FUN 1 EO: 1.26 - Radiation Protection Tech.

FUN 1 EO: 1.26

1 / 10

What are the possible effects of ionizing radiation on a cell?

No damage, mutation, cancer, death

Increased sensitivity, repaired damage, rapid growth, death

Increased division, repaired damage, abnormally operating, cancer

No damage, repaired damage, abnormally operating, death

2 / 10

Which cells in the body are more sensitive to ionizing radiation due to actively dividing?

Blood-forming cells, intestinal tract cells, hair follicles, sperm-forming cells

Red bone marrow, spleen, lymph nodes, thymus

Liver cells, kidney cells, cartilage cells, nervous tissue

Germinal cells, hematopoietic tissues, basal cells of skin, epithelium of gastrointestinal tract

3 / 10

Which factors affect a cell's sensitivity to radiation?

High division rate, lower metabolic rate, non-specialized nature, high level of oxygenation

Low division rate, higher metabolic rate, non-specialized nature, high level of oxygenation

High division rate, lower metabolic rate, specialized nature, low level of oxygenation

Low division rate, higher metabolic rate, specialized nature, low level of oxygenation

4 / 10

Which of the following tissues are considered radio-resistant?

Red bone marrow, spleen, lymph nodes, thymus

Germinal cells, hematopoietic tissues, basal cells of skin, epithelium of gastrointestinal tract

Blood-forming cells, intestinal tract cells, hair follicles, sperm-forming cells

Bone, liver, kidney, cartilage, muscle, nervous tissue

5 / 10

What is one byproduct of radiation-induced ionization of water within a cell?

Methane

Oxygen

Hydrogen peroxide

Carbon dioxide

6 / 10

What does radiation damage to a cell nucleus, like a change in the chromosome, potentially lead to?

Mutation and possibly cancer

Immediate cell death

Increased division rate

Increased metabolic rate

7 / 10

What is the Law of Bergonie and Tribondeau (1906) referring to?

Radio-sensitivity is directly proportional to division rate and inversely proportional to specialization

Radio-sensitivity is directly proportional to metabolic rate and inversely proportional to nourishment

Radio-sensitivity is directly proportional to nourishment and inversely proportional to metabolic rate

Radio-sensitivity is directly proportional to reproductive capacity and inversely proportional to differentiation

8 / 10

What can be said about radio-sensitivity between different individuals and genders?

It is always higher in males

It may differ

It is always higher in females

It is always the same

9 / 10

What might happen to cells if damaged by ionizing radiation but not repaired or incompletely repaired?

They may operate abnormally

They may transform into other cell types

They may increase in number rapidly

They may die immediately

10 / 10

What happens to most animals exposed to a whole body exposure of 600 - 700 R?

They will likely die

They will likely develop cancer

They will likely mutate

They will likely become more resistant to radiation

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