DL/SCI/R23

MOLECULAR REPLACEMENT

February, 1985

 

Foreword

(iii)

Introduction.

By G. Dodson

1

Introduction to rotation and translation functions.

By D.M. Blow

2

Symmetry and the rotation function.

By D.S. Moss

8

Rotation angles.

By P.R. Evans

14

Investigations into the limitations of a rotation and a translation function.

By A.J. Schierbeek, R. Renestseder, B.W. Dijkstra and W.G.J. Hol

16

Review of space group general translation functions that make use of known structure information and can be expanded as Fourier series.

By I.J Tickle

22

Molecular replacement and the crystallins.

By H.P.C. Driessen and H. White

27

Molecular replacement: The method and its problems.

By E.J. Dodson

33

Molecular replacement studies of 6PGDH from Bacillus Stearothermophilus.

By P.D. Carr, E.J. Dodson, T.J. Greenhough and J.R. Helliwell

46

The molecular replacement method and gramicidin S.

By M.M. Harding

50

Low resolution structures of two forms of phosphofructokinase.

By P.R. Evans, G.W. Farrants, M.C. Lawrence and Y. Shirakihara

53

Use of multi-dimensional search methods for structure determination of large molecules.

By D. Rabinovich

56

Experience with the application of Patterson search techniques.

By R. Huber

58

Real space vs. reciprocal.

By M. Buehner and H.J. Hecht

62

Rotation functions, density averaging and phase extension: Panulirus Interruptus Haemocyanin.

By W.G.J. Hol, A. Volbeda and W.P.J. Gaykema

70

A new sampling method for molecular replacement and angular correlation.

By R. Karlsson

76

CORELS — How rigid is your molecule?

By A.G.W. Leslie

78

Some experiences with Haemoglobin refinement.

By Z.S. Derewenda

82

Molecular replacement: A discussion and review of the contributions.

By T.L. Blundell and I.J. Tickle

89