Marc collected a lysozyme dataset with the new Pilatus 6M detector. All modules are good.
We are back up from the long ALS shutdown, and the beamlines are in good shape. We completed a number of projects on the sector 5 beamlines, in particular, as well as performed maintenance on a number of systems: – Pilatus3 6M installed on 5.0.1. The install went well, and tests with x-rays show that…
We are very pleased to now have Daniil Prigozhin in the BCSB. He comes to us with a strong background in crystallography, both growing crystals and solving structures. He completed his PhD work with Dr. Tom Alber at UC Berkeley in 2014, then did a post-doc with Dr. Yorgo Modis at the University of Cambridge,…
Here it is at beamline 5.0.2, unpacked from the wooden crate, but not unpacked from its case yet. Install and commissioning in the beamline will begin in just a few weeks!
The new Pilatus3 6M detector has arrived and is on the optical bench at 5.0.2, ready for testing tomorrow when we get light!
The BCSB is planning on starting a monthly User Forum to solicit feedback from users on the current and future use of the beamlines. We’d love to hear from you about the direction that the BCSB should be taking in terms of beamline upgrades, features, and general operations. If you are interested in participating in the forum, please contact Corie Ralston.
Our second User Forum was on March 4, in which we discussed the purchase of a pixel-array detector for beamline 5.0.2. The exciting news since then is that we will be able to purchase a Pilatus 6M for the beamline. Expected delivery is in September of this year.
The third User Forum was on April 2, in which we discussed the diode-beamstop device which the BCSB is developing (allows measurement of flux during data collection), as well as the MiniKappa interlocks on beamline 5.0.2, which will now allow a full 360 rotation of omega (sometimes called Phi) with a maximum kappa angle of 55 degrees.