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Additive Transfer Free Energies of the Peptide Backbone Unit That Are Independent of the Model Compound and the Choice of Concentration Scale
Matthew Auton
, D. Wayne Bolen
Hematology
Research output
:
Contribution to journal
›
Article
›
peer-review
177
Scopus citations
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Dive into the research topics of 'Additive Transfer Free Energies of the Peptide Backbone Unit That Are Independent of the Model Compound and the Choice of Concentration Scale'. Together they form a unique fingerprint.
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Medicine & Life Sciences
Energy Transfer
95%
Peptides
46%
Protein Unfolding
39%
aceturic acid
31%
stachydrine
26%
Glycylglycine
25%
Sarcosine
22%
trimethyloxamine
22%
Protein Denaturation
21%
Chemical Models
21%
Trehalose
19%
Sorbitol
18%
Amides
17%
Protein Stability
17%
Protein Folding
17%
Glycerol
15%
Glycine
14%
Sucrose
14%
Urea
13%
Water
9%
Proteins
5%
Chemical Compounds
Free Energy of Transfer
100%
Additive
48%
Peptide
42%
N-Acetylglycine
24%
Protein
24%
Gibbs Free Energy
21%
Trimethylamine N-Oxide
20%
Osmolyte
20%
Glycylglycine
20%
Sarcosine
19%
Trehalose
18%
Additivity
16%
Protein Folding
15%
Proline
14%
Sucrose
13%
Solvent
13%
Denaturation
13%
Glycine
12%
Glycerol
12%
Urea
11%
Amide
10%
Reaction Yield
5%