Biological Physics: Energy, Information, Life

9.5. Thermal, chemical, and mechanical switching[[Student version, January 17, 2003]] 325 higher for short chains. For example,N ...

326 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] result from Your Turn 9l(c). This ...

9.5. Thermal, chemical, and mechanical switching[[Student version, January 17, 2003]] 327 the disordered state at high, not low, ...

328 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] Uext=−fz(Equation 9.7). This term ...

9.6. Allostery[[Student version, January 17, 2003]] 329 0 0.2 0.4 0.6 0.8 1 05. 10 -6 1. 10 -5 1.5. 10 -5 2. 10 -5 2.5. 10 -5 fr ...

330 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] simple Mass Action (solid dots in ...

9.6. Allostery[[Student version, January 17, 2003]] 331 Figure 9.10:(Metaphor.) Allosteric feedback control. (a)Anallosteric enz ...

332 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] Figure 9.11:(Image reconstructed f ...

9.6. Allostery[[Student version, January 17, 2003]] 333 0.01 0.1 1 10 -6 10 -5 0.001 0.01 0.1 1 10 100 N (t ) time, s T=160K 140 ...

334 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] The big picture This chapter has w ...

Further reading[[Student version, January 17, 2003]] 335 Further reading Semipopular: Hemoglobin, science, and life: Perutz, 1 ...

336 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] T 2 Track 2 9.1.1′ The idea of re ...

Track 2[[Student version, January 17, 2003]] 337 Much of the power of Idea 9.1 comes from the word “local.” In a system with lo ...

338 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] Idea 7.28 on page 237). As long as ...

Track 2[[Student version, January 17, 2003]] 339 Let us writeA(x)for theautocorrelation function〈ˆt(s)·ˆt(s+x)〉;for a long cha ...

340 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] By a now-familiar argument, we see ...

Track 2[[Student version, January 17, 2003]] 341 9.3.2′ The ideas in Section 9.3.2 can be generalized to higher-dimensional sp ...

342 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] replace Θ^2 bythe more convenient ...

Track 2[[Student version, January 17, 2003]] 343 particular azimuthal directionφ.With these considerations in mind, Marko and ...

344 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] In this formula,f ̄=fA/kBT.Adjusti ...