The application addresses several challenges and solves specific problems related to genetic coding and protein synthesis:

1. Codon Analysis: It provides a platform for analyzing and understanding codons, which are essential units of genetic information.
2. Amino Acid Identification: Users can easily identify the amino acids corresponding to specific codon sequences, aiding in the study of protein synthesis.
3. Error Detection: The application includes error detection mechanisms to ensure that mRNA sequences are correctly formatted, starting with a start codon and ending with a stop codon.
4. Validation: It validates user inputs to prevent invalid sequences and ensures that the mRNA chain is in compliance with genetic coding rules.
5. Educational Tool: The application serves as an educational tool for students and researchers interested in molecular biology and genetics, offering a hands-on approach to exploring genetic coding concepts.
6. Efficiency: By automating the process of codon analysis and amino acid identification, the application improves efficiency and accuracy in genetic research and analysis.
   Overall, the application streamlines the analysis of genetic data, enhances understanding of genetic coding principles, and contributes to advancements in molecular biology research.