4th CCP-SAS Project Workshop
May 23-25, 2016
NIST Center for Neutron Research
NOTE: While there is no fee for attending this Workshop,
it is being held on the NIST campus. As such all participants will be required to register with NIST
BEFORE May 13, 2016 in order to gain access.
We are working on opening the registration as quickly as possible.
This Workshop follows on from the previous two workshops at NIST in February 2014 and
Diamond in October of 2014 and the interim closed project meeting held at SAS-2015 in Berlin
in September 2015. The Workshop will consist of three parts. On Monday will be the presentation sessions
of broad interest to the scientific community. Attendees are encouraged to bring posters explaining
their use of these kinds of modeling techniques or illustrating their need for such. Tuesday morning will
be devoted to a meeting between the CCP-SAS project and individuals or institutions with activities in
related software development areas, interests in participating in the CCP-SAS current or projected activities
and facilities with potential interest in deploying CCP-SAS products on their servers for use by their users
and thus have a potential interest in helping with maintenance activities. Discussions will focus on current
activities, directions and needs with a goal of elucidating adjustments to CCP-SAS activities in the remaining
funding cycle, and, more importantly of developing collaborations with other projects and identifying areas for
joint funding applications moving forward. Finally on Wednesday there will be a tutorial session on how to
wrap existing code using GenApp to produce a web GUI and run on a cluster backend.
POSTERS
Confirmed Posters
Posters will be added as full titles are received
- Coarse-graining of Soft Matter Assemblies for Application to Small Angle Scattering (Andrew Mccluskey - U. Bath)
- Science Gateways Community Institute (Nancy Wilkins-Diehr and Marlon Pierce - SDSC and IU)
- Application of Small-Angle Scattering Data to Improve Protein-Protein Docking Success Rate (James A. Snyder - NIST CNR)
- The Flexible Solution Structures Of Mannose-binding Lectin-Associated Serine Protease-1 and -2 Provide Novel Insight On Lectin Pathway Activation (Stephen J. Perkins - UCL)
- Conformations of Nucleosome Arrays in Solution from Small-Angle Scattering (Steven Howell - NIST CNR)
- GenApp Framework for Deployment of SAS Software (Emre Brookes - UTHSCSA)
- Polymer Stabilized Phospholipid Nanodiscs (Ryan Franklin - Hood College)
- SASSIE: A Framework for Ensemble Modeling and Analysis (Joseph Curtis - NIST CNR)
- Computational Studies of the Depletion-Driven Self-Assembly of Patchy Trimer Colloids and Cubic Colloids (Harold Hatch - NIST Computational Sciences)
- Small-angle neutron scattering of therapeutic proteins (M. Monica Castellanos - NIST CNR)
- Methane Adsorption in Model Porous Materials Studied by Small-Angle Neutron Scattering (Wei-Shan Chiang - UMD)
- Cluster Mediated Dynamics in Concentrated Protein solutions (Doug Godfrin/Yun Liu - UMD)
- Predicting high-concentration protein-protein interactions of MAb solutions with coarse-grained molecular modeling (Cesar Calero-Rubio - UD)