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24 May 2019
For an α-helical polyalanine peptide 45.00 residues in length, calculate the melting temperature in °C. Tm= °C
Calculate the melting temperature of a 45.00 amino acid α-helical peptide if that peptide contains all alanines and a single internal glycine residue. Tm= °C
Calcuate the melting temperature if the 45.00 amino acid α-helical peptide contains 5.00 internal glycine residues and a glycine at the N-terminus of the helix. Tm= °C
Calculate the melting temperature for a 45.00 amino acid polyhistidine peptide at physiological pH in a 310-helix. Tm= °C
For an α-helical polyalanine peptide 45.00 residues in length, calculate the melting temperature in °C. Tm= °C
Calculate the melting temperature of a 45.00 amino acid α-helical peptide if that peptide contains all alanines and a single internal glycine residue. Tm= °C
Calcuate the melting temperature if the 45.00 amino acid α-helical peptide contains 5.00 internal glycine residues and a glycine at the N-terminus of the helix. Tm= °C
Calculate the melting temperature for a 45.00 amino acid polyhistidine peptide at physiological pH in a 310-helix. Tm= °C
Casey DurganLv2
27 May 2019