Help to make missing links

Elsevier wants to foster web tools that 'improve' science by making the oceans of data online more navigable. Zoë Corbyn reports

May 28, 2009

New web tools designed to help academics deluged by electronic information digest and interpret research papers are being developed - prompting claims that they will improve not just scientific publishing but will "improve science itself".

Last month, the multinational scientific publisher Elsevier announced the results of its Grand Challenge Competition - a global search for the best prototype tools to help researchers manage the ever-growing fund of online information in the field of life sciences.

"The objective was to generate useful new ideas that could have a widespread impact on scientific publishing in general," explained Anita de Waard, principal researcher in disruptive technologies at the Elsevier Labs in Amsterdam.

"The bread and butter of scientific communication is still the scientific paper ... but there are so many papers in so many fields that it is overwhelming ... We need new technologies to interpret all the data."

The tools fall under the rubric of "semantic web technology". This aims to make web pages - which are designed to be read by people - more understandable to computers so that machines can perform some of the more mechanical duties of finding, sharing and combining data online.

Opportunities abound in the life sciences, where there is already much collaboration between biologists and computer scientists.

"There is not a biologist today who does not rely heavily on computers to solve certain issues for them," Dr de Waard said.

Many researchers, including ones at Elsevier, are already working on "fact-extraction" or "claim-identification" technology. The idea is that computers sift out the hypotheses or claims made in papers and match them with the evidence. This saves time and makes it easier to see where papers agree with or contradict each other.

The work, which is in its early stages, is tricky because there is much in a scientific text that is impossible to model, Dr de Waard said.

Automatic annotation

The winner of Elsevier's competition, which received a cash prize of $35,000 (£22,400), was a tool called Reflect. This automatically annotates scientific terms within papers. It is already available online free of charge for researchers to access (http://reflect.ws).

Reflect is the brainchild of a team at the European Molecular Biology Laboratory (EMBL) in Germany.

The program - which can be installed on Firefox or Internet Explorer web browsers - "tags" items such as genes, proteins or small molecules mentioned in a paper and opens windows that offer a wealth of information about each, sourced from commonly used life-science databases.

The program, which also works for chemicals, is being extended to cover the medical realm.

"The tool is a shortcut," said Reinhard Schneider, the team leader of EMBL's computational biology programme. "Even if you are an expert in your field, you come across protein names or chemicals and you don't know what they do. You might google them or search databases. But with Reflect, you just hit a button and you have the most important information you need there in the pop-up. If you need more information, you can click through to the primary source."

Elsevier is exploring whether the tool could be incorporated into Cell, its leading experimental biology journal, Dr de Waard said.

It is also looking at the potential for commercially developing the eight other semifinalists.

Implicit connections

The competition runner-up, which received $15,000, was Coraal, a tool developed by the National University of Ireland.

It is a prototype for intelligently searching the contents of articles that already spans 11,000 Elsevier papers related to cancer research. Unlike search engines such as Google, it uses the relationships between words to discern knowledge that is not explicit. It, too, is available free for researchers to use (http://coraal.deri.ie:8080/coraal).

Dr de Waard said the competition allowed Elsevier to collaborate with the scientific community in developing innovative ways to get the most out of scientific papers. It was about "Elsevier standing up and saying 'we need you scientists and all your ideas' and we don't think we can do this by ourselves".

The tools would help improve not just scientific publishing, but science itself, she said. "(These tools offer) ways in which you can more easily read articles outside your immediate field or connect with different researchers."

The company plans to hold a conference on the future of research communication in Boston next March.

zoe.corbyn@tsleducation.com.

You've reached your article limit

Register to continue

Registration is free and only takes a moment. Once registered you can read a total of 6 articles each month, plus:

  • Sign up for the editor's highlights
  • Receive World University Rankings news first
  • Get job alerts, shortlist jobs and save job searches
  • Participate in reader discussions and post comments
Register

Have your say

Log in or register to post comments

Featured Jobs

Most Commented

question marks PhD study

Selecting the right doctorate is crucial for success. Robert MacIntosh and Kevin O'Gorman share top 10 tips on how to pick a PhD

India, UK, flag

Sir Keith Burnett reflects on what he learned about international students while in India with the UK prime minister

Pencil lying on open diary

Requesting a log of daily activity means that trust between the institution and the scholar has broken down, says Toby Miller

Application for graduate job
Universities producing the most employable graduates have been ranked by companies around the world in the Global University Employability Ranking 2016
Retired academics calculating moves while playing bowls

Lincoln Allison, Eric Thomas and Richard Larschan reflect on the ‘next phase’ of the scholarly life