Biological Physics: Energy, Information, Life

Track 2[[Student version, January 17, 2003]] 345 into the above expression forN(t, T)(the rebinding curve) at various temperat ...

346 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] Problems.......................... ...

Problems[[Student version, January 17, 2003]] 347 would be the expected temperature dependence ofθ?[Hint: Figure out the proba ...

348 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] 9.7 T 2 Stretching curve of the el ...

Problems[[Student version, January 17, 2003]] 349 -2 0 2 4 6 8 apparent change in excess turns,^05101520 ∆M number of excess t ...

350 Chapter 9. Cooperative transitions in macromolecules[[Student version, January 17, 2003]] under electrophoresis as though|M| ...

Chapter 10 Enzymes and molecular machines If ever to a theory I should say: ‘You are so beautiful!’ and ‘Stay! Oh, stay!’ Then y ...

352 Chapter 10. Enzymes and molecular machines[[Student version, January 17, 2003]] ingredient (thermal motion), and obtain a ro ...

10.1. Survey of molecular devices found in cells[[Student version, January 17, 2003]] 353 Athird class of molecular devices will ...

354 Chapter 10. Enzymes and molecular machines[[Student version, January 17, 2003]] given as much substrate as it can handle. In ...

10.1. Survey of molecular devices found in cells[[Student version, January 17, 2003]] 355 Figure 10.1: (Sketches.) Organization ...

356 Chapter 10. Enzymes and molecular machines[[Student version, January 17, 2003]] 0 2 4 6 0 05 1.0 15 2.0 time, s laser beam m ...

10.1. Survey of molecular devices found in cells[[Student version, January 17, 2003]] 357 translocation glycosylation disulfide ...

358 Chapter 10. Enzymes and molecular machines[[Student version, January 17, 2003]] Figure 10.4:(Photomicrograph.) Microtubule p ...

10.2. Purely mechanical machines[[Student version, January 17, 2003]] 359 a b c θ θ R w (^1) w w 1 w 1 2 w 2 αβ Figure 10.6:(Sch ...

360 Chapter 10. Enzymes and molecular machines[[Student version, January 17, 2003]] ab Utot θ Uload=(w 1 R)θ Utot=(w 1 R−τ)θ Umo ...

10.2. Purely mechanical machines[[Student version, January 17, 2003]] 361 0 2 4 6 0 2 4 6 1 0 1 0 2 4 6 0 1 3 4 5 6 0 1 3 4 5 ...

362 Chapter 10. Enzymes and molecular machines[[Student version, January 17, 2003]] 0 2 4 6 0 2 4 6 0 5 0 2 4 6 U β α Figure 10. ...

10.2. Purely mechanical machines[[Student version, January 17, 2003]] 363 f x G-ratchet: S-ratchet: f LL a b Figure 10.10:(Sche ...

364 Chapter 10. Enzymes and molecular machines[[Student version, January 17, 2003]] L 2 L L 2 L L 2 L U tot U tot  L 1 x x x x ...