Mitosis
Cancer
Cells & Cell Cycle
Cancer Genetics
Cancer Treatment
100

This is the end product of mitosis.

Two identical daughter cells

100

Females have this chance of developing cancer in their lifetimes.

One in three

100
A cell spends the majority of its time in this stage, where normal functions occur.

Interphase

100

This is any change to the nucleotide sequence of DNA.

Mutation

100

One type of therapy used to treat cancer is this, which convinces the body's immune system to identify cancer cells as "nonself".

Immunotherapy

200

Genetic material condenses into chromosomes in this phase of mitosis.  

Prophase

200

Most cancers are named after this.

The types of cells or tissues they originate from
200

This word is used to identify that chromosomes code for the same traits, just different versions of that trait due to the fact that they come from 2 parents.

Homologous

200

This is added to nucleotides in a DNA molecule in order to identify the DNA sequence.

Fluorescent Tags

200

Radiation disrupts this element of the cells, causing cancer cells to either slow or stop dividing.

DNA

300

Chromosomes line up at the cell "equator" during this phase.

Metaphase

300

Mutations in this gene are associated with a higher likelihood of developing cancer in the breast or ovaries.

BRCA

300

This is an important characteristic of cells that allows them to have a specific purpose in the body, and is also ignored by cancerous cells.

Specialized

300

This technology is used to amplify, or make copies, of a gene of interest in order to find mutations in cancer causing genes.

PCR (polymerase chain reaction)

300

Alkaloids prevent cells from forming spindle fibers and therefore prevent cell division. What phase of the cell cycle is this directly targeting?

M Phase

400

Homologous chromosomes separate into sister chromatids at this stage of mitosis.

Anaphase

400
This is cancer of the connective tissue, such as bone.

Sarcoma

400

This is the 5 carbon sugar present in the nucleotides of DNA.

deoxyribose

400

When this type of gene is activated, cell division is promoted. A single mutation in this type of gene can cause them to be "stuck" on, turning them in to oncogenes.

Proto-oncogenes

400

This type of radiation has the shortest wavelength, therefore having the highest amount of energy.

Gamma Rays

500

These form at each pole of the cell and attach to chromosomes during prophase in order to eventually pull the chromosomes apart.

Spindle fibers

500

This is a state of steady internal, physical and chemical conditions that is disrupted by cancer.

Homeostasis

500

This holds together the sister chromatids that are created during S phase.

Centromere
500

p53 and BRCA1 are examples of this type of gene.

Tumor-Suppressor gene

500

Taxanes are chemotherapeutic drugs derived from yew trees. It inhibits cell division by preventing the breakdown of microtubules during mitosis. This disrupts the transition from this stage of mitosis to this next stage of mitosis. (Answer is 2 words)

Metaphase & Anaphase