Training course on space multiomics mass spectrometry techniques and applications

From October 15 to 17, 2024, the Institute of High Energy Physics, Chinese Academy of Sciences will hold the "Space Multiomics Mass Spectrometry Technology and Application Training Course" in Beijing. The training course was sponsored by the Personnel Bureau of the Chinese Academy of Sciences, hosted by the Institute of High Energy Physics, and hosted by the Human Resources Department of the Institute of High Energy Physics and the Space Multiomics Mass Spectrometry Platform of the Test Center of the Institute of High Energy Physics. The aim is to promote the application of space multiomics mass spectrometry technology, strengthen the exchange of the latest research results in related fields, help scientific and technological personnel master new skills and new methods, broaden their horizons, and improve the scientific experiment skills and the use efficiency of experimental instruments.

In order to further the application of AC laser denudation technology in space multiomics research, Esensing and Teledyne Photon Machines of the United States actively participated in the conference. Dr. Ciprian Stremtan, an expert at Teledyne Photon Machines, will share the report - Recent Application Advances in Laser Ablation for Mass - on Oct. 17 Advances in the advanced application of laser denudation techniques to mass Spectrometry.

Schedule

Instrument Introduction

IRIDIA Laser Ablation System

IRIDIA combined with ICP-MS and ICP-TOFMS is a powerful chemical element detection method, which has the advantages of simple sample pretreatment, simultaneous determination of multiple elements, high throughput, high sensitivity, wide linear range and in situ analysis. This method not only avoids complicated sample pretreatment, but also can be applied to in situ isotope analysis of solid samples to reveal the changes of isotope composition on the micro scale.

IRIDIA can achieve ultra-high spatial resolution in sub-micron to micron scale, and with low dispersion and rapid elution time, can realize in-situ rapid injection at the tissue-cell-whole animal level, so as to provide a more direct and reliable analysis means for the study of various elements in different substrates metabolism, absorption, transport and other biological clinical research. In addition, IRIDIA is also widely used in geology, environment, materials, archaeology and other fields.