{{asɛmtiNe Ɔkyerɛwfo}} | Nhomakorabea | Nneɛma a ɛma wotumi yɛ ade

Ɛhia

1

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT T
Classify the type of mutation above.

Point mutation - Silent Substitution

Frameshift - Deletion

Point mutation - Non-silent Substitution

Frameshift - Insertion

Ɛhia

1

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: GAT TT
Classify the type of mutation above.

Point mutation - Non-silent Substitution

Point mutation - Silent Substitution

Frameshift - Deletion

Frameshift - Insertion

Ɛhia

1

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT
Classify the type of mutation above.

Frameshift - Insertion

Point mutation - Silent Substitution

Frameshift - Deletion

Point mutation - Non-silent Substitution

Ɛhia

1

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA TTC
Classify the type of mutation above.

Frameshift - Deletion

Point mutation - Silent Substitution

Point mutation - Non-silent Substitution

Frameshift - Insertion

The original DNA and mutated sequence are shown below.

null

Ɛhia

1

Determine the type of mutation shown to the left.

Point mutation - Silent Substitution

Frameshift - Insertion

Frameshift - Deletion

Point mutation - Non-silent Substitution

Ɛhia

2

The original DNA and mutated sequence are shown below.

null

Ɛhia

1

Determine the type of mutation shown to the left.

Frameshift - Insertion

Point mutation - Silent Substitution

Point mutation - Non-silent Substitution

Frameshift - Deletion

Ɛhia

2

Ɛhia

2

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?
(Hint: Point or Frameshift mutation)

Ɛhia

2

Mutations Revisited - 2024

Mutations Revisited - 2024

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT T
Classify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA ATT T

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: GAT TT
Classify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: GAT TT

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT
Classify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA ATT

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA TTC
Classify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA TTC

Determine the type of mutation shown to the left.

Determine the type of mutation shown to the left.

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?
(Hint: Point or Frameshift mutation)

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?
(Hint: Point or Frameshift mutation)

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT T
Classify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA ATT T

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: GAT TT
Classify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: GAT TT

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT
Classify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA ATT

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA TTC
Classify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA TTC

Determine the type of mutation shown to the left.

What is the consequence of the mutation above?
(Hint: what happened to the amino acids.)

Determine the type of mutation shown to the left.

What is the consequence of the mutation above?
(Hint: what happened to the amino acids.)

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?
(Hint: Point or Frameshift mutation)

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?
(Hint: Point or Frameshift mutation)

What is the consequence of the mutation above?
(Hint: what happened to the amino acids.)

What is the consequence of the mutation above?
(Hint: what happened to the amino acids.)

Mutations Revisited - 2024

Mutations Revisited - 2024

A mutation is shown below. Original DNA: TGA TTT Mutated DNA: TGA ATT TClassify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA ATT T

A mutation is shown below. Original DNA: TGA TTT Mutated DNA: GAT TTClassify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: GAT TT

A mutation is shown below. Original DNA: TGA TTT Mutated DNA: TGA ATTClassify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA ATT

A mutation is shown below. Original DNA: TGA TTT Mutated DNA: TGA TTCClassify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA TTC

Determine the type of mutation shown to the left.

Determine the type of mutation shown to the left.

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?(Hint: Point or Frameshift mutation)

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?(Hint: Point or Frameshift mutation)

A mutation is shown below. Original DNA: TGA TTT Mutated DNA: TGA ATT TClassify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA ATT T

A mutation is shown below. Original DNA: TGA TTT Mutated DNA: GAT TTClassify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: GAT TT

A mutation is shown below. Original DNA: TGA TTT Mutated DNA: TGA ATTClassify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA ATT

A mutation is shown below. Original DNA: TGA TTT Mutated DNA: TGA TTCClassify the type of mutation above.

Original DNA: TGA TTT

Mutated DNA: TGA TTC

Determine the type of mutation shown to the left.

What is the consequence of the mutation above?(Hint: what happened to the amino acids.)

Determine the type of mutation shown to the left.

What is the consequence of the mutation above?(Hint: what happened to the amino acids.)

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?(Hint: Point or Frameshift mutation)

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?(Hint: Point or Frameshift mutation)

What is the consequence of the mutation above?(Hint: what happened to the amino acids.)

What is the consequence of the mutation above?(Hint: what happened to the amino acids.)

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT T
Classify the type of mutation above.

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: GAT TT
Classify the type of mutation above.

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT
Classify the type of mutation above.

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA TTC
Classify the type of mutation above.

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?
(Hint: Point or Frameshift mutation)

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?
(Hint: Point or Frameshift mutation)

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT T
Classify the type of mutation above.

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: GAT TT
Classify the type of mutation above.

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA ATT
Classify the type of mutation above.

A mutation is shown below.
Original DNA: TGA TTT
Mutated DNA: TGA TTC
Classify the type of mutation above.

What is the consequence of the mutation above?
(Hint: what happened to the amino acids.)

What is the consequence of the mutation above?
(Hint: what happened to the amino acids.)

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?
(Hint: Point or Frameshift mutation)

Which mutation would have the MOST significant impact on gene product AND why would the impact be so significant?
(Hint: Point or Frameshift mutation)

What is the consequence of the mutation above?
(Hint: what happened to the amino acids.)

What is the consequence of the mutation above?
(Hint: what happened to the amino acids.)