Join the dynamic team at LUMC as a Postdoc, where you will develop cutting-edge LC-MS/MS methods for identifying and quantifying endogenous metabolites. This unique role not only allows you to contribute to groundbreaking research but also immerses you in a collaborative environment with Boehringer Ingelheim Pharma GmbH &CoKG, enhancing drug discovery projects. Experience the thrill of integrating analytical techniques while working alongside experts in a vibrant research community dedicated to advancing biomedical science.
In this postdoctoral position, you will be primarily responsible for developing, qualifying, and standardizing an LC-MS/MS method aimed at the robust identification and quantification of a wide range of endogenous metabolites. This method will facilitate the exploration of crucial biochemical pathways. After successful development and qualification, you will transfer the method to our partner’s laboratories at Boehringer Ingelheim in Biberach Pharma GmbH &CoKG, Germany, ensuring its full operational capability and integration within their laboratory environment. Additionally, you will contribute to establishing a comprehensive data processing pipeline for metabolomics results, aligning findings with biochemical pathways and supporting multi-omics approaches through close collaboration with the Boehringer Ingelheim team. Your top-5 tasks are:
This role requires a strong background in analytical chemistry and metabolomics, along with excellent communication skills for effective collaboration. You will be expected to engage in both wet lab work and computational analysis, making it essential to have experience in data processing techniques relevant to metabolomics.
You are a team player who communicates effectively and conveys complex ideas clearly. With a strong command of the English language, you are capable of engaging in constructive discussions and collaborating within a multidisciplinary environment. You possess a strong eagerness to learn and think outside the box, enabling you to propose innovative solutions to research challenges. Furthermore, you have: