Protein Primer Table of Contents of volume I (as of
7-03)
Chapter
1. Introduction
to Protein Research. Why this monograph became
necessary.
Chapter
2. Protein
substructures. Proteins are not isotropic.
Chapter
3. Knots make biology
possible
Chapter
4. Matrix breathing-the
“subtle- change” process
Chapter
5. Functional domains-the
smallest protein building blocks
Chapter
6. How reliable are the
B-factors?
Chapter
7. Knots define protein
families and establish genetic stability
Chapter
8. Folded stability of
proteins is due entirely to their knots
Chapter 9 Molten-globule
species and other complications in protein folding
Chapter 10.Enzyme structure
Chapter
11. The pairing principle
Chapter
12. What makes knots strong
Chapter
13. Similarities and differences
among proteins
Chapter
14. Effects of independent
variables mediated through proteins
Chapter
15. Structural similarity of
proteins
Chapter 16. Examples
or the “nutcracker” mechanism in biology
Chapter 17.
Mechanical features of chymotryptic catalysis
Chapter 18. Potential
energy transfer by subtle change
Chapter 19.
“Completing the knot” –the mechanical basis of strong interaction
Chapter 20. Constrasting chemical and biological research
Chapter 21.
Mechanical mechanisms of multi-enzyme systems
Chapter 22 Theory of non-stoichiometric
linkage processes
Chapter. 23.Compensation temperatures are
the major toolin protein research