fast answer ### Translating the tRNA Anticodon MutationThis educational content explores the implications of a mutation in the anticodon of tRNA^Trp. The anticodon is changed from CCA to ACC, and several potential outcomes are discussed:1. **Tryptophan Incorporation with GGU Codon:** - Whether tryptophan would always be incorporated when the ribosome encounters a GGU codon.2. **Mix of Glycine and Tryptophan Incorporation:** - Sometimes glycine, sometimes tryptophan would be incorporated when the ribosome encounters a GGU codon.3. **Tryptophan Incorporation with CCA Codon:** - Tryptophan would always be incorporated when the ribosome encounters a CCA codon.4. **tRNA^Trp Charged with Glycine:** - After mutation, the tRNA^Trp would be charged with glycine.5. **tRNA^Gly Charged with Tryptophan:** - After mutation, the tRNA^Gly would be charged with tryptophan.### Explanation of the Genetic Code ChartThis chart displays the standard genetic code, correlating sets of three nucleotides (codons) with specific amino acids. The chart includes:- **Columns and Rows:** - Organized by the first, second, and third nucleotide bases (U, C, A, and G).- **Amino Acid Properties:** - Color-coded for nonpolar, polar, basic, acidic, and stop codons.- **Sample Codon Translation:** - UGG codon translates to tryptophan (Trp/W). - GGU, GGC, GGA codons translate to glycine (Gly/G).The chart aids in understanding how mutations in tRNA anticodons can alter the incorporation of amino acids during protein synthesis.

BASIC INFORMATION TRANSLATION It is the process in which protein is which formed from the messenger RNA which is formed during transcription process. The transfer RNA or tRNA has the anti codon which is complementary to the bases present on the mRNA. The larger and smaller sub units of the ribosomes are attached to the mRNA which initiates this process. The codons are in the form of triplets that are 61 in number which codes for a total of 20 amino acids. The start codon is AUG which codes for methionine. According to wobble hypothesis; UGG of Tryptophan and GGU of Glycine follows this hypothesis which says that normal base pairing can happen in between the nitrogenous bases in the position first and second of the codon ads similarily in the anti codon at third and second position. Thus according to the question if we mutate tRNATrp from CCA to ACC it will code still code for Tyrptophan. ANSWER OPTION 1 Tryptophan would always be incorporated when the ribosome encountered a GGU codon