells produced by mitosis have this genetic profile compared to the parent cell.
What is genetically identical?
The copied half of a chromosome are called this name.
What are sister chromatids?
During metaphase I, homologous chromosomes partner up on one side of the metaphase plate or the other; parental chromosomes will then separate during anaphase I.
What is independent assortment?
This phase creates four separate nuclei.

Daughter cells produced by meiosis have this genetic profile compared to the parent cell.
What is genetically unique?
Long, thin protein microtubules that pull on chromosomes have this name.
What are spindle fibers?
At the end of meiosis I, cells have either mom's or dad's chromosomes for a given chromosome pair, but not both. They are known as this type of single-chromosome cell.
What is haploid?
An organism with a diploid number of 36 will produce gametes with this number of chromosomes.
The type of cell division pictured in this model is responsible for genetic diversity.
These cylindrical collections of microtubules help in the process of cell division by producing the mitotic spindle.

What are centrioles (the centrosome)?