Cell cycle and cancer
Meiosis
Mendelian Genetics
Non-Mendelian Genetics
Mitosis
100
At which checkpoint does the DNA ensure that it is not damaged before replication?

G1 Checkpoint

100

The phase where homologous chromosomes separate. 

Anaphase I

100

The law stating alleles separate during gamete formation.

Law of segregation


100

When heterozygotes show an intermediate phenotype.

Incomplete dominance

100

Sister chromatids separate at this phase.

Anaphase

200

Proteins that regulate the cell cycle by activating CDKs?

Cyclins

200

Exchange of genetic material between homologous chromosomes

Crossing over

200

An organism with two different alleles for a trait. 

Heterozygous  

200

When both alleles are fully expressed

Codominance


200

Chromosomes line up in the middle of the cell

Metaphase

300

A gene that normally suppresses tumors but is mutated in cancer.  

Tumor suppressor gene

300

Meiosis forms what type of chromosomes? (n=?)

Haploid

300
The law that genes for different traits assort independently

Law of independent assortment

300

A single gene affecting multiple traits

Pleiotropy

300

Mitosis produces cells that are genetically ______.

Identical 

400

The uncontrolled cell division that leads to tumor formation.

Cancer

400

The alignment of homologous pairs at the metaphase plate. 

Metaphase I

400

The observable traits of an organism

Phenotype

400

Traits controlled by multiple genes

Polygenic inheritance

400

Two identical chromosomes together are called _____

Sister chromatids

500

This protein is known as the "guardian of the genome."

p53
500

Failure of chromosomes to separate properly. 

Nondisjunction


500

The genetic makeup of an organism 

Genotype


500
An example of codominance in humans 

AB blood type.

500

Which fibers pull the chromosomes apart?

Spindle fibers

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