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Pseudotargeted metabolomics: A method for semi-quantitatively monitoring thousand of metabolites
We developed a pseudotargeted metabolomics method, ion-pairs used for MRM are extracted from untargeted mass spectrometry data by using mixtures of samples to be analyzed, semi-quantitative information of each sample is obtained by the MRM without identification of the metabolites.
CARPID: Capture RNA-Protein interactions in living cells
We developed CARPID method to identify binding proteins of specific lncRNAs in the native cellular context, which jointly leverages enzymatically inactive CRISPR/dCasRx-based RNA targeting and proximity biotin-labeling.
Multivariate classification for vibrational spectroscopy in biological samples
Vibrational spectroscopy techniques, such as Fourier-transform infrared (FTIR) and Raman spectroscopy, are becoming widely used for biological applications. The use of machine learning algorithms are critical towards extracting important information and visualisation in a readily interpretable form.
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Pseudotargeted metabolomics: A method for semi-quantitatively monitoring thousand of metabolites
We developed a pseudotargeted metabolomics method, ion-pairs used for MRM are extracted from untargeted mass spectrometry data by using mixtures of samples to be analyzed, semi-quantitative information of each sample is obtained by the MRM without identification of the metabolites.