For the tetrapeptide YIRG:a. Draw its complete protonic equilibria. Indicate the net charge of each form and encircle the zwitterionic form.b. Give the full name of the tetrapeptide.c. Calculate its IpH.d. If the tetrapeptide was subjected to electrophoresis using a buffer solution at pH 7, at which electrode it will migrate? amino acidalaninearginineaspartateasparaginecysteineglutamateglutamineglycinehistidineisoleucineleucinelysinemethioninephenylalanineprolineserinethreoninetryptophantyrosinevalinepka1 (-CO₂H)2.342.171.882.021.962.192.172.341.822.362.362.182.282.201.992.212.112.382.202.32pKa valuespKa2 (-NH3*)9.699.049.608.8010.289.679.139.609.179.689.608.959.219.1310.969.159.629.399.119.62pKar (R group)12.483.658.184.256.0010.5310.07

Proteins are composed of amino acids, which are bound together by peptide linkage. Amino acids…

For the tetrapeptide YIRG: a. Draw its complete protonic equilibria. Indicate the net charge of each form and encircle the zwitterionic form. b. Give the full name of the tetrapeptide. c. Calculate its IpH. d. If the tetrapeptide was subjected to electrophoresis using a buffer solution at pH 7, at which electrode it will migrate?

For the tetrapeptide YIRG: a. Draw its complete protonic equilibria. Indicate the net charge of each form and encircle the zwitterionic form. b. Give the full name of the tetrapeptide. c. Calculate its IpH. d. If the tetrapeptide was subjected to electrophoresis using a buffer solution at pH 7, at which electrode it will migrate?

Basic Clinical Laboratory Techniques 6E

6th Edition

ISBN:9781133893943

Author:ESTRIDGE

Publisher:ESTRIDGE

Chapter1: The Clinical Laboratory

Section1.7: The Metric System

Problem 4RQ

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