DL/SCI/R26
IMPROVING PROTEIN PHASES
February, 1988
Preface |
(iii) |
Problems with isomorphous replacement phases S.E.V. Phillips, Astbury Department of Biophysics, University of Leeds |
1 |
Solvent flattening vs. additional derivative data in the improvement of M.I.R. phases A.G.W. Leslie, Blackett Laboratory, Imperial College, London |
13 |
A reciprocal space algorithm for calculating molecular envelope using the algorithm of B.C. Wang A.G.W. Leslie, Blackett Laboratory, Imperial College, London |
25 |
Practical problems of isomorphous replacement D.M. Blow, K. Henrick and A. Vrielink, Blackett Laboratory, Imperial College, London |
32 |
Iterative molecular averaging and phase refinement of two HLA-A2 crystal forms M.A. Saper, P.J. Bjorkman and D.C. Wiley, Harvard University |
39 |
Determination of virus structures by the use of molecular replacement density averaging M.G. Rossman, Purdue University |
49 |
Histogram matching as a density modification technique for phase refinement and extension of protein molecules Kam Y.J. Zhang and P. Main, University of York |
57 |
Improving protein phases in real space A.D. Podjarny, IBMC, Strasbourg |
65 |
Improving electron density maps by density modification E. Dodson, University of York |
73 |
The use of solvent-flattening procedures in the crystal structure determination of quinoprotein methylamine dehydrogenase F.D.M. Vellieux, H. Groendijk, F. Huitema, M.B.A. Swarte, J. Drenth and W.G.J. Hol, University of Groningen |
88 |
Maximum entropy estimates of the electron density J. Navaza, Institut Pasteur, Paris |
100 |
Some assorted maximum entropy calculations R.K. Bryan, EMBL, Heidelberg |
107 |
A practical guide to the use of partial structural phase combination D.W. Rice , B.F. Anderson and E.N. Baker, Sheffield University and Massey University, New Zealand |
113 |
Use of phase combination in the structure analysis of serum transferrin H. Jhoti, Birkbeck College |
121 |
Weighting in phase combination I.J. Tickle, Birkbeck College |
130 |