Cancer
Cells/Cancer
Cancer part 2
Cells
Cells part 2
100

An overgrowth of abnormal cells that serve no useful purpose 

Tumor

100

What do enzymes do in the cell?

They lower the activation energy of the reaction

100

What are the methods by which cancer is detected in the body?

MRI, PET scan, CT scan, screening mammogram, and diagnostic mammogram.

100

Describe how the information contained within a gene is expressed as a protein

Gene expression involves both the process of transcription and translation. 

100

How does sickle-cell disease impact the Circulatory system?

the sickle shape to the RBC it can cause anemia and also can block and restrict blood flow to the organs and tissues

200

Cancer lining of the internal organs or skin

Carcinoma

200

A mutation in a tumor suppressor gene can lead to cancer because these genes are involved in:

Checking the DNA for damage during the cell cycle

200

How does cancer effect normal physiology and result in death?

It grows into key organs, nerves, or blood vessels, interfering with and impairing their function

200

How do cells divide normally and how is it regulated?

Through cell division- mitosis. The checkpoints in cell division are what regulate it.

200

How does sickle-cell disease impact the Respiratory system?

when the capillaries around the alveoli become blocked by the sickle RBCs it can cause acute chest syndrome

300

Cancer in the connective tissue, such as bones

Sarcoma

300

What are the three most common mutagens?

Viruses, radiation, and chemicals

300

How are researchers investigating new methods of treating cancer?

Studying the biology of cells further and comparing normal cells to cancer cells.

300

What is the process by which a single parent cell divides to make two new daughter cells. This process allows the body to grow and replace cells. RESULTS in 2 identical daughter cells.

Mitosis

300

Summarize some of the methods by which a genetic disease may be detected in an individual.

Three major types of genetic testing are available—cytogenetic, biochemical, and molecular testing

400

Cancer in cells and tissues of the immune system

Lymphoma

400

What is translation and transcription?

Transcription is the process by which a cell makes an RNA copy of a piece of DNA

Translation is the process by which a cell makes proteins using the genetic information carried in mRNA

400

What are the various forms of chemotherapy?

Alkylating agents, Anti-metabolites, Hormonal agents, Topoisomerase inhibitors.

400

What is the structure of hemoglobin?

Hemoglobin is composed of 4 globins:

-2 beta

-2 alpha

400

Describe how genome editing may be used to treat a genetic disease.

With the use of CRISPR technology, RNA mutation is modified briefly, which not only avoids the irreversible modification of the genome but also can repair protein function in almost all cells to treat a variety of diseases

500

What is the main difference between Stage 0 and Stage 1

The cancer cells have begun to spread to a few lymph nodes

500

What does PCR(polymerase chain reaction) do?

Makes millions of copies of the gene of interest (amount doubles with each cycle- usually around 30-45 cycles

500

A mutation in a tumor suppressor gene can lead to cancer because these genes are involved in:

Checking the DNA for damage during the cell cycle

500

Describe forms of non-Mendelian genetic inheritance

This includes inheritance of multiple allele traits, codominance, incomplete dominance and polygenic traits.

500

Explain the process by which DNA is replicated in the cell and the importance of the polymerase reaction.

Replication occurs in three major steps: 


the opening of the double helix and separation of the DNA strands,


the priming of the template strand


the assembly of the new DNA segment


Polymerase reaction is responsible for synthesizing the DNA

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