Question 2 **Question 2**Enter the first 5 amino acids of your sequence. If you find more than one ORF, use the larger protein for this exercise.You may use the single letter, 3-letter abbreviation, or full name (make sure to spell it right!).[Input Box] - [Input Box] - [Input Box] - [Input Box] - [Input Box]How many amino acids does this protein contain?[Input Box] The image contains a sequence of nucleotides, typically found in DNA structures, which are represented using the letters:- A (Adenine)- T (Thymine)- C (Cytosine)- G (Guanine)This sequence exhibits the nitrogenous bases in consecutive order, common in genomic and genetic research. Such sequences are crucial for DNA sequencing and analysis in bioinformatics, genetics, and molecular biology.The primary format is a text document with the sequence laid out in lines across the page. Each line contains a continuous string of letters representing part of the DNA sequence. There are no graphs or diagrams accompanying this text.For educational purposes, students and researchers can use this data for exercises in sequence alignment, genome mapping, or studying genetic markers.

Amino acids are organic compounds which is compose of amino termini, carboxylate termini, a side chain and hydrogen atom. 20 types of amino acids are coded by the universal genetic code inside the cells and two amino acids (selenocysteine and pyrrolysine) are added into proteins via specific synthetic process. Proteins are building blocks of our body. it is a large complex biomolecule that is compose of amino acids linked by amide/peptide bonds with a release of water molecule. Synthesis of proteins (translation) occurs inside the nucleus and post translation modification occurs in the cytoplasm. It plays several vital roles inside the organisms like enzymes, hormones, neurotransmitter, receptor etc. Codons are triplet of consecutive nucleotides occurs in transcribed mRNA sequence which code for 20 types of amino acids (each codons code for specific amino acids) and also codes for gene start and stop codon. ORF (open reading frame) is a reading frame in present in the transcribed mRNA sequence which is consist of exons (coding region) and introns (non-coding region). Transcribed mRNA sequence must be spliced to remove introns and exons will be obtained for translation. Spliced mRNA contains start and stop codons. Start codon - AUG Stop codon - UAA, UAG, UGA the provided sequence is DNA sequence in picture format. So we have to transcribed the DNA sequence firstly into mRNA sequence. the obtained mRNA sequence can be used to get protein sequence. One sequence can have more than one reading frame. As the sequence length is too large and in picture format which we cannot do manually in fixed time limit. Transcription and translation can be done using the online tools present in expasy site. For you, i am doing transcription and translation of first five amino acids of the given sequence for your understanding. First start codon is always AUG-Methionine. Though the start start codon not necessarily indicates the start of translation. Transcribed sequence - AUG UUA AUU AUA GUA UAA ... ... Translated sequence - Methionine (start), Leucine, Isoleucine, Isoleucine, Valine, stop So the first five amino acids are Methionine (start) (M, Met), Leucine (L, Leu), Isoleucine (I, Ileu), Isoleucine (I, Ileu), and Valine (V, Val). Number of amino acids in the given protein is difficult to assesses with the given image of the sequence. Please provide sequence which we can copy and evaluate using online tools due to limitation of time.