Expertise in High-Sensitivity LC-MS
Focused support across complex analytical workflows,
from experimental design to biological interpretation.
Technical guidance
Design of analytical workflows for complex and low-input systems.
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Method architecture tailored to sample constraints
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Optimization for sensitivity and reproducibility
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Selection of acquisition strategies and platform
Troubleshooting
Resolution of LC–MS challenges limiting data quality and reliability.
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Identification of failure points across the full workflow
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Recovery of signal in low-abundance and difficult samples
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Stabilization of analytical performance and reproducibility
Data interpretation
Extraction of biological insight from complex MS datasets.
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Independent analysis of proteomics and peptidomics data
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Evaluation and validation of identifications
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Interpretation in biological and experimental context
Strategic advice
Expert guidance for experimental design and analytical strategy in peptide-focused research programs.
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Experimental design aligned with analytical constraints
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Structuring workflows for robustness and scalability
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Translation of biological questions into measurable outputs
Scope of expertise
Depth across analytical design, acquisition strategy, and data interpretation.
Analytical strategy
DDA · DIA · targeted · label-free
Immunopeptidomics · peptidomics
Data analysis & software
MaxQuant · DIA-NN · PEAKS
FragPipe · Skyline · Progenesis QI
Method development
Orbitrap · TIMS–TOF · FAIMS
nUPLC · RP · IEX · SEC
Databases & search strategies
Custom database design · Open
searches · PTM-focused analysis
Study design and feasibility
Sample preparation · fractionation
Custom pipelines · quantitative interpretation
Contaminant and background assessment