Tom Cole-Hunter, a postdoctoral researcher at the CREAL, one of the centres within the PRBB, has written this post recently in the “Health is Global” blog about air pollution, cycling and the risks and benefits of their combination.
Cole-Hunter and his colleagues at the CREAL – an allied centre of ISGlobal – are involved in the European Commision-backed project CITI-SENSE , which aims to create real-time updated maps of air quality in several European cities.
[This text was originally published in Spanish in El País – Planeta Futuro]
Different targeted strategies have recently emerged in the field of proteomics that enable the detection and quantification of a predetermined subset of proteins with a high degree of sensitivity and reproducibility across many samples. Major advances have been achieved in the targeted proteomics workflow, including advances in instrumentation, the generation of thousands of publicly available targeted assays, and the development of multiple computational tools for convenient data analysis.
This field is known as targeted proteomics and although it has successfully been applied in several research projects of molecular biology, systems biology and translational medicine, there is still a strong gap between theory and real application.
To address this mismatch and boost the applications of targeted proteomics, the PRBB held a new edition of the 6-day long EMBO Practical Course “Targeted proteomics: Experimental design and data analysis” co-organised by Eduard Sabidó, head of the CRG/UPF Proteomics Unit and Ruedi Aebersold from the ETH in Zurich.
Twenty-five participants coming from 20 countries from all continents attended the course, which offered a combination of keynotes, practical demonstrations and tutorials to provide the participants with the required knowledge and skills to design and analyse their own targeted proteomic experiments using the most advanced and state-of-the-art methods.
Each day started with a keynote open to all PRBB residents by different renowned proteomics researchers that reviewed the latest achievements in the field of targeted proteomics and introduced the “topic of the day”. The students also attended to several practical session to master the complete workflow associated to targeted proteomics, thus filling the gap between theory and the actual implementation of targeted proteomics experiments. During the practical sessions the students generated, refined and optimized targeted proteomics methods for a set of selected proteins of interest, and automated manual data analysis by reviewing concepts such as peak picking, quality assessment, and statistics for accurate protein quantitation. The program was complemented with poster sessions and several social events to foster informal scientific discussions and to adapt the technology to each participant’s particular interests.
The participants, ranging from PhD students to postdocs and senior researchers, gave a very positive feedback on the course, with an overall score of 4’75 on a scale from 0 to 5 and very encouraging comments:
“Very motivating meeting with very interesting researchers from very different fields but same interest in proteomics, and high quality seminars and tutorials that made me want to continue research in proteomics”
“I feel confident to start my own experiments now”
“Informative and engaging with strong relevance to my research”
“The most useful course so far and also great to share knowledge and tips between us!”
“Excellent speakers, plenty usufull, practical informations, nice atmosphere it is shortest description of the course”
“A wonderful course instructed by cutting edge and innovative field leading scientists whom together have passed on the necessary tools to enable me to design and implement successful targeted proteomic workflows”
This course disseminated the know-how present at the CRG/UPF Proteomics Unit to a broader scientific community and strengthened the interdisciplinary exchange of knowledge and ideas. Thus, by transferring the expertise on experimental design and data analysis for targeted proteomics, the CRG/UPF Proteomics Unit aims to facilitate a wider and more routine application of targeted proteomics among non-proteomic laboratories worldwide.
For those who could not attend this year, the EMBO Practical Course “Targeted proteomics: Experimental design and data analysis” will take place again at the PRBB in November 2016. You will soon be able to access this website to register for the 2016 edition – do not miss this opportunity!
You can see the videos of the 2015 edition here.
Course instructors that participated in the 2015 edition
Abersold, Ruedi; ETH Zürich, Switzerland
Altelaar, Maarten; Utrecht University, The Netherlands
Borràs, Eva; CRG-UPF Proteomics Unit, Spain
Bensimon, Ariel; ETH Zürich, Switzerland
Chiva, Cristina; CRG-UPF Proteomics Unit, Spain
Guillet, Ludovic; ETH Zürich, Switzerland
Ludwig, Christina; ETH Zürich, Switzerland
MacCoss, Michael; University of Washington, USA
MacLean, Brendan; University of Washington, USA
Reiter, Lukas; Biognosys GmbH, Switzerland
Sabidó, Eduard; CRG-UPF Proteomics Unit, Spain
Vitek, Olga; Northeastern University, USA