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[an error occurred while processing this directive]The participants will be provided a personal account to store, collect and process data on SSRL macromolecular crystallography computers during the course. While data in personal accounts will be eventually deleted, they can be accessed remotely without restrictions for as long as they remain on disk. Course participants are responsible for backing up diffraction images or processing results generated during the course. There are several options available for data backup, described here
To get remote access to beamlines and data and all the software used in the tutorials, the participants must install a NoMachine client on their laptop before or during the course. This page provides instructions to download, install and configure the remote access software.
Participants do not need to install any software packages in their own laptops if they use the NoMachine client, since this application allows access to the SSRL beamline computers, where the software will already be installed and data sets stored. The exception is the ATSAS suite to process small angle solution scattering data, which participants in the SAXS tutorial should download and install in advance.
Participants who want to process their own data sets can transfer the data via a secure transfer protocol at any time before the start of the course. Please contact the organizers for more details.
Only non-hazardous samples can be brought to the course.
Participants who would like to use the SSRL SAM robot to mount samples (recommended) should refer to the SSRL User Guide to find out our permitted type and length of pins. Other pin types and lengths may be OK, but they will have to be mounted manually. If in doubt, please contact the course organizers.
Participants who have a standard SSRL cassette or Unipucks may ship their samples already mounted in the container. If not, pre-cryocooled samples can be shipped in cryovials and transferred to a cassette during the course. Note that there are pucks superficially ressembling Uni-pucks with cannot be used with the SAM robot. This page has a diagram showing the differences between the two types of pucks. If not sure about which one is the correct one, please send the organizers a picture of you container to make sure that it is the correct type.
For participants bringing SAXS samples: specific instructions will be e-mailed separately.
We recommend to ship your samples early. Ideally they should arrive at the latest in the week before the course. We will provide proper storage for samples arriving earlier than that.
SLAC, SSRL MS: 99 2575 Sand Hill Rd. Menlo Park, CA 94025
Please alert the organizers in advance if the shipment requires special handling (e.g. refrigeration)
TIGERS (USA) GLOBAL LOGISTICS, INC. 514 ECCLES AVENUE SOUTH SAN FRANCISCO, CA 94080 Attn: Jay Allison (jay.allison@go2tigers.com) Phone (BUSN):650/873-2842/7230 Fax:650/583-4350 Website:http://www.go2tigers.com
If you wish to leave samples onsite to collect more data after the course has finished, please talk to the course organizers.
Course dates: May 5-15, 2021
Applications are now closed
Clyde Smith
Bus: (650)
926-8544
Email: csmith@slac.stanford.edu
Silvia Russi
Bus: (650) 926-5594
Email: srussi@slac.stanford.edu
Jeney Wierman
Bus: (650) 926-8682
Email: jwierman@slac.stanford.edu