Ewelina Kosior

TL;DR: The present beamline characteristics, recent technical developments, as well as a few scientific examples from recent years of the beamline operation are described.

TL;DR: Hard X-ray fluorescence microscopy and magnified phase contrast imaging are combined to obtain quantitative maps of the projected metal concentration in whole cells and absolute quantification at the sub-cellular level can be reached with the use of the proposed approach.

TL;DR: An overview of the technique, discussion of sample suitability and information about sample preparation, data collection and data analysis is presented, and recent developments and future outlook are also discussed.

TL;DR: In this article, a combination of hard X-ray fluorescence microscopy and magnified phase contrast imaging is used to study radiation effects on cells at the nano-imaging station ID22NI of the European synchrotron radiation facility.

TL;DR: Hard X-ray fluorescence microscopy and magnified phase contrast imaging are combined to obtain quantitative maps of the projected zinc mass fraction in whole cell of PC12 cell lines in this paper.