04 June 2009

Ancient books made available online
by Cambridge University Library


World-class archive of pre-1501 books
made public for the first time


A TREASURE TROVE of ancient books that includes a copy of the Gutenberg Bible (see image below) and the first printed edition of Homer’s works is to be made available worldwide by Cambridge University Library.


[Pictured: Gutenberg Bible, the first book printed in Europe from moveable metal type (Mainz, c. 1455).]

The full details of the Library’s celebrated collection of incunabula will be made available online thanks to a $427,000 (c. £300,000) grant from the Andrew W Mellon Foundation.

Incunabula are early (pre-1501) printed books - the word actually means swaddling clothes or cradle and was adopted to describe books printed in the first infancy of printing.

Very few records of the Library’s 4,650 treasures are currently in its online catalogue, which means that they are often invisible to scholars and students - both in Cambridge and around the world.

Noted medieval historian and author Professor Miri Rubin of Queen Mary University of London said: “These earliest printed books were the product of medieval craftsmanship, but they also reflect new - often humanist - trends in learning and reading. Religion and politics, poetry and science are all to be found in these early books. Hence the project will have a major impact by offering new opportunities for scholars and others.”

Over the next five years the University Library will produce detailed records for each item, which anyone, anywhere around the globe, can access through its own Newton catalogue, or via links from other databases and catalogues.

The stars of the Library’s incunabula collection include the Gutenberg Bible, the first book printed in Europe from moveable metal type (Mainz, c. 1455), the first printed edition of Homer’s works (Florence, 1488), the first book to contain italic type printed by Aldus Manutius (Venice, 1500) and several unique editions of William Caxton.

The story around these books can be as interesting as the books themselves.

Legend has it that the Gutenberg Bible was handed to the then Librarian Alwyn Schofield out of the blue one morning in the 1930s, when an old man turned up at the Library door in a taxi saying he had an old bible to donate to the Library. The man turned out to be Arthur Young, retired lawyer and member of Trinity College. His gift of 340 books is probably the most valuable from any private individual in the Library’s history.

Elsewhere a rare Book of Hours, printed on vellum by Caxton’s successor, Wynkyn de Worde, is inscribed by Henry VIII’s future wife Catherine Parr and her family.


[Pictured: illuminated copy of Dio Chrysostomus, De regno (Venice, 1471). Photos courtesy of Cambridge University Library.]

Sometimes, it is the beauty and craftsmanship of the illustrations that grab our attention, such as the lavishly illuminated copy of Dio Chrysostomus, De regno (Venice, 1471) (see image above), or the hand-coloured copy of Hartmann Schedel’s Nuremberg Chronicle, illustrating in 1,809 woodcuts, the history of the world up to 1492 (Nuremberg, 1493).

University Librarian Anne Jarvis said: “We are delighted to be able to create high quality, searchable records for these rarest of books and share them via the Internet with readers around the world.”

Cambridge University Library

For more than 650 years the University Library has been central to the support of teaching and research at Cambridge. More than eight million books and periodicals, one million maps and many thousands of manuscripts occupy more than one hundred miles of shelving, which extends by a further two miles every year. The Library collections vary hugely in age and content. Chinese oracle bones from the second millennium BC can be found alongside the latest online scientific journals; illuminated decorations in medieval manuscripts can be studied as originals and as digitised images delivered over the Internet.

Highlights of the University Library’s special collections include the papers of Isaac Newton, an archive of Charles Darwin’s correspondence, archives of the Royal Greenwich Observatory, the library of the Royal Commonwealth Society and a copy of the Gutenberg Bible from 1455, the earliest European example of a book produced using moveable type.

As a legal deposit library since 1710, the Library is entitled to acquire a copy of each book and journal published in the UK and Ireland, which results in a rich and diverse collection providing future scholars with the raw materials for research in many fields.

With 2 million of its volumes on open shelves, readers have the largest open-access collection in Europe immediately available to them.

An exhibition space at the University Library makes a selection of its outstanding collections available for view to the public. Information about current and forthcoming exhibitions can be found at www.lib.cam.ac.uk/exhibitions. Advancing by Degrees, the current exhibition, celebrates 800 years of the history of the University of Cambridge, with documents, images and artefacts from the University Archives illustrating different aspects of university life over the centuries: www.lib.cam.ac.uk/exhibitions/800/

Andrew Mellon Foundation:
www.mellon.org

Cambridge University Library:
www.lib.cam.ac.uk

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02 June 2009

New Cambridge centre for biomedical research opens

Cambridge’s world-leading Biomedical Campus has been complemented by the opening last week of the West Forvie Building, which has just undergone a multi-million pound refurbishment.

The opening ceremony included guest speakers Professor Alison Richard, Vice-Chancellor of Cambridge University, and Professor Sir Leszek Borysiewicz, Chief Executive Officer of the Medical Research Council.


[Pictured: Professor Sir Leszek Borysiewicz (left), Chief Executive Officer of the Medical Research Council, opens the West Forvie Building in the presence of Professor Roger Pedersen (right). Photograph by Philip Mynott.]

The West Forvie Building will house the Anne McLaren Laboratory for Regenerative Medicine (LRM), the Cardiovascular Laboratory, the Molecular Imaging Laboratory and the Phenomics Laboratory.

The Laboratory for Regenerative Medicine, which has been named in memory of Cambridge researcher Dame Anne McLaren, will build on the University’s expertise in understanding stem cells in model systems. Under the directorship of Professor Roger Pedersen, the LRM will provide a platform for numerous types of clinical applications, including transplantation, drug discovery and testing, and medicines that improve the function of the body’s own stem cells. Substantial funds have been contributed to refurbishing and equipping the LRM building by the Medical Research Council, the Royal Society, the Wolfson Foundation, the British Heart Foundation and the Isaac Newton Trust.

The Laboratory for Regenerative Medicine hosts the MRC Centre for Stem Cell Biology and Regenerative Medicine, which is also under the directorship of Professor Pedersen. The MRC Centre plays a key role in the Cambridge Stem Cell Initiative, whose aim is to harness basic research with clinical expertise to develop therapies for human diseases. The Laboratory for Regenerative Medicine provides infrastructure and research resources for the Centre, including generation and analysis of human pluripotent stem cells, production of human gene targeting vectors, and provision of advanced widefield microscopy for stem cell imaging.

Professor Pedersen says: “The resources provided by the Anne McLaren Laboratory for Regenerative Medicine and the new MRC Centre raise the Cambridge profile and capabilities in stem cell research to a high level of visibility both within the UK and internationally”.

The Cardiovascular Laboratory

Research in the Cardiovascular Laboratory will range from cell and molecular biological investigation of the causes and consequences of cardiovascular disease, through various research models to establish disease pathogenesis and the results of treatment. The laboratory will offer laboratory space for up to 3 new Principal Investigators and 25 research staff, with core facilities and key technologies. Co-location with the LRM will allow integrated training of cardiovascular researchers in stem cell medicine, and provide a base for the Cambridge 4 year PhD programme. The availability of state-of-the-art imaging equipment in the West Forvie building will enable detailed studies of disease progression, the utility of novel diagnostics and the effects of novel therapeutics. Substantial funds have been contributed to refurbishing the Cardiovascular Laboratory by the British Heart Foundation, who also support the 4 year PhD programme.

Professor Martin Bennett said: “The West Forvie building will greatly expand research opportunities for Cardiovascular Research in Cambridge, with a particular emphasis on cardiovascular stem cell studies and multimodality imaging. The co-location of stem cell and cardiovascular scientists with state of art imaging is unique in the UK.”

The Molecular Imaging Laboratory and the Phenomics Laboratory

These multi-purpose laboratories will focus on the design and use of various imaging techniques across the Cambridge Biomedical Campus.

The British Heart Foundation (BHF) is the nation’s heart charity, dedicated to saving lives through pioneering research, patient care, campaigning for change and by providing vital information. But it urgently needs help. It relies on donations of time and money to continue its life-saving work. Because together we can beat heart disease. For more information visit bhf.org.uk

The Medical Research Council is dedicated to improving human health through excellent science. It invests on behalf of the UK taxpayer. Its work ranges from molecular level science to public health research, carried out in universities, hospitals and a network of its own units and institutes. The MRC liaises with the Health Departments, the National Health Service and industry to take account of the public’s needs. The results have led to some of the most significant discoveries in medical science and benefited the health and wealth of millions of people in the UK and around the world. www.mrc.ac.uk

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