Difference between revisions of "2017 Tutorials"
From cctbx_xfel
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9:00am: Session 1 | 9:00am: Session 1 | ||
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*Nick Sauter: Welcome and "Trials and tribulations merging still image data" | *Nick Sauter: Welcome and "Trials and tribulations merging still image data" | ||
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*Aaron Brewster: "Metrology and non-isomorphism: hidden challenges in still image data reduction" | *Aaron Brewster: "Metrology and non-isomorphism: hidden challenges in still image data reduction" | ||
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*Axel Brunger: "Data processing of XFEL data from a limited number of crystals" | *Axel Brunger: "Data processing of XFEL data from a limited number of crystals" | ||
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10:40am: Session 2 | 10:40am: Session 2 | ||
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*Art Lyubimov: "IOTA: Integration optimization, triage and analysis tool for XFEL data processing" | *Art Lyubimov: "IOTA: Integration optimization, triage and analysis tool for XFEL data processing" | ||
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*Monarin Uervirojnangkoorn: "Up and Running with Prime" | *Monarin Uervirojnangkoorn: "Up and Running with Prime" | ||
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*Jacques-Philippe Colletier: "Mosquito larvicide BinAB revealed by de novo phasing with an X-ray laser" | *Jacques-Philippe Colletier: "Mosquito larvicide BinAB revealed by de novo phasing with an X-ray laser" | ||
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*James Holton: "What if? Using at-scale image simulations to optimize data processing algorithms" | *James Holton: "What if? Using at-scale image simulations to optimize data processing algorithms" | ||
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1:00pm: Session 3 | 1:00pm: Session 3 | ||
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*Graeme Winter and Richard Gildea: "DIALS - new methods for processing X-ray diffraction data" | *Graeme Winter and Richard Gildea: "DIALS - new methods for processing X-ray diffraction data" | ||
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*James Parkhurst: "Robust background modelling in the presence of outliers in DIALS" | *James Parkhurst: "Robust background modelling in the presence of outliers in DIALS" | ||
| − | + | *Jan Kern: "Challenges and Promises for serial crystallography of metalloenzymes at XFELs" | |
| − | *Jan Kern: | + | |
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*Franklin Fuller: "Drop-by-Drop Transient Serial Crystallography of Metalloenzymes at an X-ray free electron laser" | *Franklin Fuller: "Drop-by-Drop Transient Serial Crystallography of Metalloenzymes at an X-ray free electron laser" | ||
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*Iris Young: "Room temperature studies of the oxygen-evolving complex of photosystem II using an X-ray free electron laser (XFEL)" | *Iris Young: "Room temperature studies of the oxygen-evolving complex of photosystem II using an X-ray free electron laser (XFEL)" | ||
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3:00pm: Session 4 | 3:00pm: Session 4 | ||
| − | + | *Aina Cohen: "Serial crystallography approaches at LCLS-MFX and the SSRL micro-focus beamlines 12-1 and 12-2" | |
| − | *Aina Cohen: | + | |
| − | + | ||
*Rahel Woldeyes: "Using X-ray Free Electron lasers to visualize solvent in the M2 proton channel" | *Rahel Woldeyes: "Using X-ray Free Electron lasers to visualize solvent in the M2 proton channel" | ||
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*Danny Axford: "Highly efficient serial data collection from high-density fixed targets" | *Danny Axford: "Highly efficient serial data collection from high-density fixed targets" | ||
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*Christoph Mueller-Dieckmann: "Serial Synchrotron Crystallography at the ESRF using a high viscosity extruder" | *Christoph Mueller-Dieckmann: "Serial Synchrotron Crystallography at the ESRF using a high viscosity extruder" | ||
| − | + | *Allen Orville: "Time-resolved SFX with less sample, over longer reactions, and including complementary methods" | |
| − | *Allen Orville: | + | |
= Feb 17th = | = Feb 17th = | ||
Latest revision as of 00:17, 2 March 2017
Contents
Feb 16th
9:00am: Session 1
- Nick Sauter: Welcome and "Trials and tribulations merging still image data"
- Aaron Brewster: "Metrology and non-isomorphism: hidden challenges in still image data reduction"
- Axel Brunger: "Data processing of XFEL data from a limited number of crystals"
10:20am: Break
10:40am: Session 2
- Art Lyubimov: "IOTA: Integration optimization, triage and analysis tool for XFEL data processing"
- Monarin Uervirojnangkoorn: "Up and Running with Prime"
- Jacques-Philippe Colletier: "Mosquito larvicide BinAB revealed by de novo phasing with an X-ray laser"
- James Holton: "What if? Using at-scale image simulations to optimize data processing algorithms"
Noon: Working Lunch - Roundtable discussion of data processing challenges
1:00pm: Session 3
- Graeme Winter and Richard Gildea: "DIALS - new methods for processing X-ray diffraction data"
- James Parkhurst: "Robust background modelling in the presence of outliers in DIALS"
- Jan Kern: "Challenges and Promises for serial crystallography of metalloenzymes at XFELs"
- Franklin Fuller: "Drop-by-Drop Transient Serial Crystallography of Metalloenzymes at an X-ray free electron laser"
- Iris Young: "Room temperature studies of the oxygen-evolving complex of photosystem II using an X-ray free electron laser (XFEL)"
2:40pm: Break
3:00pm: Session 4
- Aina Cohen: "Serial crystallography approaches at LCLS-MFX and the SSRL micro-focus beamlines 12-1 and 12-2"
- Rahel Woldeyes: "Using X-ray Free Electron lasers to visualize solvent in the M2 proton channel"
- Danny Axford: "Highly efficient serial data collection from high-density fixed targets"
- Christoph Mueller-Dieckmann: "Serial Synchrotron Crystallography at the ESRF using a high viscosity extruder"
- Allen Orville: "Time-resolved SFX with less sample, over longer reactions, and including complementary methods"
Feb 17th
9am: Tutorials 1
Aaron Brewster and Iris Young: cctbx.xfel Break: 10:00 am
10:15 am: Tutorials 2
- Aaron Brewster and James Parkhurst: dials.stills_process
- Art Lyubimov: IOTA
- Monarin Uervirojnangkoorn: PRIME
- Nick Sauter: cxi.merge
12:15pm-2:30pm: Round table discussion.
Topics will include: Is the current software meeting needs? What are essential/timely avenues most useful for near-term development (first half of 2017)? Where should we be going next (longer term future)? Time resolved experiments? Synchrotron serial crystallography?
2:30-4pm: Breakout sessions:
users work with developers and instructors on their own data. Hands-on walkthroughs and data analysis.
