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Stout and Jensen, "X-ray
structure determination", 1989 Solid mid-level theory with practical examples. Most of the hardware discussed is very dates, but otherwise an excellent intermediate text. Nic out Bernhard Rupp wrote: The question of what textbook to use is very much context sensitive, that is, it depends on what the reader wants and needs to know. Unfortunately, this question us easy to answer with hindsight, but not so obvious to the person looking for answers.Having said that, I declare a conflict of interest as one of the mentioned textbook authors. The conflict, however, is modest because I am not aware of anyone making a fortune on crystallography textbooks. I think it is reasonable to delineate the textbook market by what the reader ultimately wants to accomplish. What a structural biologist should know, versus what is expert knowledge, has been a contentious issue for quite some years. A lot of people have thought hard about this, and the education committees of the American Crystallographic Association (ACA) and USNC/Cr organized a crystallography education summit, whose outcome is the consensus policy statement on crystallography education and training available from here: http://www.ruppweb.org/garland/study_group.htm I privately think that as a first contact for the user of structure models, the Rhodes book is a great start. If you are a tad more interested in how it works, Jenny Glusker's old text in its revised form is still one of my favorites, and the Blow book as well Alex's compilation are quite useful. Drenth helps once you are already engaged in the business, and have some idea what it is about. The IUCr compilation is an extremely useful hard core resource if you are interested in the nuz and bolz of crystallography in general. Not to forget the excellent multi-author volumes of Methods of Enzymology as an in-depth resource. Having said that, the reason why I decided to add another tome (BMC) to the already prolific writings in protein crystallography is that I felt that none of the above provided a consistent and modern picture of crystallography in the probabilistic framework it actually operates in. This is - in a crystallographic time frame - ancient history; a first resource being the 1952 work of Crick and Blow, and it continues via French and Wilson to Bricogne and on. So, as a concluding statement, I think there is more to biomolecular crystallography that just nuz and bolz, and it touches many very fundamental challenges and uncertainties, ultimately forcing my emphasis on probabilistic approaches and the resulting digressions in the subversive sidebars. Consequentially, if you like the Schaum series and Kaplan SAT rest prep books, don't waste your money on my book. Instead, get one of the (nearly as expensive by weight and volume) monographs mentioned above, they are in fact good and will lead you in the right direction. If you like Neal Stevenson, Rev. Bayes, and a touch of randomness, and you understand that the probability of receiving the Nobel Price approaches practically zero once you have been infected by the spirit of BMC, go for it ;-) BR -----Original Message----- From: CCP4 bulletin board [mailto:[email protected]] On Behalf Of Robert Sweet Sent: Thursday, July 08, 2010 1:26 PM To: [email protected] Subject: Re: [ccp4bb] Beginning crystallography text I like David Blow's book for beginners -- one can get the gist of things without having much math: http://www.abebooks.com/servlet/SearchResults?an=blow&sts=t&tn=crystallograp hy&x=35&y=6 Bernhard Rupp's book, mentioned earlier, is the current gold standard, in my view. Bob On Thu, 8 Jul 2010, Prince, D Bryan wrote: -- ================================ C. Nicklaus Steussy, M.D., Ph.D. Purdue University [email protected] ================================ |
- [ccp4bb] Beginning crystallography text Peter Hsu
- Re: [ccp4bb] Beginning crystallography text Thomas Juettemann
- Re: [ccp4bb] Beginning crystallography text Patrick Loll
- [ccp4bb] RES: [ccp4bb] Beginning crystallography te... Júlio César
- Re: [ccp4bb] Beginning crystallography text Prince, D Bryan
- Re: [ccp4bb] Beginning crystallography text Robert Sweet
- Re: [ccp4bb] Beginning crystallography text Bernhard Rupp
- Re: [ccp4bb] Beginning crystallography ... Nic Steussy
- Re: [ccp4bb] Beginning crystallography text John R Helliwell
- Re: [ccp4bb] Beginning crystallography text Vineet Gaur
- Re: [ccp4bb] Beginning crystallography text Simon Kolstoe
- Re: [ccp4bb] Beginning crystallography ... Simon Kolstoe
- Re: [ccp4bb] Beginning crystallography text Ho Leung Ng
