Dear Phil, I completely agree with you, your words seem to me the best "philosophical" outcome of the discussion and indicate the right perspective to tackle this topic. In particular you write "In the end, the important question as ever is "does the experimental data support the conclusions drawn from it?" and that will depend on local information about particular atoms and groups, not on global indicators". Exactly, in my case, all the discussion of the structures was absolutely "independent" from having 1.9, 2.0 or 2.1 A nominal resolution, or to cut at 1.5 or 2.0 or 3.0 I/sigma. This makes the unjustified (as this two-day discussion has clearly pointed out) "technical" critics of the reviewer even more upsetting. Ciao, Roberto
- Re: [ccp4bb] I/sigmaI of >3.0 rule Marjolein Thunnissen
- Re: [ccp4bb] I/sigmaI of >3.0 rule James Holton
- Re: [ccp4bb] I/sigmaI of >3.0 rule Ronald E Stenkamp
- Re: [ccp4bb] I/sigmaI of >3.0 rule James Holton
- Re: [ccp4bb] I/sigmaI of >3.0 rul... George M. Sheldrick
- Re: [ccp4bb] I/sigmaI of >3.0 rule Simon Phillips
- Re: [ccp4bb] I/sigmaI of >3.0 rule Van Den Berg, Bert
- Re: [ccp4bb] I/sigmaI of >3.0 rule Roberto Battistutta
- Re: [ccp4bb] I/sigmaI of >3.0 rule Jacob Keller
- Re: [ccp4bb] I/sigmaI of >3.0 rule Maksymilian Chruszcz
- Re: [ccp4bb] I/sigmaI of >3.0 rule Roberto Battistutta
- [ccp4bb] Post Doc position in Molecular biology Preben Morth
- Re: [ccp4bb] I/sigmaI of >3.0 rule James Holton
- Re: [ccp4bb] I/sigmaI of >3.0 rule Graeme Winter
- Re: [ccp4bb] I/sigmaI of >3.0 rule George M. Sheldrick
- Re: [ccp4bb] I/sigmaI of >3.0 rule George M. Sheldrick
- Re: [ccp4bb] I/sigmaI of >3.0 rule Phil Evans
