[ccp4bb] PhD position available in biochemistry and crystallography in Grenoble (France)

2024-06-25 Thread David FLOT

Dear all,

A PhD position is available in the frame of a collaboration (IRGA) 
between University Grenoble Alpes (UGA) and the ESRF. The project will 
combine protein chemistry and structural studies to develop “green” 
catalysts for protons and CO2 reductions into energy-dense organic 
chemicals, crucial to store renewable intermittent energies (e.g. solar 
energy) in chemical energy or products of high added value for chemical 
industry.


Information and application are available here :

https://adum.fr/as/ed/voirproposition.pl?langue=&site=edcsv&matricule_prop=57574#version 
<https://adum.fr/as/ed/voirproposition.pl?langue=&site=edcsv&matricule_prop=57574#version>


(please click on the British flag to get the english version).

Dead line : 1st of July 2024

Contacts : Christoph Mueller-Dieckmann 
(christoph.mueller_dieckm...@esrf.fr), Mohammed Atta 
(mohamed.a...@cea.fr) and Philippe Carpentier (philippe.carpent...@esrf.fr)


Sincerely,

David Flot.


--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail : david.f...@esrf.fr http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France



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[ccp4bb] Fwd: Sixth ESRF-INSTRUCT workshop on sample preparation for cryo-EM, May 28-30, 2024

2024-04-02 Thread David FLOT


-
Dear all,

Quick reminder that the last date to register for the ESRF-INSTRUCT 
hands-on workshop on sample preparation for cryo-EM is approaching (7th 
April).


The registration link is below.

https://survey.esrf.fr/index.php/849989?newtest=Y&lang=en

and the workshop webpage is

https://www.esrf.fr/home/events/conferences/content/area-events/esrf-events-list/instruct-cryo-em-workshop-1.html

Best regards,

Isai




 Forwarded Message 
Subject: 	[ccpem] Sixth ESRF-INSTRUCT workshop on sample preparation 
for cryo-EM, May 28-30, 2024

Date:   Fri, 15 Mar 2024 08:33:49 +0100
From:   Eaazhisai KANDIAH 
Reply-To:   Eaazhisai KANDIAH 
Organization:   ESRF
To: cc...@jiscmail.ac.uk



Dear colleague,

We are pleased to announce the sixth practical hands-on workshop on 
sample preparation for cryo-EM single particle data collection, 
jointly organized by the ESRF, EMBL Grenoble, and the IBS, continuing 
a series started in 2018. This 2.5 day workshop is aimed at PhDs, 
Postdocs and young scientists new to the field of single particle 
cryo-EM and will be held at the European Photon Neutron campus, 
Grenoble, France from M*ay 28^th to 30^th , 2024*. The course offers 
theoretical and practical aspects of sample preparation for single 
particle cryo-EM including prior quality control by negative staining. 
The participants will also learn the basics of grid screening and 
evaluation.


There is *no registration fee* and meals and accommodation during the 
workshop will be provided free of charge. However, participants should 
arrange and pay for their own travel to/from Grenoble. A maximum of 16 
participants will be selected and we will accept participants’ samples 
to be tested during the workshop, if the samples deemed suitable. In 
the case that you plan to bring your own sample, please clearly 
mention this in your cover letter, also indicating the importance of 
the project.


Application for the workshop is open 
 and the 
*deadline for application is April 7**^th **, 2024*. Successful 
candidates will be informed during the first week after the deadline. 
For more information, please consultINSTRUCT CRYO-EM WORKSHOP 
(esrf.fr) 
. 
For any inquiries, please write to cryo-em202...@esrf.fr


This is an in-person workshop and is co-funded by INSTRUCT (IBS).

Best wishes,

Isai (on behalf of the organising committee)

--

*Dr. Eaazhisai Kandiah*

CM01 beamline

https://www.esrf.fr/CM01

71 Avenue des Martyrs, 38000 Grenoble
Telephone: +33 476 882691
Email: eaazhisai.kand...@esrf.fr 




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[ccp4bb] cryo-electron tomography experiments at the ESRF CM01 cryo-EM facility

2023-06-08 Thread David FLOT

Dear Colleagues,

the ESRF, Grenoble is opening a new cryo EM service to include 
cryo-electron tomography experiments at its cryo-EM facility, CM01.


In CM01, both cellular and macromolecular cryo-electron tomography will 
be performed for users’ samples. Applications can be made through the 
ESRF User Portal (SMIS) <https://smis.esrf.fr>. The type of proposal is 
a structural biology rolling-access application 
<https://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXRollingCryoEM#>, 
which can be submitted at any time during the year. For accepted 
proposals from ESRF member and associate countries 
<https://www.esrf.fr/about/organisation/members-and-associates>, 48hours 
of beam time is allotted and travel expenses will be reimbursed for a 
maximum of two visitors per experiment or one dewar and one visitor. The 
microscope time is free for non-member nations, but users are 
responsible for their own shipping and travel costs.


For cellular cryo-ET, currently only BSL1 samples under French 
Regulations and inactivated BSL2 samples are accepted.


For more details on this service and sample requirements for proposal 
acceptance, please see 
(https://www.esrf.fr/home/UsersAndScience/Experiments/MX/About_our_beamlines/CM01/cryo-electron-tomography.html).


Sincerely,

Isai

*Dr. Eaazhisai Kandiah*

CM01 beamline

https://www.esrf.fr/CM01

71 Avenue des Martyrs, 38000 Grenoble
Telephone: +33 476 882691
Email: eaazhisai.kand...@esrf.fr <mailto:eaazhisai.kand...@esrf.fr>

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail :david.f...@esrf.fr  http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France



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[ccp4bb] Job opening for a post-doctoral research fellow in the cryo-EM facility of the European Synchrotron, ESRF, France

2023-03-03 Thread David FLOT







 Forwarded Message 
Subject: 	Job opening for a post-doctoral research fellow in the cryo-EM 
facility of the European Synchrotron, ESRF, France

Date:   Fri, 3 Mar 2023 09:28:36 +0100
From:   Eaazhisai KANDIAH 
Organization:   ESRF
To: cc...@jiscmail.ac.uk



Dear Colleagues,

I'd like to draw your attention to a job opening for a *post-doctoral 
research fellow in the cryo-EM facility of the European Synchrotron, 
ESRF, France*


CM01 is the ESRF’s cryo-EM facility dedicated to performing 
high-resolution imaging of biological macromolecules, particularly for 
the structural analysis of large, difficult to crystallize, 
protein-protein or protein-nucleic acid complexes. CM01 has been 
designed to complement, and create synergy with, the existing ESRF 
macromolecular crystallography and BioSAXS beamlines and it is operated 
as a joint effort from the four institutes (ESRF, EMBL, IBS and ILL) 
located on the EPN campus. CM01 is equipped with a Krios G3 microscope 
and state-of-the-art K3 direct electron detector and a GATAN LS Quantum 
energy filter. CM01 offers single particle analysis (SPA) to users 
worldwide, and in the near future cryo-electron tomography (cryo-ET) as 
well. For more details on CM01, click here .


The postdoctoral position available will focus on the method development 
in areas important for CM01 notably in SPA data analysis and cryo-ET. As 
for all postdoctoral researchers in the Structural Biology Group, the 
successful candidate will contribute to the operation of CM01 and will 
provide support to external users as local contact. Furthermore, the 
selected candidate will also participate in a research program aimed at 
the structural characterization of the non-structural proteins of 
coronavirus and in particular of SARS-CoV2. The research project focuses 
on the molecular mechanisms of three non-structural proteins in viral 
replication by employing an integrative structural biology approach, 
including cryo-ET and SPA.


For direct inquiries, please contact Eaazhisai Kandiah 
(eaazhisai.kand...@esrf.fr).


*Expected profile*

 * PhD in biophysics, biology or closely related science obtained less
   than 3 years ago
 * A strong background in cryo-EM
 * A strong interest in method development for cryo-EM
 * Background in structural biology and protein production is desirable
 * Knowledge of membrane proteins is an asset
 * Ability to interact with multi-disciplinary staff and facility users
 * Proficiency in English (working language at the ESRF)

More information on the working conditions and the *application portal* 
are found here .


Kindly please forward this email to relevant colleagues who might be 
interested. Thanks very much!


Best wishes

Isai

--

*Dr. Eaazhisai Kandiah*

CM01 beamline

https://www.esrf.fr/CM01

71 Avenue des Martyrs, 38000 Grenoble
Telephone: +33 476 882691
Email: eaazhisai.kand...@esrf.fr 



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[ccp4bb] 5th ESRF-INSTRUCT workshop on sample preparation for cryo-EM, May 23-24-25, 2023

2023-02-24 Thread David FLOT

Dear colleague,


We are pleased to announce our 2.5-day practical workshop on sample 
preparation for cryo-EM single particle
data collection jointly organised by the ESRF, IBS, EMBL Grenoble and 
ILL. This is the fifth of a series of practical
hands-on workshops started in 2018. This workshop is aimed at PhDs, 
PostDocs and young scientists new to the
field of single particle cryo-EM and will be held at the European Photon 
Neutron campus, Grenoble, France from *
May 23^rd to 25**^th **2023*. During the course, participants will learn 
theoretical and practical aspects of sample
preparation for single particle cryo-EM including prior quality control 
by negative staining. The participants will

also learn on quality assessment of the grids prepared by them.

There is *no registration fee* and meals and accommodation during the 
workshop will be provided free of charge.
However, participants should arrange and pay for their own travel 
to/from Grenoble. A maximum of 12 participants
will be selected and we will accept a limited number of participants’ 
samples to be tested during the workshop. In
case that you plan to bring your own sample, please clearly mention this 
in your cover letter, also indicating the

importance of the project.


Application for the workshop is open 
<https://survey.esrf.fr/index.php/849989?newtest=Y&lang=en>and the 
*deadline for application is March 26**^th **, 2023*. Successful candidates
will be informed during the first week after the deadline. For more 
information, please consult

<https://www.esrf.fr/cryo-em1-2022>https://www.esrf.fr/home/events/conferences/2023/instruct-cryo-em-workshop.html

This is an in-person workshop and is funded by INSTRUCT (IBS).

Best regards,

Isai (on behalf of the organizing committee)

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail :david.f...@esrf.fr  http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France



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[ccp4bb] Reminder: INSTRUCT-ESRF workshop on sample preparation for cryo-EM, May 23-25, 2022

2022-03-02 Thread David FLOT

Dear all,

This is a kind reminder to apply to our INSTRUCT-ESRF workshop on the 
cryo-EM sample preparation.  The deadline is approaching soon. For 
details, please see the message below.


Best
Isai


We are pleased to announce our 2.5-day practical workshop on sample 
preparation for single particle cryo-EM from *May**23^rd to 25^th2022*. 
This is the fourth of a series of practical hands-on workshops and is 
aimed at PhDs, PostDocs and scientists new to the field of single 
particle cryo-EM. During the course, participants will learn theoretical 
and practical aspects of sample preparation for single particle cryo-EM 
including prior quality control by negative staining.


There is*no registration fee*and meals and accommodation during the 
workshop will be provided free of charge. However, participants are 
expected to arrange and pay for their own travel to/from Grenoble. A 
maximum of 12 participants will be selected and we will accept a limited 
number of participants’ samples to be tested during the workshop.


Application for the workshop isopen 
<https://www.esrf.fr/cryo-em1-2022>and the*deadline for application 
is March 20^th , 2022*. Successful candidates will be informed during 
the first week after the deadline. For more information, please 
consulthttps://www.esrf.fr/cryo-em1-2022


This is currently planned as an in-person workshop and is co-funded by 
INSTRUCT (IBS).


Best regards,
Isai (on behalf of the organizing committee)

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail :david.f...@esrf.fr  http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France



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[ccp4bb] Open position : BioSAXS Beamline Scientist - BM29 ESRF in Grenoble, France

2021-09-21 Thread David FLOT

Hello,

We have an exciting opportunity to join the ESRF Structural Biology 
group as a scientist on the small angle scattering beamline BM29. The 
ESRF is located on the EPN campus together with the ILL (neutrons for 
science), the EMBL and the French structural biology institute (IBS) 
offering numerous possibilities.


Full details are here: https://esrf.gestmax.eu/1547/1/bm29-scientist/en_US

Sincerely,

David Flot.

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail : david.f...@esrf.fr http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France



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[ccp4bb] Cryo-EM sample preparation workshop at the ESRF / 9th to 11th of June 2020

2020-02-18 Thread David FLOT

Dear All,

We are pleased to announce our 2.5-day practical workshop on sample 
preparation for single particle cryo-EM from *June**9^th to 11^th2020*. 
This is the fourth of a series of practical hands-on workshops and is 
aimed at PhDs, PostDocs and scientists new to the field of single 
particle cryo-EM. During the course, participants will learn theoretical 
and practical aspects of sample preparation for single particle cryo-EM 
including prior quality control by negative staining.


There is*no registration fee*and meals and accommodation during the 
workshop will be provided free of charge. However, participants are 
expected to arrange and pay for their own travel to/from Grenoble. A 
maximum of 12 participants will be selected and we will accept a limited 
number of participants’ samples to be tested during the workshop. In the 
case that you plan to bring your own sample(s), please clearly mention 
this in your cover letter, also indicating the importance of the project.


Application for the workshop isopen 
<http://www.esrf.fr/home/events/conferences/2020/cryo-em-workshop/application-form.html>and 
the*deadline for application is March 29^th , 2020*. Successful 
candidates will be informed during the first week after the deadline. 
For more information, please consult http://www.esrf.fr/cryo-em1-2020


Best regards,

David FLOT.

(On behalf of the organizers)


--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail : david.f...@esrf.fr http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France




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[ccp4bb] Cryo-EM sample preparation workshop at the ESRF / 5th to 7th of November 2019 (last week before closure of registration)

2019-09-24 Thread David FLOT

Dear All,

We are pleased to announce a 2.5 day practical winter workshop on sample 
preparation and negative staining for cryo-EM single particle data 
collection jointly organised by the ESRF, IBS, ILL and the EMBL 
Grenoble. This is the third of a series of practical hands-on workshops 
started in 2018. This workshop is aimed at PhDs, PostDocs and scientists 
new to the field of single particle cryo-EM and will be held at the 
European Synchrotron, EMBL Grenoble and the Institut de Biologie 
Structurale (IBS) in Grenoble, France from *November 5^th to 7^th , 
2019*. During the course, participants will learn theoretical and 
practical aspects of sample preparation for single particle cryo-EM 
including prior quality control by negative staining.


There is *no registration fee* and meals and accommodation during the 
workshop will be provided free of charge. However, participants are 
expected to arrange and pay for their own travel to/from Grenoble. A 
maximum of 12 participants will be selected and we will accept a number 
of participants’ samples to be tested during the workshop. In the case 
that you plan to bring your own sample, please clearly mention this in 
your cover letter, also indicating the importance of the project.


Application for the workshop is open using the link 
http://www.esrf.fr/events/conferences/ and the deadline is *September 
29, 2019*. Successful candidates will be informed during the first week 
after the deadline.


Best regards,

David Flot.

(On behalf of the organizers)

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail :david.f...@esrf.fr  http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France




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[ccp4bb] Cryo-EM sample preparation workshop at the ESRF / 5th to 7th of November 2019

2019-09-04 Thread David FLOT

Dear All,

We are pleased to announce a 2.5 day practical winter workshop on sample 
preparation and negative staining for cryo-EM single particle data 
collection jointly organised by the ESRF, IBS, ILL and the EMBL 
Grenoble. This is the third of a series of practical hands-on workshops 
started in 2018. This workshop is aimed at PhDs, PostDocs and scientists 
new to the field of single particle cryo-EM and will be held at the 
European Synchrotron, EMBL Grenoble and the Institut de Biologie 
Structurale (IBS) in Grenoble, France from *November 5^th to 7^th , 
2019*. During the course, participants will learn theoretical and 
practical aspects of sample preparation for single particle cryo-EM 
including prior quality control by negative staining.


There is *no registration fee* and meals and accommodation during the 
workshop will be provided free of charge. However, participants are 
expected to arrange and pay for their own travel to/from Grenoble. A 
maximum of 12 participants will be selected and we will accept a number 
of participants’ samples to be tested during the workshop. In the case 
that you plan to bring your own sample, please clearly mention this in 
your cover letter, also indicating the importance of the project.


Application for the workshop is open using the link 
http://www.esrf.fr/events/conferences/ and the deadline is *September 
29, 2019*. Successful candidates will be informed during the first week 
after the deadline.


Best regards,

David Flot.

(On behalf of the organizers)

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail : david.f...@esrf.fr http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France




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[ccp4bb] Symposium "Macromolecules in Action” 4-5. July 2019, Grenoble

2019-03-05 Thread David FLOT

(on behalf of the organisers)


Dear colleagues,


This is to invite you to the Symposium “Macromolecules in Action” 
organised by the Partnership for Structural Biology (PSB) in Grenoble, 
France, on 4-5 July 2019.


This meeting aims to illustrate how big biological questions can be 
resolved in structural biology through the application of 
interdisciplinary approaches, enhancing our understanding of the dynamic 
behaviour of macromolecular complexes in the cell.


There will be the possibility to present your own research in a poster 
session; selected abstracts will be given the opportunity to present a 
short talk.


Check out the fantastic programme: www.esrf.fr/psbsymposium 
<http://www.esrf.fr/psbsymposium>


Registration starts 15 January 2019, registration ends 30 May 2019, 
abstract submission deadline 30 April  2019.


The PSB is pleased to announce the open call for nominations to the PSB 
Young Investigator Award, which will be attributed during the symposium. 
More information on: www.esrf.fr/psbsymposium 
<http://www.esrf.fr/psbsymposium>


Best wishes,
The organisation committee

--
Eaazhisai KANDIAH
ESRF Cryo-EM beamline Scientist

Address: ESRF
71 Avenue des Martyrs, 38000 Grenoble

Telephone: +33 476 882691
Email:eaazhisai.kand...@esrf.fr

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail : david.f...@esrf.fr http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France




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[ccp4bb] ESRF workshop on sample preparation for Cryo-EM, May 21-23, 2019

2019-01-31 Thread David FLOT

Dear All,

We are pleased to announce a 2.5 day practical workshop on sample 
preparation for cryo-EM single particle data collection jointly 
organised by the ESRF, IBS and the EMBL Grenoble. This is the second of 
a series of practical hands-on workshops started in 2018. This workshop 
is aimed at PhDs, PostDocs and young scientists new to the field of 
single particle cryo-EM and will be held at the European Synchrotron and 
the Institut de Biologie Structurale (IBS) in Grenoble, France from *May 
21^st to 23^rd , 2019*. During the course, participants will learn 
theoretical and practical aspects of sample preparation for single 
particle cryo-EM including prior quality control by negative staining.


There is *no registration fee* and meals and accommodation during the 
workshop will be provided free of charge. However, participants should 
arrange and pay for their own travel to/from Grenoble. A maximum of 12 
participants will be selected and we will accept a limited number of 
participants’ samples to be tested during the workshop. In the case that 
you plan to bring your own sample, please clearly mention this in your 
cover letter, also indicating the importance of the project.


Application for the workshop will be open from today, January 31^st , 
2019 using the link http://www.esrf.fr/events/conferences/ and the 
deadline for application is *March 10^th , 2019*. Successful candidates 
will be informed during the first week after the deadline.


Best regards,

Isai

(on behalf of the organizers)

--
Eaazhisai KANDIAH
ESRF Cryo-EM beamline Scientist

Address: ESRF
71 Avenue des Martyrs, 38000 Grenoble

Telephone: +33 476 882691
Email:eaazhisai.kand...@esrf.fr

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail : david.f...@esrf.fr http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France




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https://www.jiscmail.ac.uk/cgi-bin/webadmin?SUBED1=CCP4BB&A=1


[ccp4bb] ESRF workshop on sample preparation for Cryo-EM

2018-07-24 Thread David FLOT

(on behalf of the organisers)

Dear All,

We are pleased to announce a 2 day practical workshop on sample
preparation for cryo-EM single particle data collection jointly
organised by the ESRF, EMBL Grenoble and the IBS. This is the first of a
series of practical hand-on workshops to come in the future. This
workshop is aimed at PhDs, Postdocs and young scientists new to the
field of single particle cryo-EM and will be held at the European
Synchrotron in Grenoble, France from September 18th to 19th 2018. During
the course, participants will learn theoretical and practical aspects of
sample preparation for single particle cryo-EM.

There is no registration fee and meals and accommodation during the
workshop will be provided free of charge. However, participants should
arrange and pay for their own travel to/from Grenoble. A maximum of 12
participants will be selected and we will accept a limited number of
participants’ samples to be tested during the workshop. In the case
that you plan to bring your own sample(s), please clearly mention this
in your cover letter, also indicating the importance of the project.
Application for the workshop should be supported by a motivation letter
and a CV. Registration is open and can be done using the link
http://www.esrf.fr/home/events/conferences/area-events/esrf-events-list/cryo-em-workshop.html. 


The deadline for application is August 31st. Successful candidates will
be informed during the first week of September.

Best regards,
Workshop organisers

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
e-mail : david.f...@esrf.fr http://www.esrf.eu
Room: 30.1.13

Physical addressPostal address
ESRF-The European Synchrotron   ESRF-The European Synchrotron
71, Avenue des Martyrs  CS40220
Grenoble, France38043 Grenoble Cedex 9
France



To unsubscribe from the CCP4BB list, click the following link:
https://www.jiscmail.ac.uk/cgi-bin/webadmin?SUBED1=CCP4BB&A=1


[ccp4bb] HERCULES 2018-Neutron & Synchrotron European School for Physics, Chemistry & Biology - [updated deadline: 25 October 2017]

2017-10-20 Thread David Flot





 Forwarded Message 
Subject: 	HERCULES 2018-Neutron & Synchrotron European School for 
Physics, Chemistry & Biology - [updated deadline: 25 October 2017]

Date:   Thu, 12 Oct 2017 12:25:49 +0200
From:   Vincent Favre-Nicolin 
Reply-To:   HERCULES SCHOOL 
To: 	hercules-...@listes.grenoble.cnrs.fr 





*HERCULES 2018**- European School*
/28 Years of Neutron & Synchrotron Radiation Science/

*2018 **session**:**/   25 February-30 March, 2018/*
/*UPDATED DEADLINE FOR APPLICATION: 25 October 2017*/

    HERCULES is a European course for PhD students and young 
researchers using *Neutrons* and *Synchrotron Radiation* for 
applications in *Biology*, *Chemistry*, *Physics*, *Hard & Soft 
Condensed Matter*.


    The 1-month school includes *lectures* (60%), *hands-on practicals* 
and *tutorials* at partner institutes (*Elettra* and *FERMI* in Trieste, 
Italy, *ESRF*, *ILL* in Grenoble, *Soleil* and *LLB* in Paris-Saclay, 
*PSI* in Villigen, Switzerland) and Grenoble Laboratories (CEA, CNRS, 
EMBL, IBS). (*)
(*)  also, participation of DESY and the European XFEL to be confirmed 
for 2018 due to scheduled down-time.


    The school  includes a common part and two parallel sessions:
- /*Biomolecular, soft condensed matter structure & dynamics*/
- /*Physics and chemistry of condensed matter*/
*

/    Why join Hercules//?
/*- to *learn new techniques using neutron and synchrotron radiation*
- to expand your *theoretical *and*practical *knowledge, /not only for 
your present research but for your scientific career/

- to *experiment these techniques* on world-class instruments & beamlines
- to build a network of relations with fellow young researchers and 
experienced teachers from all around the World


/*Bursaries/reduced costs*/
- A limited number of bursaries will be available either to reduce 
registration fees or cover travel costs.


***/More information/**:* (see programme overview below)

 * Hercules website: http://hercules-school.eu/
 * Full list of lectures: http://hercules-school.eu/24-session-program.htm
 * Download the full 2017 Booklet (lectures, practicals..)
   




Contact email: hercu...@hercules-school.eu 





   Programme


   Common Lectures://
   


 * Interaction of X-rays and neutrons with matter (absorption, elastic
   and inelastic interactions, ...)
 * Sources (neutron, synchrotron, XFEL)
 * Detectors
 * Optics &instrumentation
 * Diffraction (single crystal, powder..)
 * Scattering (elastic, inelastic..)
 * Spectroscopy
 * Imaging (Absorption, coherent,..)

*Session: Applications to Biomolecular, Soft Condensed matter  Structure 
and Dynamics*


 * Protein structure and dynamics
 * Studies in solutions
 * Partially ordered systems
 * Membranes, fibres and muscles
 * Crystallography of large structures (viruses,...)
 * Structural genomics
 * Biomedical applications (imaging, therapy)
 * Time-resolved and ultra-fast X-ray science
 * Biology with 4th generation sources
 * ...

*Session: Applications to Physics and Chemistry of Condensed Matter*

 * Neutron and X-ray (and UV and IR) spectroscopies
 * X-ray reflectivity and diffraction of nano systems
 * Single crystal and powder diffraction
 * Coherent imaging and tomography
 * Neutron and X-ray magnetic scattering
 * Polarized X-rays and neutrons
 * FEL and ultra fast X-ray science
 * ...



To no longer receive information about HERCULES, use the following link:
https://listes.grenoble.cnrs.fr/sympa/auto_signoff/hercules-has/re...@esrf.fr

--
Vincent Favre-Nicolin

Co-editor, J. Synchrotron Radiationhttp://journals.iucr.org/s/

Director, HERCULES schoolhttp://hercules-school.eu

ESRF-The EuropeanSynchrotronhttp://www.esrf.eu
71, Avenue des Martyrs
Grenoble, France

X-Ray NanoProbe (XNP) group

Tel: +33 4 76 88 28 11

On leave from Univ. Grenoble Alpes



Re: [ccp4bb] SAXS facility and Cryo EM facility

2014-06-13 Thread David Flot

Dear Ruby,

They are a dedicated beam line for Biological Sample at the ESRF (BM29); 
informations are here:


http://www.esrf.eu/UsersAndScience/Experiments/MX/About_our_beamlines/BM29

and scheme to apply is here:

http://www.esrf.eu/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 



Sincerely,

David.

On 12/06/2014 18:42, Ruby Sharma wrote:



Hello folks can u please help me by telling that where can i avail 
SAXS facility??

and Cryo EM too??



Regards

Ruby




--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail : david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu


[ccp4bb] HERCULES HSC16: Non-atomic resolution scattering for biology "New deadline: 15th June"

2014-06-03 Thread David Flot

Dear all,

A HERCULES special course on non-crystallographic X-ray and neutron 
scattering techniques for structural biology is organised by the ESRF, 
ILL and EMBL-Grenoble from the 14th to the 19th of September.


New dead line for registration: 15th of June.

Objective of the course: This HERCULES Specialized Course will address 
non-crystallographic X-ray and neutron scattering techniques for 
structural biology and soft matter with a focus on small angle 
scattering, reflectometry and fibre diffraction. An introduction to the 
theory as well as recent state-of-the-art examples from a multitude of 
systems (proteins, polymers, membranes, fibres, colloids etc.) will be 
presented as well as recent developments in sample environment and data 
analysis. Furthermore, two practical days on two ILL instruments (D17 
and D33) and two ESRF beamlines (BM02 and BM29) will be proposed. The 
course is aimed at PhD students, postdocs and scientists in the field of 
physics, chemistry and biology who want to learn more on the theoretical 
background, practical aspects and applications of these techniques.


More details are available on: 
http://www.esrf.fr/home/events/conferences/HSC/hsc16.html


Sincerely,

David Flot.

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail :david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] HERCULES HSC16: Non-atomic resolution scattering for biology

2014-05-22 Thread David Flot

Dear all,

A HERCULES special course on non-crystallographic X-ray and neutron 
scattering techniques for structural biology is organised by the ESRF, 
ILL and EMBL-Grenoble from the 14th to the 19th of September.


Dead line for registration: 1st of June.

Objective of the course: This HERCULES Specialized Course will address 
non-crystallographic X-ray and neutron scattering techniques for 
structural biology and soft matter with a focus on small angle 
scattering, reflectometry and fibre diffraction. An introduction to the 
theory as well as recent state-of-the-art examples from a multitude of 
systems (proteins, polymers, membranes, fibres, colloids etc.) will be 
presented as well as recent developments in sample environment and data 
analysis. Furthermore, two practical days on two ILL instruments (D17 
and D33) and two ESRF beamlines (BM02 and BM29) will be proposed. The 
course is aimed at PhD students, postdocs and scientists in the field of 
physics, chemistry and biology who want to learn more on the theoretical 
background, practical aspects and applications of these techniques.


More details are available on: 
http://www.esrf.fr/home/events/conferences/HSC/hsc16.html


Sincerely,

David Flot.

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail :david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



Re: [ccp4bb] Room temperature data collection

2014-02-06 Thread David Flot

Dear Therese,

Yes, it is possible. If you want to collect data without cryo device on 
an ESRF beam line (ID23 or ID29, all equipped with PILATUS now), you 
need to remove 3 screws to remove the cryo device... We have as well 2 
HC1 dehumidifiers which can be used on BM14 (which is equiped with a REX 
nozzle changer from ARINAX), ID23-1, ID23-2 or ID29 on request. Data 
from crystal in capillaries can be collected without major problem too 
if the capillary is not too long (distance between the end of the 
capillary and the bottom of the cap less than ~27 mm) and the distance 
between the crystal and the end of the capillary is short ; for long 
capillaries we have a special setup which will require to realign the 
beam stop.


Sincerely,

David.


On 06/02/2014 10:51, Theresa Hsu wrote:

Dear crystallographers

Just out of curiosity, is it possible to collect datasets from crystals at room 
temperature at synchrotron? Are fast detectors like Pilatus useful for this?

Thank you.

Theresa



--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail : david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] EMBO Practical Course on Biological Small Angle Scattering (X-rays and neutrons) 6-10 May 2013

2013-02-15 Thread David Flot


Dear colleagues

we would like to announce an EMBO Practical Course on Biological Small 
Angle Scattering (X-rays and neutrons)
to be held at EPN Grenoble from May 6th to 10th 2013 (*deadline for 
inscription is March 1st*):

http://events.embo.org/13-SAXS/index.html

Best Regards

On behalf on the organizers
Frank Gabel, Marc Jamin, Anne Martel,
Sean McSweeney, Petra Pernot and Adam Round

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail : david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] REMINDER *CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC*

2012-08-30 Thread David Flot
*CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC*Proposal 
Deadline *4th September 2012*


There will be beam time available at the ESRF for MX data collection 
with a setup that allows online monitoring of UV/VIS absorbance or 
fluorescence spectral changes of the crystal during the X-ray 
diffraction experiment. These complementary techniques will aid in the 
interpretation of X-ray data in the context of reaction intermediate 
state trapping and/or radiation damage monitoring, most particularly in 
the case of redox or photoactive proteins.


Users who are interested in using this beam time (including those who 
are members of BAG Groups) should use the 
following mechanism:_http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 
_and *it must be clearly indicated in the title of the proposal form 
that the online monitoring of spectral changes is necessary for the 
project*.A brief description of the device is given below however users 
are encouraged to consult the web pages for detailed 
information:_http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide_The 
device is also described in: McGeehan, J., Ravelli, R.B., Murray, J.W., 
Owen, R.L., Cipriani, F., McSweeney, S., Weik, M. and Garman, 
E.F. (2009) Colouring cryo-cooled crystals: online 
microspectrophotometry. /J.Synchrotron Radiat./ *16*, 163-172.


As this is not a standard set-up, it might take a significant amount 
of time to train users, align the device, and analyze the data in order 
to derive relevant data collection schemes. *We will therefore schedule 
24 hours for each project*. The *deadline *for this specific application 
is *Tuesday 4th September 2012*.


It is strongly recommended to, beforehand, record an 
absorption (fluorescence) spectrum of the crystal on a home 
microspectrophotometer such as the 4dx one, or at an off-line facility 
such as the ESRF Cryobench, and to provide it in the application form. 
Such a spectrum would greatly help to determine the feasibility of the 
experiment. For optimal experimental conditions, crystals should be 
flash-cooled in minimal amounts of cryosolution, especially when the 
crystals are small. Finally, please note that *the ESRF sample changer 
cannot be operated at the same time as the on-line microspec*. The use 
of a specific laser is possible if the device is compliant with the beam 
line safety system (interlock on device power).


Recent examples of research using the ESRF online microspectrophotometer 
include: de la Mora /et al./ /Acta Cryst. D/ (2012), Ferraroni et al., 
/J. Inorg. Biochem./ (2012), Gumiero /et al./ /J. Biol. Chem./ (2011), 
Hersleth /et al./ /Biochim. Biophys. Acta/(2011), Kiontke /et al./ /EMBO 
J./ (2011), Orru et al., /J. Biol. Chem./(2011), Regis-Faro et al., /J. 
Am. Chem. Soc./(2011)





Dates of beam-time: *4th October - 7th October 2012*
Storage Ring: 7/8 +1 (200mA)
Beamline: ID14-1
Energy: 13.27 keV (not tunable)


Specifications:
UV/VIS-range: 250-1100 nm
Light source: Mikropack DH-2000-BAL (Deuterium/Halogen)
Fluorescence/Actinic excitation wavelength: 405, 440, 473, 532, 561, 671 nm
ODmax for UV-vis absorbance spectra: 2-2.5
Monitoring light size: 0.03 (min) - 0.15mm(max)
Sampling freq (to disk): 10Hz or lower

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail :david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC

2012-08-02 Thread David Flot
*CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC*Proposal 
Deadline *4th September 2012*


There will be beam time available at the ESRF for MX data collection 
with a setup that allows online monitoring of UV/VIS absorbance or 
fluorescence spectral changes of the crystal during the X-ray 
diffraction experiment. These complementary techniques will aid in the 
interpretation of X-ray data in the context of reaction intermediate 
state trapping and/or radiation damage monitoring, most particularly in 
the case of redox or photoactive proteins.


Users who are interested in using this beam time (including those who 
are members of BAG Groups) should use the 
following mechanism:_http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 
_and *it must be clearly indicated in the title of the proposal form 
that the online monitoring of spectral changes is necessary for the 
project*.A brief description of the device is given below however users 
are encouraged to consult the web pages for detailed 
information:_http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide_The 
device is also described in: McGeehan, J., Ravelli, R.B., Murray, J.W., 
Owen, R.L., Cipriani, F., McSweeney, S., Weik, M. and Garman, 
E.F. (2009) Colouring cryo-cooled crystals: online 
microspectrophotometry. /J.Synchrotron Radiat./ *16*, 163-172.


As this is not a standard set-up, it might take a significant amount 
of time to train users, align the device, and analyze the data in order 
to derive relevant data collection schemes. *We will therefore schedule 
24 hours for each project*. The *deadline *for this specific application 
is *Tuesday 4th September 2012*.


It is strongly recommended to, beforehand, record an 
absorption (fluorescence) spectrum of the crystal on a home 
microspectrophotometer such as the 4dx one, or at an off-line facility 
such as the ESRF Cryobench, and to provide it in the application form. 
Such a spectrum would greatly help to determine the feasibility of the 
experiment. For optimal experimental conditions, crystals should be 
flash-cooled in minimal amounts of cryosolution, especially when the 
crystals are small. Finally, please note that *the ESRF sample changer 
cannot be operated at the same time as the on-line microspec*. The use 
of a specific laser is possible if the device is compliant with the beam 
line safety system (interlock on device power).


Recent examples of research using the ESRF online microspectrophotometer 
include: de la Mora /et al./ /Acta Cryst. D/ (2012), Ferraroni et al., 
/J. Inorg. Biochem./ (2012), Gumiero /et al./ /J. Biol. Chem./ (2011), 
Hersleth /et al./ /Biochim. Biophys. Acta/(2011), Kiontke /et al./ /EMBO 
J./ (2011), Orru et al., /J. Biol. Chem./(2011), Regis-Faro et al., /J. 
Am. Chem. Soc./(2011)





Dates of beam-time: *4th October - 7th October 2012*
Storage Ring: 7/8 +1 (200mA)
Beamline: ID14-1
Energy: 13.27 keV (not tunable)


Specifications:
UV/VIS-range: 250-1100 nm
Light source: Mikropack DH-2000-BAL (Deuterium/Halogen)
Fluorescence/Actinic excitation wavelength: 405, 440, 473, 532, 561, 671 nm
ODmax for UV-vis absorbance spectra: 2-2.5
Monitoring light size: 0.03 (min) - 0.15mm(max)
Sampling freq (to disk): 10Hz or lower

--

 
Dr David FLOT

Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail : david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] REMINDER *CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC*

2012-04-25 Thread David Flot

*CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC*

Proposal Deadline **1st May 2012**


There will be beam time available at the ESRF for MX data collectionwith 
a setup that allows online monitoring of UV/VIS absorbance 
orfluorescence spectral changes of the crystal during the 
X-raydiffraction experiment. Users who are interested in using this beam 
time(including those who are members of BAG Groups) should use the 
followingmechanism:_http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal_and 
*it must be clearly indicated in the title of the proposal form 
that**the online monitoring of spectral changes is necessary for the 
project*. A brief description of the device is given below however users 
areencouraged to consult the web pages for detailed 
information:_http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide_The 
device is also described in: McGeehan, J., Ravelli, R.B., Murray,J.W., 
Owen, R.L., Cipriani, F., McSweeney, S., Weik, M. and Garman, E.F.(2009) 
Colouring cryo-cooled crystals: online microspectrophotometry. 
JSynchrotron Radiat., 16, 163-172.


As this is not a standard set-up, it might take a significant amount 
oftime to train users, align the device, and analyze the data in order 
toderive relevant data collection schemes. *We will therefore schedule 
24**hours for each project*. The *deadline *for this specific 
application is*Tuesday 1st**May 2012*.


It is strongly recommended to, beforehand, record an 
absorption(fluorescence) spectrum of the crystal on a home 
microspectrophotometersuch as the 4dx one, or at an off-line facility 
such as the ESRFCryobench, and to provide it in the application form. 
Such a spectrumwould greatly help to determine the feasibility of the 
experiment. Foroptimal experimental conditions, crystals should be 
frozen in minimalamounts of cryosolution, especially when the crystals 
are small.Finally, please note that *the ESRF sample changer cannot be 
operated at**the same time as the on-line microspec*.The use of specific 
LASER is possible if the device is compliant withthe beam line safety 
system (interlock on device power).



Dates of beam-time: *13th June - 17th June 2012*
Storage Ring: Uniform (200mA)
Beamline: ID14-1
Energy: 13.27 keV (not tunable)


Specifications:
UV/VIS-range: 250-1100 nm
Light source: Mikropack DH-2000-BAL (Deuterium/Halogen)
Fluorescence/Actinic excitation wavelength: 405, 440, 473, 532, 561, 671 nm
ODmax for UV-vis absorbance spectra: 2-2.5
Monitoring light size: 0.03 (min) - 0.15mm(max)
Sampling freq (to disk): 10Hz or lower





--


Dr David FLOT
Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail :david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC

2012-04-17 Thread David Flot

*CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC*

Proposal Deadline **1st May 2012**


There will be beam time available at the ESRF for MX data collectionwith 
a setup that allows online monitoring of UV/VIS absorbance 
orfluorescence spectral changes of the crystal during the 
X-raydiffraction experiment. Users who are interested in using this beam 
time(including those who are members of BAG Groups) should use the 
followingmechanism:_http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal_and 
*it must be clearly indicated in the title of the proposal form 
that**the online monitoring of spectral changes is necessary for the 
project*. A brief description of the device is given below however users 
areencouraged to consult the web pages for detailed 
information:_http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide_The 
device is also described in: McGeehan, J., Ravelli, R.B., Murray,J.W., 
Owen, R.L., Cipriani, F., McSweeney, S., Weik, M. and Garman, E.F.(2009) 
Colouring cryo-cooled crystals: online microspectrophotometry. 
JSynchrotron Radiat., 16, 163-172.


As this is not a standard set-up, it might take a significant amount 
oftime to train users, align the device, and analyze the data in order 
toderive relevant data collection schemes. *We will therefore schedule 
24**hours for each project*. The *deadline *for this specific 
application is*Tuesday 1st**May 2012*.


It is strongly recommended to, beforehand, record an 
absorption(fluorescence) spectrum of the crystal on a home 
microspectrophotometersuch as the 4dx one, or at an off-line facility 
such as the ESRFCryobench, and to provide it in the application form. 
Such a spectrumwould greatly help to determine the feasibility of the 
experiment. Foroptimal experimental conditions, crystals should be 
frozen in minimalamounts of cryosolution, especially when the crystals 
are small.Finally, please note that *the ESRF sample changer cannot be 
operated at**the same time as the on-line microspec*.The use of specific 
LASER is possible if the device is compliant withthe beam line safety 
system (interlock on device power).



Dates of beam-time: *13th June - 17th June 2012*
Storage Ring: Uniform (200mA)
Beamline: ID14-1
Energy: 13.27 keV (not tunable)


Specifications:
UV/VIS-range: 250-1100 nm
Light source: Mikropack DH-2000-BAL (Deuterium/Halogen)
Fluorescence/Actinic excitation wavelength: 405, 440, 473, 532, 561, 671 nm
ODmax for UV-vis absorbance spectra: 2-2.5
Monitoring light size: 0.03 (min) - 0.15mm(max)
Sampling freq (to disk): 10Hz or lower





--


Dr David FLOT
Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail : david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] REMINDER : CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC 30th Nov. to 4th Dec.: deadline 21st Oct

2011-10-17 Thread David Flot

*CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC*

Proposal Deadline *21st October 2011*

There will be beam time available at the ESRF for MX data collection 
with a setup that allows online monitoring of UV/VIS absorbance or 
fluorescence spectral changes of the crystal during the X-ray 
diffraction experiment. Users who are interested in using this beam time 
(including those who are members of BAG Groups) should use the following 
mechanism:


_http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 
_


and *it must be clearly indicated in the title of the proposal form that 
the online monitoring of spectral changes is necessary for the project*.



A brief description of the device is given below however users are 
encouraged to consult the web pages for detailed information:


_http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide_ 



The device is also described in: McGeehan, J., Ravelli, R.B., Murray, 
J.W., Owen, R.L., Cipriani, F., McSweeney, S., Weik, M. and Garman, E.F. 
(2009) Colouring cryo-cooled crystals: online microspectrophotometry. J 
Synchrotron Radiat., 16, 163-172.


As this is not a standard set-up, it might take a significant amount of 
time to train users, align the device, and analyze the data in order to 
derive relevant data collection schemes. *We will therefore schedule 24 
hours for each project*. The *deadline *for this specific application is 
*Friday 21st October 2011*.


It is strongly recommended to, beforehand, record an absorption 
(fluorescence) spectrum of the crystal on a home microspectrophotometer 
such as the 4dx one, or at an off-line facility such as the ESRF 
Cryobench, and to provide it in the application form. Such a spectrum 
would greatly help to determine the feasibility of the experiment. For 
optimal experimental conditions, crystals should be frozen in minimal 
amounts of cryosolution, especially when the crystals are small. 
Finally, please note that *the ESRF sample changer cannot be operated at 
the same time as the on-line microspec*.
The use of specific LASER is possible if the device is compliant with 
the beam line safety system (interlock on device power).



Dates of beam-time: *30th November - 4th December 2011*
Storage Ring: 7/8 + 1 (200mA)
Beamline: ID14-1
Energy: 13.27 keV (not tunable)


Specifications:
UV/VIS-range: 250-1100 nm
Light source: Mikropack DH-2000-BAL (Deuterium/Halogen)
Fluorescence/Actinic excitation wavelength: 405, 440, 473, 532, 561, 671 nm
ODmax for UV-vis absorbance spectra: 2-2.5
Monitoring light size: 0.03 (min) - 0.15mm(max)
Sampling freq (to disk): 10Hz or lower

--


Dr David FLOT
Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail :david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC 30th Nov. to 4th Dec.: deadline 21st Oct

2011-10-04 Thread David Flot

*CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC*

Proposal Deadline *21st October 2011*

There will be beam time available at the ESRF for MX data collection 
with a setup that allows online monitoring of UV/VIS absorbance or 
fluorescence spectral changes of the crystal during the X-ray 
diffraction experiment. Users who are interested in using this beam time 
(including those who are members of BAG Groups) should use the following 
mechanism:


_http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 
_


and *it must be clearly indicated in the title of the proposal form that 
the online monitoring of spectral changes is necessary for the project*.



A brief description of the device is given below however users are 
encouraged to consult the web pages for detailed information:


_http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide_ 



The device is also described in: McGeehan, J., Ravelli, R.B., Murray, 
J.W., Owen, R.L., Cipriani, F., McSweeney, S., Weik, M. and Garman, E.F. 
(2009) Colouring cryo-cooled crystals: online microspectrophotometry. J 
Synchrotron Radiat., 16, 163-172.


As this is not a standard set-up, it might take a significant amount of 
time to train users, align the device, and analyze the data in order to 
derive relevant data collection schemes. *We will therefore schedule 24 
hours for each project*. The *deadline *for this specific application is 
*Friday 21st October 2011*.


It is strongly recommended to, beforehand, record an absorption 
(fluorescence) spectrum of the crystal on a home microspectrophotometer 
such as the 4dx one, or at an off-line facility such as the ESRF 
Cryobench, and to provide it in the application form. Such a spectrum 
would greatly help to determine the feasibility of the experiment. For 
optimal experimental conditions, crystals should be frozen in minimal 
amounts of cryosolution, especially when the crystals are small. 
Finally, please note that *the ESRF sample changer cannot be operated at 
the same time as the on-line microspec*.
The use of specific LASER is possible if the device is compliant with 
the beam line safety system (interlock on device power).



Dates of beam-time: *30th November - 4th December 2011*
Storage Ring: 7/8 + 1 (200mA)
Beamline: ID14-1
Energy: 13.27 keV (not tunable)


Specifications:
UV/VIS-range: 250-1100 nm
Light source: Mikropack DH-2000-BAL (Deuterium/Halogen)
Fluorescence/Actinic excitation wavelength: 405, 440, 473, 532, 561, 671 nm
ODmax for UV-vis absorbance spectra: 2-2.5
Monitoring light size: 0.03 (min) - 0.15mm(max)
Sampling freq (to disk): 10Hz or lower

--


Dr David FLOT
Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail : david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC (15th-18th April 2011)

2011-02-18 Thread David Flot

*CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC*

Proposal Deadline *6th March 2011*

There will be beam time available at the ESRF for MX data collection 
with a setup that allows online monitoring of UV/VIS absorbance or 
fluorescence spectral changes of the crystal during the X-ray 
diffraction experiment. Users who are
interested in using this beam time (including those who are members of 
BAG Groups) should use the following mechanism:


_http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 
_


and *it must be clearly indicated in the title of the proposal form that 
the online monitoring of spectral changes is necessary for the project*.



A brief description of the device is given below however users are 
encouraged to consult the web pages for detailed information:


_http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide_ 



As this is not a standard setup, it might take a significant amount of 
time to train users, align the device, and analyze the data in order to 
derive relevant data collection schemes. *We will therefore schedule 24 
hours for each project*. The *deadline *for this specific application is 
*Friday 6th March 2011*.


It is strongly recommended to record beforehand an absorption 
(fluorescence) spectrum of the crystal on a home microspectrophotometer 
such as the 4dx one, or at an off-line facility such as the ESRF 
Cryobench, and to provide it in the application form. Such a spectrum 
would greatly help determining the feasibility of the experiment. For 
optimal experimental conditions, crystals should be frozen in minimal 
amounts of cryosolution, especially when the crystals are small. 
Finally, please note that *the ESRF sample changer cannot be operated at 
the same time as the on-line microspec*.
The use of specific LASER is possible if the device is compliant with 
the beam line safety system (interlock on device power).




*Dates of beam-time:* 15th - 18th April 2011*
*Storage Ring: hybrid (200mA)
Beamline: ID14-1
Energy: 13.27 keV (not tunable)


Specifications:
UV/VIS-range: 250-1100 nm
Light source: Mikropack DH-2000-BAL (Deuterium/Halogen)
Fluorescence/Actinic excitation wavelength: 405, 440, 473, 532, 561, 671 nm
ODmax for UV-vis absorbance spectra: 2-2.5
Monitoring light size: 0.03 (min) - 0.15mm(max)
Sampling freq (to disk): 10Hz or lower

--


Dr David FLOT
Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail : david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu



[ccp4bb] CALL FOR PROPOSALS FOR ESRF BEAMTIME WITH ONLINE MICROSPEC (22nd to 25th of October 2010]

2010-08-26 Thread David Flot
- 


CALL FOR PROPOSALS FOR ESRF BEAM TIME WITH ONLINE MICROSPEC

Proposal Deadline *9th September 2010*

There will be beam time available at the ESRF for MX data collection 
with a setup that allows online monitoring of UV/VIS absorbance or 
fluorescence spectral changes of the crystal during the X-ray 
diffraction experiment. Users who are
interested in using this beam time (including those who are members of 
BAG Groups) should using the following mechanism:


_http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 
_


and *it must be clearly indicated in the title of the proposal form that 
the online monitoring of spectral changes is necessary for the project*.


A brief description of the device is given below however users are 
encouraged to consult the web pages for detailed information:


_http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide_ 



As this is not a standard setup, it might take a significant amount of 
time to train users, align the device, and analyze the data in order to 
derive relevant data collection schemes. *We will therefore schedule 24 
hours for each project*. The deadline for this specific application is 
*Thursday 9th September 2010*.


It is strongly recommended to record beforehand an absorption 
(fluorescence) spectrum of the crystal on a home microspectrophotometer 
such as the 4dx one, or at an off-line facility such as the ESRF 
Cryobench, and to provide it in the application form. Such a spectrum 
would greatly help determining the feasibility of the experiment. For 
optimal experimental conditions, crystals should be frozen in minimal 
amounts of cryosolution, especially when the crystals are small. 
Finally, please note that *the ESRF sample changer cannot be operated at 
the same time as the on-line microspec*._

_

*Dates of beam-time:* 22nd - 25th October 2010*
*Storage Ring: 7/8 +1 (200mA)
Beamline: ID14-1
Energy: 13.27 keV (not tunable)


Specifications:
UV/VIS-range: 250-1100 nm
Light source: Mikropack DH-2000-BAL (Deuterium/Halogen)
Fluorescence excitation wavelength: 266, 355, 405, 440, 561 nm
ODmax for UV-vis absorbance spectra: 2-2.5
Monitoring light size: 0.03 (min) - 0.15mm(max)
Sampling freq (to disk): 10Hz or lower
--- 



--


Dr David FLOT
Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail : david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu


[ccp4bb] REMINDER: BEAMTIME ON THE ESRF Bio-SAXS BEAMLINE ID14-3

2010-03-03 Thread David FLOT

-

REMINDER: BEAMTIME ON THE ESRF Bio-SAXS BEAMLINE ID14-3

The Bio-SAXS beamline at ID14-3 at the ESRF ( 
http://www.esrf.fr/UsersAndScience/Experiments/MX/About_our_beamlines/ID14-3 
) has now been in operation for over a year.


Robotic sample loading is available on the beamline using a device 
constructed in a collaboration between the EMBL (Grenoble and Hamburg 
outstations) and the ESRF. Automated data analysis is also implemented 
following the model of the SAXS facility at X-33, EMBL Hamburg 
(processing and preliminary analysis).


The end-station can rapidly provide Users with standard data concerning 
the size (radius of gyration, maximum dimension and volume) and 
molecular weight of samples and allow on-the fly / /ab-inito// shape 
reconstruction in order to provide feedback enabling the data collection 
strategies to be optimized. Access to this Bio-SAXS facility for SANS 
users (small angle neutron scattering at the Institute Laue- Langevin) 
just after their neutron experiment is possible if required. The 
procedure is to first apply for the SANS experiment, specifying that 
access to ESRF beamtime is also requested.  The ILL will then indicate 
if an ESRF rolling proposal is to be completed. First Users using both 
facilities are expected this summer. The complementary information 
provided by neutron scattering (i.e. contrast variation) and X-ray 
scattering can be obtained in a single visit to the Grenoble site.


Application for beam-time on ID14-3 can be made via the rolling access 
mechanism at ANY time. Those who wish to apply should use the mechanism at:


http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 



where it must be clearly indicated in the title of the proposal that the 
application is for Bio-SAXS beamtime on ID14-3.  Please note that BAG 
members should also continue to apply using the rolling mechanism.  
However, in the next proposal round (September 2010) BAGs will also be 
able to apply through the BAG system.


--


Dr David FLOT
Beam-Line Operation Manager Tel : (+33) 4 76 88 17 63
Structural Biology GroupFax : (+33) 4 76 88 26 24
ESRF
B.P. 220, 6 rue Jules Horowitz  e-mail : david.f...@esrf.fr
F-38043 GRENOBLE CEDEX  http://www.esrf.eu


[ccp4bb] CALL FOR ESRF SYNCHROTRON BEAM TIME WITH ONLINE MICOSPEC AT BEAMLINE ID14-2 (19th to 22nd of February 2010)

2009-12-14 Thread David FLOT

--
CALL FOR PROPOSALS FOR BEAMTIME WITH ONLINE MICROSPEC

*Proposal Deadline 13th of January 2010*

There will be beamtime available at the ESRF for MX data collection with 
a setup that allows online monitoring of UV/VIS spectral changes of the 
crystal during the X-ray diffraction experiment. Users who are 
interested in using this beam time (including those who are members of 
BAG Groups) should use the following mechanism:
http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 

and it must be clearly indicated in the title of the proposal form that 
the online monitoring of spectral changes is necessary for the project.


A brief description of the device is given below.  However, Users are 
encouraged to consult the web pages for detailed information:
http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide 



As this is not a standard setup, it might take a significant amount of 
time to train users, align the device, and analyze the data in order to 
derive relevant data collection schemes. We will therefore schedule 24 
hours for each project.  The deadline for this specific application is 
13th of January 2010.


It is strongly recommended to record beforehand an absorption 
(fluorescence) spectrum of the crystal on a home microspectrophotometer 
such as the 4dx one, or at an off-line facility such as the ESRF 
Cryobench, and to provide it in the application form. Such a spectrum 
would greatly help to determine the feasibility of the experiment. For 
optimal experimental conditions, crystals should be frozen in minimal 
amounts of cryosolution, especially when the crystals are small. 
Finally, please note that the ESRF sample changer cannot be operated at 
the same time as the on-line microspec.



*Dates of beam-time: 19th to 22nd of February 2010
*Storage Uniform Filling (200mA)
Beamline: ID14-2
Energy: 13.29 keV

Specifications:
UV/VIS-range: 250 - 1100 nm
ODmax: 2 - 2.5
Minimum integration time: 50 ms
Light source: Mikropack DH-2000-BAL (Deuterium/Halogen)
Monitoring light focal spot diameter: 0.03 (min) - 0.15 mm (max)
Sampling freq (to disk): 10Hz or lower
<>

[ccp4bb] CALL FOR PROPOSALS FOR BEAMTIME WITH ONLINE MICROSPEC 30th, 31st October and 1st, 2nd November 2009]

2009-09-07 Thread David FLOT

-

CALL FOR PROPOSALS FOR BEAMTIME WITH ONLINE MICROSPEC

Proposal Deadline 26th  September 2009

There will be beamtime available at the ESRF for MX data collection with
a setup that allows online monitoring of UV/VIS spectral changes of the
crystal during the X-ray diffraction experiment. Users who are
interested in using this beam time (including those who are members of
BAG Groups) should use the following mechanism:

http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 



and it must be clearly indicated in the title of the proposal form that
the online monitoring of spectral changes is necessary for the project.

A brief description of the device is given below however users are
encouraged to consult the web pages for detailed information:

http://www.esrf.fr/UsersAndScience/Experiments/MX/How_to_use_our_beamlines/Run_Your_Experiment/Microspectrophotometer_User_Guide 



As this is not a standard setup, it might take a significant amount of
time to train users, align the device, and analyse the data in order to
derive relevant data collection schemes. We will therefore schedule 24
hours for each project. The deadline for this specific application is
Saturday 26th September 2009


*Dates of beam-time: 30th, 31st October and 1st and 2nd November 2009
*Storage Ring: 7/8 +1 (200mA)
Beamline: ID14-2
Energy: 13.29 keV

Specifications:
UV/VIS-range: 250-800nm
ODmax: 2-2.5
min integration time: 50ms
Light source: OceanOptics DH2000, Halogen/D2-lamp
Monitoring Light size: 0.03 (min) - 0.15mm(max)
Sampling freq (to disk): 10Hz or lower
<>

[ccp4bb] APPLICATION PROCEDURE FOR PROPOSALS FOR BEAMTIME ON THE ESRF Bio-SAXS BEAMLINE ID14-3

2009-07-16 Thread David FLOT
 




REMINDER: APPLICATION PROCEDURE FOR PROPOSALS FOR BEAMTIME ON THE ESRF 
Bio-SAXS BEAMLINE ID14-3


The new Bio-SAXS beamline at ID14-3 at the ESRF ( 
http://www.esrf.fr/UsersAndScience/Experiments/MX/About_our_beamlines/ID14-3 
) was officially inaugurated on the 15th June 2009 
(http://www.esrf.fr/news/general/inauguration_ID14-3/inauguration_ID14-3/). 
Robotic sample loading is now available on the beam-line using a device 
constructed in a collaboration between the EMBL (Grenoble and Hamburg 
outstations) and the ESRF. Automated data analysis will also be 
implemented following the model of the SAXS facility at X-33, EMBL Hamburg.


Eventually the end-station will be fully automated (sample loading, data 
collection, processing and preliminary analysis) and will rapidly 
provide users standard data concerning the size (radius of gyration, 
maximum dimension and volume) and molecular weight of samples and allow 
on-the fly /ab-inito/ shape reconstruction in order to provide feedback 
enabling the data collection strategies to be optimized. Future plans 
extend to allowing remote access to the new Bio-SAXS facility, based on 
the system currently in use on the ESRF's MX end-stations.


Application for beam-time on this facility can be made via the rolling 
access mechanism  at ANY time. Those who wish to apply (including 
members of ESRF MX BAG Groups) should use the mechanism at:


http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 



where it must be clearly indicated in the title of the proposal that the 
application is for Bio-SAXS beamtime on ID14-3.



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[ccp4bb] CALL FOR ESRF SYNCHROTRON BEAM TIME WITH ONLINE,DEHUMIDIFIER AT BEAMLINE ID14-2

2009-07-05 Thread David FLOT


CALL FOR ESRF SYNCHROTRON BEAM TIME WITH ONLINE
DEHUMIDIFIER AT BEAMLINE  ID14-2



Proposal Submission Deadline: 20th July 2009

Beamtime will be available in two periods of three days, from the 5th to
the 7th September and the 28th September to 1st October 2009 at the ESRF
for MX data collection (beamline ID14-2) with a device that allows
precise control of the humidity of the crystal prior to X-ray
diffraction experiments. The device (EMBL HC1b) provides a room
temperature humid airflow with adjustable relative humidity [50- 99 %].
Many crystals have been shown to improve their diffraction properties
upon dehydration.  The machine control software is connected to the host
beamline to run dehydration protocols while taking X-ray diffraction
images automatically. Users are  encouraged to consult the web pages for
detailed information
(http://www.esrf.eu/UsersAndScience/Experiments/MX/About_our_beamlines/ID14-2/HC1b). 




Users who are interested in using this beam time (including those who
are members of BAG Groups) should use the following mechanism:

http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 



Please also send the submission form that can be found in 
http://www.esrf.eu/UsersAndScience/Experiments/MX/About_our_beamlines/ID14-2/HC1b


Please specify in the TITLE OF THE PROPOSAL that the dehumidifier
is necessary for the project. 24 hours will scheduled for each project.
The deadline for this specific application is 20th July 2009.


*Dates of beam-time: 5th, 6th, 7th September and 28th, 30th September
and 1st October 2009
*Storage Ring: 16 bunch (90mA)
Beamline: ID14-2
Energy: 13.29 keV

Specifications:
relative humidity [50- 99 %]
Room temperature Data Collection
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[ccp4bb] ESRF Rolling access beamtime

2009-05-15 Thread David FLOT

Dear all,

The ESRF is pleased to remind you about the procedure for applying for 
rolling access beamtime on its MX beamlines.
The rolling access procedure is designed to improve access to ESRF MX 
beam-lines and encourage the use of ESRF facilities by smaller groups 
working in the MX field. This method of applying for beam-time can  be 
used by scientists who are NOT included in a ESRF blocked group (BAG) 
and applications can be made at ANY time. Applications received under 
this new scheme will be reviewed electronically by the ESRF MX Beam Time 
Review Committee within 7-14 days of their reception at the ESRF and if 
beam-time is awarded this will be scheduled within 6-8 weeks after the 
time of application. The ESRF is currently accepting applications for 
rolling access beamtime required in June and July 2009.


Further details of the scheme as well as details of application 
procedures are available at:


http://www.esrf.fr/UsersAndScience/UserGuide/Applying/MXApplications/#standard 



Any questions regarding this new application mechanism should be 
initially directed to Debby Davison (deborah.davi...@esrf.fr), or the 
the MX Beamline Operation Managers (David Flot (david.f...@esrf.fr) and 
Didier Nurizzo (nuri...@esrf.fr).


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[ccp4bb] CALL FOR ESRF SYNCHROTRON BEAM TIME WITH ONLINE DEHUMIDIFIER AT BEAMLINE ID14-2

2009-03-12 Thread David FLOT


CALL FOR ESRF SYNCHROTRON BEAM TIME WITH ONLINE
DEHUMIDIFIER AT BEAMLINE  ID14-2



Proposal Submission Deadline: 31st March 2009

Beamtime will be available from the 14th to the 17th May 2009 at the 
ESRF for MX data collection (beamline ID14-2) with a device that allows 
precise control of the humidity of the crystal prior to X-ray 
diffraction experiments. The device (EMBL HC1b) provides a room 
temperature humid airflow with adjustable relative humidity [50- 99 %]. 
Many crystals have been shown to improve their diffraction properties 
upon dehydration.  The machine control software is connected to the host 
beamline to run dehydration protocols while taking X-ray diffraction 
images automatically. Users are  encouraged to consult the web pages for 
detailed information
(http://www.esrf.eu/UsersAndScience/Experiments/MX/About_our_beamlines/ID14-2/HC1b). 



Users who are interested in using this beam time (including those who 
are members of BAG Groups) should use the following mechanism:


http://www.esrf.fr/UsersAndScience/UserGuide/Applying/ProposalGuidelines/MXnon-BAGproposal 




Please specify in the TITLE OF THE PROPOSAL that the dehumidifier
is necessary for the project. 24 hours will scheduled for each project. 
The deadline for this specific application is Tuesday 31st March 2009.



*Dates of beam-time: 14th - 17th May 2009
*Storage Ring: 16 bunch (90mA)
Beamline: ID14-2
Energy: 13.29 keV

Specifications:
relative humidity [50- 99 %]
Room temperature Data Collection
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