Analytical Chemistry in Life Sciences - Automating large-scale MRM database development
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   Automating large-scale MRM database developmentAutomating large-scale MRM database development
 
Automated software tools and aeMRM on the Novus V55 system support efficient MRM database development.
 
   Measuring nucleic acid purity and concentrationMeasuring nucleic acid purity and concentration
 
This article examines how the NanoDrop Ultra measures nucleic acid purity and concentration before downstream experiments.
 
 Accelerator mass spectrometry for 14C drug metabolism analysis
 
Accelerator mass spectrometry for 14C drug metabolism analysisAccelerator mass spectrometry provides ultra-sensitive ¹⁴C analysis for clinical and non-clinical drug metabolism studies.
 
 
 New model reduces trial and error in mass spectrometry imaging
 
New model reduces trial and error in mass spectrometry imagingAndrei Fedorov and his team have found a way to take some of the guesswork out of mass spectrometry imaging (MSI), potentially giving scientists better tools to explore the molecules that influence our health.
 
 
 How contaminants affect nucleic acid quantification
 
How contaminants affect nucleic acid quantificationContaminants can impact nucleic acid quantification, however UV-Vis absorbance can offer additional insight into overall sample quality.
 
 
 Developing a novel assay for 3R and 4R tau quantification
 
Developing a novel assay for 3R and 4R tau quantificationA novel assay uses multiplexed IP-MS to quantify 3R and 4R tau isoforms in human cerebrospinal fluid, supporting the assessment of tau isoform imbalance.
 
 
 Sub-micron IR spectroscopic imaging for cellular and biomolecular research
 
Sub-micron IR spectroscopic imaging for cellular and biomolecular researchAn overview of spectroscopic imaging in life sciences through the combined use of O-PTIR, Raman and fluorescence techniques.
 
 

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