We offer a variety of sample preparation strategies tailored to meet diverse research needs. Our range of approaches ensures flexibility and efficiency in achieving optimal sample processing for proteomic analysis:
Highest Reproducibility
In our workflow, we prioritize achieving the highest levels of reproducibility at every stage of sample preparation. By implementing stringent quality control measures and standardized protocols, we ensure consistency and reliability in our results. Our systematic approach minimizes variability between samples and experiments, enabling researchers to confidently replicate findings and draw meaningful conclusions from their data.
Highest Recovery
We employ state-of-the-art techniques to maximize analyte recovery, even from challenging sample matrices such as polymer or detergent contaminations. Through optimization of extraction methods and utilization of specialized equipment, we aim to recover as much of the target analyte as possible, preserving its integrity and ensuring accurate quantification. Our focus on high recovery rates enhances the sensitivity and robustness of our analyses, empowering researchers to detect and quantify low-abundance proteins with confidence.
Highest Accessibility for Analytes from Critical Matrices
Our workflow is specifically designed to address the unique challenges posed by critical matrices, including polymer or detergent contaminations. We have developed specialized protocols and adapted innovative technologies to ensure the highest accessibility of analytes from these complex sample types. By implementing tailored strategies for sample cleanup and enrichment, we enable researchers to overcome matrix interference and access previously inaccessible analytes. Our comprehensive approach enhances the versatility and applicability of proteomic analysis, allowing researchers to explore a wide range of sample types and expand the scope of their research.