A standard orientation is anything you want it to be and is usually
defined in the context of orthogonal axes. It is simply a reference
point from which you apply the results of your search. We usually
use one or more of the orthogonal axes as a starting point for easier
visualization.
I second Chris's suggestions. These have worked well for me in the
past. You only need a very thin layer of the grease (i.e. keep
wiping until its almost completely gone) and it usually has no affect
on the crystallization.
Jeff
On Jan 27, 2009, at 3:51 PM, Christopher Colbert wrote:
We also use OSX almost exclusively for our virus crystallography
projects, for the same reasons given by Bill and Anastassis. Every
now and then we have to spend time re-compiling some programs with
larger parameters or up to 64-bit, so don't want the added hassle of
tinkering with the har
The Mac Pro I've been using is the standard 4-core 2.67 GHz model
with 2 Gb of RAM and the X1900 video card. I've used it for many
different tasks, including rendering movies of virus capsid expansion
in Chimera, using a multi-threaded and multi-core enabled version of
CNS compiled by Dave
Hi Bill,
This sounds very unusual. We have 3rd party RAM in almost all of our
Macs, and I've never had a repair request denied by AppleCare. This
is an allowed DIY (do it yourself) installation in most if not all
their recent machines. It's common knowledge now that hard drives
fail al
