A preprint is a scientific manuscript uploaded by authors to an open access, public server before formal peer review. With the rising popularity of preprint servers enabling fast and direct distribution of knowledge across the world, and plans underway to establish a ‘Central Service for Preprints’, Isabel Baker asked some converts across the MRC community why they’ve jumped on board.
“Preprint posting is the right thing to do for science and society. It enables us to share our results earlier, speeding up the pace of science. It also enables us to catch errors earlier, minimising the risk of alerting the world to our findings (through a high-impact publication) before the science is solid.
“Importantly, preprints ensure long-term, open access to our results for scientists and for the public. Preprints can be rapidly posted for free on arXiv and bioRxiv, enabling instant open access. We post every paper as a preprint in my lab, at the time of the first submission to a journal.”
Last year we brought you the news that MRC scientist Dr Rosa Beddington’s papers were to become the first collection of personal papers from a female Fellow archived by the Royal Society. As we celebrate the International Day of Women and Girls in Science tomorrow, the Royal Society’s Laura Outterside delves deeper into the archive, which is now available for viewing at the Royal Society in London.
Beddington was one of the most skilled and influential mammalian experimental embryologists of her generation, and was elected a Fellow of the Royal Society in 1999. The collection comprises the contents of Beddington’s office at Mill Hill, where she was Head of the Division of Mammalian Development at the MRC’s National Institute for Medical Research.
Her archive strikes a balance between the personal and professional. You’ll find photographs of Beddington, her old passport (reference number BED/1/1), and her undergraduate notebooks (reference number BED/1/4), including brief forays into diary keeping. And you’ll find ample evidence of Beddington’s surgical and experimental skills, reflected through a series of lab books (reference number BED/2/1) and microscope slides of mouse embryos (reference number BED/5/1). Read more
From blood and saliva to tumours and teeth, donated human tissue samples take a variety of forms. But why would anyone be interested in storing these samples? And what do they do with them? Dr Emma Lawrence, Project and Engagement Manager at the UK Clinical Research Collaboration (UKCRC) Tissue Directory and Coordination Centre, describes the biobank sample journey, from patients to scientific discoveries.
Dr Emma Lawrence
Human tissue samples can be taken for a number of reasons. But most frequently they are used for diagnosing disease. Often, the entire sample is not needed for this purpose and patients can be asked if they want to donate the tissue for medical research.