Proteomics SC00003
Description
The aim of the course is to present current trends in proteomics and to demonstrate the principles and capabilities of proteomic strategies to answer various research questions. Applications span basic research, clinical proteomics, biomarker discovery, microbiology, and plant biology.
The course will cover theory of biological mass spectrometry (MS) and LC-MS/MS instrumentations, presenting the commonly used MS-based proteomic workflows from study design and sample preparation to data analysis and bioinformatics. Invited speakers will highlight applications in proteomics and related fields.
Teaching will be performed through lectures, instrument demonstrations, laboratory exercises and literature workshops. During the course, students will design and present a proteomics study based on their own research, receiving expert feedback to refine and strengthen their study design.
Content Providers
Learning Outcomes
The objective of the course is to present current trends in proteomics and to demonstrate the
principles and capabilities of proteomic strategies to answer various research questions. After
the course the students will have an overview of proteomic applications and workflows, from
study design and planning of the experiments to analysis and evaluation of results.
Prerequisites & Technical Requirements
Prerequisites
To qualify for admission to the course, the student must be registered as a PhD student.
To benefit from the course, it is required that one has passed biochemistry or an equivalent
course at the undergraduate level
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Affiliations & Networks
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