What is the primary function of InterProScan? To search for conserved protein motifs To perform local sequence alignment To predict protein secondary structure To identify protein-protein interactions

Which of the following tools is commonly used to identify conserved protein motifs in a set of sequences? BLAST Clustal Omega PROSITE Flye

You have identified an unknown protein having a MW 23 kDa from MS-based proteomics that plays a crucial role in cervical cancer tumorigenesis. You have further sequenced the protein to get its amino acid sequences. Now, you wish to study the conserved regions of the protein in detail. What bioinformatics tools will you use to understand about such crucial information about the protein? Run a BLAST to get similar sequences from different organisms > Perform multiple sequence alignment to look for the conserved regions in the protein Analyze the protein's tertiary structure through X-ray crystallography and perform protein-protein interaction assay using STRING Predicting protein secondary structures using computational algorithms will immediately give you information about the conserved regions of a protein Both a and c can be done

Which level of protein structure in the target protein the X-ray crystallography must capture to guarantee reliable docking results?Question 2AnswerThe Tertiary structure of a protein is necessary The primary structure of a protein is enoughThe secondary structure of a protein is necessary

Write a code in python to identify matches and gaps (non-matches) between two aligned protein sequences. The output should be able to tell the positions where gaps are found and the number of matches and gaps.

Which one of the following is used for global alignment of two protein sequences?(A) Chou-Fasman method(B) Garnier-Osguthorpe-Robson (GOR) method(C) Needleman-Wunsch algorithm(D) Smith-Waterman algorithm