A frameshift mutation occurs in a DNA strand. The mutation is a deletion of the two nucleotides indicated in the sequence below. 1. Rewrite the mutated DNA sequence. 2. Transcribe the given template strand of dna. 3. Translate the mRNA sequence.

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A frameshift mutation occurs in a DNA strand. The mutation is a deletion of the two nucleotides indicated in the sequence below. 1. Rewrite the mutated DNA sequence. 2. Transcribe the given template strand of dna. 3. Translate the mRNA sequence.
**DNA Sequence and Frameshift Mutation**

**Original DNA Sequence:**
TAC CTA CTC TAG TTA ACC ACA GTT GCC ATC

A frameshift mutation occurs in a DNA strand. The mutation is a *deletion* of the two nucleotides indicated in the sequence above.

**Task:**
Re-write the mutated DNA sequence.

**Spaces Provided for Answer:**

- [_________] [_________]
- [_________] [_________]
- [_________] [___c____] 

**Additional Task:**
Transcribe the given template strand of DNA.

**Spaces Provided for Transcription:**

- [_________] [_________]
- [_________] [_________]
- [_________] [_________]

**Diagram:**

There is a small mRNA codon chart at the bottom of the page. It is titled "Second mRNA base" with the following columns and rows:

- Columns: U, C, A, G
- Rows: U, C, A, G

Each cell contains triplets of nucleotides corresponding to amino acids or stop signals. Examples include:

- UUU - Phe (F)
- UUC - Phe (F)
- UUA - Leu (L)
- UGA - Stop

The chart is used for decoding mRNA sequences into proteins.
Transcribed Image Text:**DNA Sequence and Frameshift Mutation** **Original DNA Sequence:** TAC CTA CTC TAG TTA ACC ACA GTT GCC ATC A frameshift mutation occurs in a DNA strand. The mutation is a *deletion* of the two nucleotides indicated in the sequence above. **Task:** Re-write the mutated DNA sequence. **Spaces Provided for Answer:** - [_________] [_________] - [_________] [_________] - [_________] [___c____] **Additional Task:** Transcribe the given template strand of DNA. **Spaces Provided for Transcription:** - [_________] [_________] - [_________] [_________] - [_________] [_________] **Diagram:** There is a small mRNA codon chart at the bottom of the page. It is titled "Second mRNA base" with the following columns and rows: - Columns: U, C, A, G - Rows: U, C, A, G Each cell contains triplets of nucleotides corresponding to amino acids or stop signals. Examples include: - UUU - Phe (F) - UUC - Phe (F) - UUA - Leu (L) - UGA - Stop The chart is used for decoding mRNA sequences into proteins.
The image contains a genetic code table used to translate mRNA sequences into amino acids. The table is organized in a grid format, with rows and columns labeled with nucleotide bases.

### Codon Table Explanation:

- **Rows and Columns:** 
  - The leftmost column represents the first base of the mRNA codon.
  - The top row indicates the second base.
  - The right column shows the third base.

- **Amino Acid Codes:** 
  - Each cell within the table corresponds to a specific amino acid or a stop signal, based on the combination of the bases.
  - For example, the codon "UUU" translates to Phenylalanine (Phe), and "UAG" is a stop codon.

- **Amino Acids Abbreviations:** 
  - Phe (F): Phenylalanine
  - Leu (L): Leucine
  - Ser (S): Serine
  - Tyr (Y): Tyrosine
  - Cys (C): Cysteine
  - *Stop*: Stop codon signals the termination of protein synthesis.
  - Trp (W): Tryptophan
  - Pro (P): Proline
  - His (H): Histidine
  - Gln (Q): Glutamine
  - Arg (R): Arginine
  - Ile (I): Isoleucine
  - Met (M): Methionine (Start codon)
  - Thr (T): Threonine
  - Asn (N): Asparagine
  - Lys (K): Lysine
  - Val (V): Valine
  - Ala (A): Alanine
  - Asp (D): Aspartic acid
  - Glu (E): Glutamic acid
  - Gly (G): Glycine

### Instruction for Learners:

- **Translate the mRNA Sequence:**
  - Identify the start codon and begin the translation.
  - Use the three-letter code for each amino acid.
  - If a stop codon is encountered, write "stop" without quotes to indicate termination.

This table serves as a crucial tool for understanding the genetic code and how proteins are synthesized from mRNA sequences.
Transcribed Image Text:The image contains a genetic code table used to translate mRNA sequences into amino acids. The table is organized in a grid format, with rows and columns labeled with nucleotide bases. ### Codon Table Explanation: - **Rows and Columns:** - The leftmost column represents the first base of the mRNA codon. - The top row indicates the second base. - The right column shows the third base. - **Amino Acid Codes:** - Each cell within the table corresponds to a specific amino acid or a stop signal, based on the combination of the bases. - For example, the codon "UUU" translates to Phenylalanine (Phe), and "UAG" is a stop codon. - **Amino Acids Abbreviations:** - Phe (F): Phenylalanine - Leu (L): Leucine - Ser (S): Serine - Tyr (Y): Tyrosine - Cys (C): Cysteine - *Stop*: Stop codon signals the termination of protein synthesis. - Trp (W): Tryptophan - Pro (P): Proline - His (H): Histidine - Gln (Q): Glutamine - Arg (R): Arginine - Ile (I): Isoleucine - Met (M): Methionine (Start codon) - Thr (T): Threonine - Asn (N): Asparagine - Lys (K): Lysine - Val (V): Valine - Ala (A): Alanine - Asp (D): Aspartic acid - Glu (E): Glutamic acid - Gly (G): Glycine ### Instruction for Learners: - **Translate the mRNA Sequence:** - Identify the start codon and begin the translation. - Use the three-letter code for each amino acid. - If a stop codon is encountered, write "stop" without quotes to indicate termination. This table serves as a crucial tool for understanding the genetic code and how proteins are synthesized from mRNA sequences.
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