Thank you everyone for your contributions that help me understand more.
Let me try to rephrase my initial post:
Say that I have diffraction up to 6A resolution, I would say that my
crystal is decently ordered (see the glass half full), enough for
observing repeating units that do not fluctuate
Dear Vincent,
you might be interested in
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5314880/.
Best,
Oliviero
On 28.11.2017 15:44, vincent Chaptal wrote:
Hi,
I've been searching but can't find what I am looking for so I thought
I ask specialists.
I am curious about the link between reso
Dear Vincent,
The resolution limit of reflections is a consequence of the closest
distances in the structure that are consistent repeating units in the
crystal lattice. This is not automatically linked to any particular
features of a structure per se. In addition, while some of the structural
fi
Order is like the curate's egg good in part!
To reach 1A say PARTS of your crystal must be very stable, biut it can
stillbe rather
On 28 November 2017 at 15:21, Matthew Merski wrote:
> Hi Alexandre,
>
> I was curious if I could also get a copy of the illustrations if it wont
> be too much troub
Order is like the curate's egg good in part!
To reach 1A say PARTS of your crystal must be very stable, biut it can
stillbe rather "sloppy" around the solvent boundary!
Eleanor
On 28 November 2017 at 15:21, Matthew Merski wrote:
> Hi Alexandre,
>
> I was curious if I could also get a copy of th
Hi Alexandre,
I was curious if I could also get a copy of the illustrations if it wont be
too much trouble? I was more curious about 0.0 - 4.0 Ang region if that
saves you some effort.
Thank you for this.
Matthew Merski
On Tue, Nov 28, 2017 at 4:12 PM, Alexandre Ourjoumtsev <
alexander.ourjoum
Dear Vincent,
first, certainly, you can continue to a higher resolutions distinguishing
further details :
3.3 A - nucleic acid pairs
1.2 A - atomic details
0.9 A - deformation density
(by the way, there was a relevant work, I think, by E.Blanc and G.Bricogne
beginning of 2000, about
Hi,
I've been searching but can't find what I am looking for so I thought I
ask specialists.
I am curious about the link between resolution limits of reflections on
the detector, and what features are ordered in real space.
I saw the great movie by James Holton on resolution and features in t
