## Physical Principles and Techniques of Protein ChemistryPhysical Principles and Techniques of Protein Chemistry Part C ... |

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Page 381

If we consider only the first term of the expansion we obtain the one term Drude

only the first term of the expansion , the restriction that the rotation be very far ...

If we consider only the first term of the expansion we obtain the one term Drude

**equation**used in the de method with do = de and k = Liaid ; ” . Since we consideronly the first term of the expansion , the restriction that the rotation be very far ...

Page 382

Since the Moffitt

should apply for any optically active molecule in regions distant from absorption

bands , we can carry out a similar expansion of this

Since the Moffitt

**equation**is derivable from the multiterm Drude**equation**, whichshould apply for any optically active molecule in regions distant from absorption

bands , we can carry out a similar expansion of this

**equation**for the random coil ...Page 389

In the Moffitt

combining the use of a ' . and b ' . values . ...

two

and the ...

In the Moffitt

**equation**one is able to cancel these effects to some extent bycombining the use of a ' . and b ' . values . ...

**Equation**So far we have suggestedtwo

**equations**for analyzing the ORD curves of proteins — the Moffitt**equation**and the ...

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### Contents

Density and Volume Change Measurements | 1 |

Optical Rotatory | 22 |

Remarks on the Experimental Technique | 141 |

Copyright | |

21 other sections not shown

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acid addition angle appears applied approximately band beam becomes calculated Chem compared complex component concentration conformation constant containing contribution corresponding creatine cross-section density dependence described determined diffusible dilute discussed effect electron electron density enzyme equation equilibrium estimate et al example experimental experiments factor field function given gives gyration increase indicated intensity Kratky length magnetic mass means measurements membrane method mole molecular weight molecule negative observed obtained optical activity parameter particles Phys plot positive possible procedure protein protein solution pulse radius of gyration range ratio reference region relative residues respectively rotational strength sample scattering curve shape shown shows side similar small-angle solution solvent spectra spectrum sphere structure studies subunits Table temperature theoretical theory tion transition usually various varying volume wavelength X-ray zero