HRT
Note applicative
Scopri di più sulle nostre soluzioni per HRT con la nostra libreria di note applicative correlate.
Browse 10 additional application notes for HRT.
Notizie o storie
19 Marzo 2024
Discoveries with Dr. Dave: Detecting PFAS in Anti-Fog Solutions with GC-MS
Since the first humans walked the earth, our species has been changing the world. Brilliant minds throughout existence have provided us with life-altering inventions and ideas, like medicines that cure our ailments and lengthen our lives, or technology that connects us in ways we never thought possible. The human mind has thought up some incredible […]
17 Novembre 2022
Enhanced GC-MS Workflow Solutions
Join us on Wednesday, November 30 for a trio of short webinars focused on optimizing your GC-MS workflow.
19 Marzo 2020
Medical Investigation using Breath Analysis and GCxGC-TOFMS: Optimizing Data for Accurate Treatment
Using GC-GC-TOFMS, Jef Focant is able to diagnose the asthma phenotype in patients.
Video e webinar
- 1Discovery Workflow Best Practices for Environmental Contaminants Da 30 Novembre 2022
- 2Science from Beyond the Grave: a Virtual GC Symposium Da 31 Ottobre 2021
Poster e presentazioni
- Comprehensive Characterization of Household Dust Samples Using a Multi-Mode Source, Enhanced Chromatographic Resolution, and High-Resolution Mass Spectrometry
- Evaluation of HR-TOFMS with the Multi-Mode Ion Source and the Automated Direct Inlet Probe
- GCxGC-HRMS: Combining Multidimensional GC with Ultra High Resolution Time-of-Flight Mass Spectrometry for Comprehensive Analysis of Complex Samples
- Increasing Resolution in Multi-Reflecting TOFMS with Folded Flight Path Recent advancements in High Resolution Time-of-Flight Mass Spectrometry based on the Multi-Reflecting design of LECO's Folded Flight Path mass analyzers are presented.
- Sub-Picogram Detection and Identification of Analytes using GC-TOFMS Yeast is difficult to study due to chemical and physical complexities of metabolites and wide concentration ranges. High-Resolution GC and GCxGC can provide efficient analysis of these complex samples.