2009/3/23 Sébastien Morin <sebastien.morin.1@xxxxxxxxx>:
Hi Ed,
The poster looks great ! The design is very attractive and the color blend
is also very nice !
Thanks. The butterfly and title should hopefully get people's
attention. And the pictures of diffusion tensors, etc. is a great
idea that should help.
Here are a few typos I found:
1. Sub-section "Interfacing with other programs"
effectively using these ARE replacement optimisation engines
-> effectively using these AS replacement optimisation engines
2. Section "The power of open source"
all RESOURSES
-> all RESOURCES
will be easily ACCESSABLE
-> will be easily ACCESSIBLE
3, Sub-section "Relaxation data consistency"
the consistency of experimentally measured relaxation data
-> the consistency of MULTIPLE-FIELD experimentally measured relaxation
data
Thanks for picking these up. It was a rough draft so I hadn't checked
for this yet. I think I've used the word 'accessible' too much there
actually.
Concerning a potential figure to add for the consistency sub-section, I
could propose one from the supplementary material of the paper you
referenced (Morin & Gagné, Biophys J, 2009 ; which should be out soon,
hopefully). Please find the eps figure as well as the grace file:
http://maple.rsvs.ulaval.ca/users/semor/tmp/consistency__J0_semor.eps
http://maple.rsvs.ulaval.ca/users/semor/tmp/consistency__J0_semor.agr
Right, I'll try to fit this in. Cheers.
Moreover, I would propose maybe adding a figure for the diffusion tensor
representation in the "Data visualisation" sub-section. I could propose
another figure from the supplementary material of Morin & Gagné (Biophys J,
2009) which shows the diffusion tensor and the distribution of the N-H
vectors along the three principal axes of diffusion for PSE-4
beta-lactamase:
http://maple.rsvs.ulaval.ca/users/semor/tmp/PSE-4_tensor_xh.odg
http://maple.rsvs.ulaval.ca/users/semor/tmp/PSE-4_tensor_xh.eps
This figure is quite big, but a part of it could show how attractive and
useful the diffusion tensor representation is !
This is also very useful to show capabilities. How did you remove the
equatorial lines in the diffusion tensors?