Resultado final
Results will be communicated to the scientific community in three different formats: open-access scientific publications on international peer-reviewed journals (at minimum two, expected three); seminars for researchers and students at UCIBIO (national level) and international conferences via poster sessions or (if possible) oral presentations (at minimum one, expected 2). We recognize the importance of Open Science and facilitated flow of knowledge and information and appropriate dissemination measures will be undertaken in this direction, as annual publications in Open Access journals and presentations in specialized conferences and meetings (Biomedical, Ageing and Computational Biology topics). Journal abstracts and presentations will be uploaded to social networks such as Linkedin and ResearchGate. To promote knowledge and formation in detecting transcription noise from RNA-seq data, the host group will present an application to organize an EMBO-Practical Course in this topic, similar to the one awarded by our group in 2020. Communication to the general public will be achieved through different means namely, websites, press releases, talks for lay audience, open days and social media - LinkedIn, Research Gate, Twitter, YouTube and Facebook. For this, the host group will rely on the communication department of UCIBIO, which is responsible for disseminating relevant discoveries and breakthroughs, prizes, and achievements of UCIBIO research. Moreover, UCIBIO has developed exceptional work promoting a two-way interaction between researchers and a wide range of audiences, including schools and media. Several types of activities have been regularly enrolled, namely workshops and hands-on activities for younger generations, meetings involving scientists and different publics and media training activities for scientists.
Career Development PlanOver the next two years the researcher aims to consolidate a strong background and expertise in computational biology approaches designed to tackle problems with a strong impact in public health and clinical research These are not only pervasive skills in research but also relevant to a variety of sectors outside academia especially given the vast accumulation of biological information over the last two decades Accordingly a major strength of this proposal is the use of exhaustive interdisciplinary approaches combining bioinformatics methods and multiomics data eg genome transcriptome and epigenome with gene expression manipulation applied in mammalian cells and mice In parallel the researcher will supervise young researchers one MSc student per year and lecturing undergrad students the MSc in Computational Biology and Bioinformatics at FCTNOVA enhancing his prospects of a tenuretrack position at the University He will also manage the collaboration between the host lab and Dr Michael Potente which will allow him to have a pivotal role in the scientific communication between the groups and participate in the decisionmaking and experimental plan of the collaboration Moreover the researcher will present and discuss his most recent work in internal seminars at the host institution at least once a year attend at least 2 international conferences on which Marie Curie funding will be referenced and acknowledged These aforementioned activities will allow the researcher to improve his leadership and communication skills and contribute to establish him as an independent researcher able to analyze complex biological big data and find novel associations between multiomics data pinpoint relevant biomarkers of disease and physiology
Publicaciones
Autores:
Paulo Caldas, Mariana Luz, Simone Baseggio, Rita Andrade, Daniel Sobral and Ana Rita Grosso
Publicado en:
Communications Biology, Edición 100, 2024, ISSN 2399-3642
Editor:
Nature Portfolio
DOI:
10.1038/s42003-024-05779-5
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