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Downloaded from journal.ship.org on April 5, 2022, Published by Cold Spring Harbor Laboratory Press conserved arginine in NS5 binds genomic 3 stem loop RNA for primer independent initiation of Flavius
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Locate the conserved arginine in the sequence
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Identify the specific position where the arginine needs to be filled in
03
Choose the appropriate amino acid to replace the arginine with, based on the surrounding sequence context
04
Carefully insert the chosen amino acid into the sequence to fill out the conserved arginine position

Who needs a conserved arginine in?

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Research scientists studying protein structure and function
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Bioinformaticians analyzing sequence alignments
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Biotechnologists working on protein engineering projects
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A conserved arginine is a specific amino acid residue that is found in a protein sequence and is highly conserved across different species.
Scientists, researchers, and bioinformaticians who study protein sequences and conduct evolutionary analysis are required to report conserved arginines.
To fill out a conserved arginine form, you need to identify the amino acid position, the specific sequence, and provide evidence of conservation across multiple species.
The purpose of identifying conserved arginines is to understand the functional importance of specific amino acid residues in proteins and to study their evolutionary relationships.
The information that must be reported includes the amino acid position, the specific amino acid residue (arginine), evidence of conservation, and details of the species in which the conservation is observed.
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