Thermo Fisher
Scientific Inc., the world leader in serving science, today announced the
availability of a new technical library of liquid chromatography-mass spectrometry (LC-MS) solutions
for endocrine drug analysis in clinical research, including methods showcasing
the ability of automated sample preparation and multiplexing to reduce sample
preparation time and maximize mass spectrometer throughput.
The regularly updated
technical library comprises detailed publications from Thermo Fisher's dedicated global clinical
research team, which develops faster and more analytically sensitive methods
for endocrine drug analysis for its research clients. The new library is a
comprehensive resource containing application notes, webinars, technical posters,
case studies, videos and web resources for numerous applications.
"We designed the
LC-MS technical library for endocrine drug analysis to help laboratory managers
and technicians better understand the power of LC-MS technology for clinical
research. We believe what they learn from this great resource will help maximize
their sample throughput, improve turnaround time and reduce overall analysis
cost, without compromising data quality for drug analysis," said Ian Jardine,
vice president of global R&D, Thermo Fisher.
The technical library
includes the latest applications utilized for the analysis of endocrine drugs
in clinical research, including:
-
Immunoaffinity for research analysis of 1,25D
- Automated online sample preparation for time
savings
- UHPLC for higher throughput
- Triple stage quadrupole for necessary LOQ and
dynamic range
- High-resolution, accurate mass for difficult
endogenous molecules
The online technical
library, designed as a knowledge transfer tool, is available free of charge at
thermoscientific.com/lcmsendo.
For Research Use
Only. Not for use in diagnostic
procedures.
For the latest
information about Thermo Fisher Scientific solutions and the wide range of
applications for endocrine drug analysis, please call +1 800 532 4752, e-mail
analyze@thermofisher.com
or visit
www.thermoscientific.com/ms
