Archive: Dietary sterol in Drosophila melanogaster: a primer to elucidate temperature acclimation and nutrition

Archive: Dietary sterol in Drosophila melanogaster: a primer to elucidate temperature acclimation and nutrition Like other arthropods, Drosophila melanogaster is a sterol auxotroph and uses dietary…

Archive: Identification of CD1d-associated Lipid Antigens by Shotgun Lipidomics

Archive: Identification of CD1d-associated Lipid Antigens by Shotgun Lipidomics Lipids are playing important roles in regulating immune homeostasis. They can be recognized by T cells as antigens…

Archive: MS Western: The Method for Targeted Multiplexed Absolute Quantification of Proteins by GeLC-MS/MS

Archive: MS Western: The Method for Targeted Multiplexed Absolute Quantification of Proteins by GeLC-MS/MS Absolute (in moles) quantification of proteins is required for the biomarker discovery in…

FastCAT: a workflow for targeted multiplexed absolute quantification of proteins

Fast-tracking QconCAT approach for absolute protein quantification Absolute (molar) quantification of proteins provides the analytical rationale for system-level modelling of diverse molecular…

Archive: Proteomics of Diatoms: discovery of polyamine modifications in biosilica-associated proteins

Archive: Proteomics of Diatoms: discovery of polyamine modifications in biosilica-associated proteins Diatoms are eukaryotic, unicellular algae that produce intricately nanopatterned…

Absolute quantification of fluorescent proteins and their fusions

Dr. Anna Shevchenko Contact: ashevche@mpi-cbg.de Absolute quantification of fluorescent proteins and their fusions Proteins fused with fluorescent proteins (FP) are widely used in…

Absolute quantification of fluorescent proteins and their fusions - Absolute quantification of fluorescent proteins and their fusions

Absolute quantification of fluorescent proteins and their fusions Proteins fused with fluorescent proteins (FP) are widely used in quantitative biology, biophysics and live cell imaging. However,…

Absolute quantification of fluorescent proteins and their fusions

Dr. Anna Shevchenko Contact: ashevche@mpi-cbg.de

Detecting rare translational errors by data-independent acquisition

Detecting and quantifying rare translational errors by data-independent acquisition and parallel reaction monitoring Each time a protein is produced by the ribosome, errors are happening at a…

Detecting rare translational errors by data-independent acquisition - Detecting and quantifying rare translational errors by data-independent acquisition and parallel reaction monitoring

Detecting and quantifying rare translational errors by data-independent acquisition and parallel reaction monitoring Each time a protein is produced by the ribosome, errors are happening at a…

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