Research projects

…within the scope of the project Structure-based fragment screening targeting Cancer chevron_right Project title: Structure-based fragment screening targeting Cancer PRISMAS Research Area: Healthy People Supervisor: Prof. Pål Stenmark Partner University:…

Targeting weaknesses in quick clays with X-ray data

…beamline at MAX IV offer tools that enable us to understand and subsequently control the stability of clay nanostructures, for instance by targeted additions of salt to quick clay formations,”…

Previous SCIENTÍFika

…and its potential as a drug target. Title: SAPUCAIA: The new SAXS beamline at Sirius Speaker: Leandro R.S. Barbosa – Brazilian Synchrotron Light Laboratory Session Chair: Fátima Herranz Associated beamline: CoSAXS…

MAX IV – Main

…for a CIGS solar cell. Research conducted at MAX IV beamline NanoMAX contributed to the study. Targeting weaknesses in quick clays with X-ray data chevron_right Research on quick clay structure…

MXCuBE3 at BioMAX – User Guide

…guide for a demo on the three-click procedure. Doing a mesh scan chevron_right The mesh scan can be used for X-ray based crystal centering, as well as fixed-target based SSX…

BioMAX

…beam, BioMAX is an optimal experimental set-up for X-ray crystallography using microcrystals and ultra-large unit cells. Synchrotron-based serial crystallography (SSX) experiments, using injector or fixed target sample delivery are also…

Gas-phase endstation

The Gas-phase end station (GPES), shown in the photo below, has been designed for photoelectron-photoion coincidence (PEPICO) experiments of gas phase targets and samples with high vapour pressure [1]. The main instruments…

Drug discovery

…drug candidates to target proteins. Using the beamlines and tools at MAX IV, researchers from drug discovery companies find brand new starting points for developing novel pharmaceutical substances.  Easy and…