Posted on July 12, 2017

Sidra Medical and Research Center (Sidra) is pleased to announce the launch of its own open science publishing program on F1000Research. The program, led by Sidra’s Research team will use the groundbreaking F1000Research platform as an open science publishing venue for Sidra researchers.

F1000Reserach is an open science publishing platform that offers immediate publication and transparent peer review of scientific research. The platform aims to avoid editorial bias by ensuring the inclusion of all source data.  The process helps scientists to avoid the traditional, anonymous, pre-publication peer-review process that can cause long delays before new results become visible.

The Sidra Medical and Research Center Gateway - - publishes academic articles, data and presentations by its research staff, with a particular focus on pregnancy, cancer immunogenomics (treatment of cancer using genomic immunotherapy), and transcriptomics (the study of the subset of transcribed genes in specific organisms). All articles and associated data are published immediately followed by open invited peer review, in line with F1000Research’s publishing model.

Dr. Ena Wang, Acting Chief Research Officer of Sidra Medical and Research Center said, “Sidra aspires to set high standards in patient care for the women and children of Qatar through its advanced research programs. We are committed to furthering the scientific understanding of major diseases that have a local and global impact. Big data generation and data sharing are key characteristics of a strong modern research facility like Sidra. It is a driving force for scientific discovery and the implementation of precision medicine.”

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Under current publication models, it can take months and sometimes years for the description of novel findings or research to see the light of day. By adopting the F1000Research publishing platform, Sidra has cemented its commitment to move the discovery process forward at a faster pace, without making any concession to the quality of its research. This will also allow for discoveries that are being translated into applications to reach patients in Qatar as well as the rest of the world sooner. “The open science Gateways that have been developed by F1000Research provides the right platform to ensure the free flow of data, information and knowledge. This is particularly useful for junior scientists and researchers based in Qatar and the GCC region who are eager to share their research outcomes and expecting constructive feedback from peers,” continued Dr. Wang.

The Sidra Gateway on F1000Research launches with nine previously published articles, six of which present valuable collections of gene expression data painstakingly curated from a public repository of 65,000 studies, validated and loaded into an open source web application adopted by Sidra. These data collections, which will be particularly valuable to those researching breast cancer, HIV and prenatal health, can be found in the Gateway’s “Collective Data Access” channel -

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Rebecca Lawrence, Managing Director, F1000, said: “It is gratifying to see the speed with which high profile and prestigious organizations, such as Sidra Medical and Research Center, are embracing open science publishing and using F1000Research as a platform on which to host their information. Making new research findings available quickly so that others can use them and build upon them is vital for scientific progress and we believe that open science publishing will ultimately become the norm.” The findings reported thus far through the Sidra gateways have potential for direct translation for diseases of both local and global relevance. Novel findings published on the gateway have already received a number of openly available peer reviews including those from scientists working at prestigious institutions such as Oxford University, Harvard University in Boston the Pasteur Institute in Paris. 

Dr. Damien Chaussabel, Director of the Systems Biology Department at Sidra said: “The vast body of data now held in public repositories makes it challenging to identify datasets relevant to a particular research area. As such, we have collated genes that play a role in HIV, prenatal health and basic immunobiology and uploaded them to our open source browser application. This tool allows researchers to integrate and visualize these data with the large volumes of other types of data and contextual information needed to promote insight and foster discovery. And by choosing to publish in F1000Research we were able to report our findings in a matter of weeks rather than months or years. Therefore the gain in efficiency and productivity achieved when combining mining of large public databases and open science publishing is quite considerable.”