his webinar will explore the comprehensive support for the advancement of structural science provided by The Chemical and Biophysical Instrumentation Center in the Chemistry Department at Yale University

This webinar delves into applications of XtaLAB Synergy-ED across a wide spectrum of materials, including small molecules, MOFs, COFs, biological samples, minerals, and beyond.

In this Webinar, the process of conducting a high-pressure crystallographic experiment on the XtaLAB Synergy-S will be explained and software features in CrysAlisPro relevant to the technique will be covered.

In this Webinar we will describe a new set-up, developed in collaboration between Cardiff University and Rigaku, that enables the collection of pump-probe Photocrystallography data down to a time-resolution of 10 ms, producing full, 3D structures at regular time-points to create 3D molecular movies.

Flow crystallography is a technique where crystallization processes can be studied in situ by passing a crystallization mixture through an X-ray beam and detecting diffraction from crystals and crystallites.

Our first installation of XtaLAB Synergy-ED in Europe was successfully completed this summer at ICIQ in Spain. We've invited Jordi to share his experiences with you all.

There are two well-characterized polymorphs of acetaminophen with known single crystal structures. In this presentation we will explore the case of a third polymorph of acetaminophen generated in an XRD-DSC experiment with a structure determined by MicroED.

In this webinar, the new features of the ACTOR 2 system will be explained and demonstrated.

In this webinar we will share the latest status of our XtaLAB Synergy-ED instrument and control software and also show some results from it, including use of cryo transfer holders to access research targets not possible by other means.

This TOPIQ webinar covers the application of the XtaLAB Synergy Flow robotic sample changer to accelerate development of successful soaking conditions for crystalline sponge preparation.

Single-crystal X-ray diffractometers, such as the XtaLAB Synergy series instruments, though designed for single crystal experiments, can be used to collect perfectly good powder diffraction data as well.

In this TOPIQ webinar, we will present standard and entirely new Rigaku solutions for diffraction methods for MOF research.

The XtaLAB Synergy Flow turns any Synergy cabinet diffractometer into an automated, high-throughput machine by incorporating a 6-axis UR3 Universal Robot and a 3-puck dewar.

Despite being an X-ray diffractometer designed for single crystal crystallography, the XtaLAB Synergy-S is also a great tool for the measurement of powder samples.

We will perform a live analysis of an organic crystal of cytidine, using the Rigaku program CrysAlisPro for screening and data collection/processing and Olex2 software for structure solution and refinement. All steps will be covered, from crystal centering on the goniometer to running CheckCif on the final model and preparing necessary files for IUCr submission.

This session shows how to use NoSpherA2 to perform HAR in Olex2 in real-time and visualize results and properties, including electron localization, surfaces and potentials.

Transferable Aspherical Atom Model (TAAM) takes into account aspherical electron density deformations and partial charge transfer occurring due to chemical bond formation, lone pairs presence and other phenomena.

During this webinar, we will review the possibilities and options of the Temperature Experiments tool. We will also showcase additional functionalities useful for phase transition studies and discussed best practices and useful tips.

An introduction to the Crystalline Sponge method is given including a structure refinement using Olex². 

The ‘Lattice-It’ feature in CrysAlisPro is an essential tool for crystallographers to manually separate multiple diffraction patterns in the reciprocal space for better viewing and indexing.

This webinar covers importing a PX synchrotron data set into CrysAlisPro followed by data processing.

This webinar discusses one of the lesser known features of CrysAlisPro: the possibility to simulate many Rigaku diffractometers and almost any crystal - even imperfect ones.

We will review best practices to mount/center a crystal, screen it and index it, calculate a data collection strategy and run data collection.

The steps for processing a dilution series from a single protein sample by using SAXSLab will be covered

Learn about the recent advances in hybrid photon counting detectors, fast goniometers, sources, automation, control and processing software, and fully integrated, turnkey systems.

This Webinar focuses on the sample preparation and the data collection of powders, using the Powder Diffraction Tool in CrysAlisᴾʳᵒ.

Follow us as we walk through the indexing and processing of an easy twinned data set in CrysAlisᴾʳᵒ, followed by structure solution and refinements in Olex².

New features of CrysAlisᴾʳᵒ (CAP40) are discussed.

This webinar will focus on familiarizing PX users who are new to the CrysAlisPro package to processing a PX data set with the software.