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MI Unit 3 Review Questions

Total questions: 23

Worksheet time: 12mins

Name
Class
Date
1.

What does the Red color represent in a microarray analysis?

a)

Genes turned on in cancerous cells

b)

Genes turned on in normal cells

c)

Gene turned down in cancerous cells

d)

Genes not shown in cancerous or normal cells

2.

What does the green color mean in a microarray analysis?

a)

Genes turned on in cancerous cells

b)

Genes turned down in normal cells

c)

Genes turned down in cancerous cells

d)

Genes present in cancerous and normal cells

3.

What does the yellow color represent in a microarray analysis?

a)

Genes turned on in cancerous cells

b)

Genes turned on in normal cells

c)

Genes turned on in both cancerous and normal cells

d)

Genes neither cancerous nor normal turn on

4.

What is represented by black or blank spaces in a microarray analysis?

a)

Genes turned on in cancerous cells

b)

Genes turned on in normal cells

c)

Genes turned off in only normal cells

d)

Genes turned off in both cancerous and normal cells

5.

How does Marker Analysis work?

a)

STR binds to a binding site right before a mutated gene

b)

STR binds to a binding site after a mutated gene

c)

STR binds to a binding site on the mutated gene

d)

STR is not used in Marker Analysis

6.

What is the props of Marker Analysis?

a)

Although more expensive than DNA sequencing it produce exact sequence of gene

b)

Although slower than DNA sequencing it produces exact sequence of gene

c)

Marker Analysis is both cheaper and faster than DNA sequencing

d)

Marker Analysis is more expensive but faster than DNA sequencing

7.

What does Marker Analysis determine?

a)

Which allele is most likely to be the cause of the mutated gene

b)

Which allele is mostly not responsible for the mutated gene

c)

What DNA sequence is responsible for the mutated gene

d)

Marker analysis can’t conclude anything wrong with a patient.

8.

If a patient had the fragment length of 0.4, how many base pairs would there be?

a)

600

b)

700

c)

800

d)

900

9.

Which imaging system uses magnets to produce an image of bones, tissues, and organs?

a)

X-ray

b)

MRI

c)

CT-Scan

d)

Bone Scan

10.

What do x-rays show?

a)

Bones

b)

Skin

c)

Soft Tissue

d)

Organs

11.

Which imaging uses x-rays but rotates it on an axis to produce a 3-D image?

a)

MRI

b)

Bone Scan

c)

CT-Scan

d)

PET Scan

12.

When would you use an x-ray?

a)

When patient is suspected to have a bone fracture

b)

When patient is suspected to have internal bleeding

c)

When patients is having bowel issues

d)

When trying to locate cancer

13.

A patient is suspected to have a tumor but doesn’t want anything is be injected into their body, which scan could locate the tumor while not injecting things into their body?

a)

PET scan

b)

CT-Scan

c)

Bone Scan

d)

X-Ray

14.

Which of the following shows an PET scan?

a)
b)
c)
d)
15.

An oncogene is...

a)

A gene that has created a different variation of itself .

b)

A gene whose protein products prevent cell division, therefore preventing uncontrolled cell growth.

c)

A gene with a potential to cause cancer but that requires some alteration.

d)

A gene having the potential to cause a normal cell to become cancerous.

16.

Which of these is NOT an abbreviation of a phase in the cell cycle?

a)

C

b)

G2

c)

G1

d)

S

17.

What is a cancerous tumor called?

a)

Malignant

b)

Premalignant

c)

Postbenign

d)

Benign

18.

What chromosome is the BRCA2 gene located on?

a)

13

b)

17

c)

15

d)

11

19.

What part of the cell cycle shows Mitosis?

a)

A

b)

D

c)

C

d)

B

20.

Given the Log2 numbers, which gene was induced by tumor formation?

a)

Gene A: 1

b)

Gene B:-2.34

c)

Gene C: 3.62

d)

Gene D: 0

21.

Which genetic marker(s) is used to identify the BRAC2 mutation?

a)

SNV

b)

STR

c)

SNP

d)

All of the above

22.

Which of the following shows sporadic cancer?

a)

Caused only by environmental factors.

b)

Occurs when parents who have mutations pass those mutations down to their offspring.

c)

Occurs by chance from DNA mutations that can be passed down to offspring.

d)

Caused by bad mutations in family bloodline or by environmental factors.

23.

Which two answers describe a mutation?

a)

A change in the amino acid sequence that does not change the DNA sequence.

b)

A change in the DNA sequence that changes the amino acid sequence.

c)

A change in the amino acid sequence that changes the DNA sequence.

d)

A change in the DNA sequence that does not change the amino acid sequence.