Current Trends in Biomedical Publishing and Bioinformatics: January 2010
Sunday, 10 January 2010
Read a nice summary by Martin Fenner on digital reading habits across formats. It will kindle your imagination...
Current Trends in Biomedical Publishing and Bioinformatics: January 2010
Saturday, 9 January 2010
Welcome to Jane...
Jane stands for Journal/Author Name Estimator. None the wiser...?!
Have you recently written a paper, but you are not sure which journal to submit it to? Or maybe you want to find related articles so that you can identify a suitable referee.
Then just cut and paste the abstract of the paper into Jane and it (she?) will search Medline to find matching articles, journals and authors. It's like eTBlast - see earlier post.
Nice tools, but you should be able to do this with PubMed or Scopus.
Have you recently written a paper, but you are not sure which journal to submit it to? Or maybe you want to find related articles so that you can identify a suitable referee.
Then just cut and paste the abstract of the paper into Jane and it (she?) will search Medline to find matching articles, journals and authors. It's like eTBlast - see earlier post.
Nice tools, but you should be able to do this with PubMed or Scopus.
Current Trends in Biomedical Publishing and Bioinformatics: January 2010
Saturday, 2 January 2010
Text mining with GeneIndexer
GeneIndexer has been around now for a couple of years but seems too be getting some marketing dollars spent on it with a full page advertisement in the latest issue of Nature and a sale to the NIH Library. The tool enables researchers to reveal biological significance in a set of co-regulated or associated genes. Applications include:
- Using keywords to identify and prioritize genes most relevant to any given research question. Keywords can be any string of words, e.g. disease names, molecular pathways, or Gene Ontology classifications.
- Uncovering implicit, as well as explicit, functional relationships among genes--discover new genes and propose hypotheses above and beyond what is explicitly described in the literature.
- Building hierarchical trees of genes in which gene subsets are clustered into functionally related groups. This allows researchers to navigate large gene collections easily and adds a new dimension to the analysis and discovery process.
Current Trends in Biomedical Publishing and Bioinformatics: January 2010
eTBLAST 3.0: a similarity-based search engine
I have only just come across eTBlast. Conceptually, it is a bit like NCBI's Blast utility wich assesses sequence similarites between geens or proteins. Here, you simply in put a paragraph of text and eTBLAST will return the abstracts of articles which use the same spectrum of terms. It works a little like PubMed's Related Article feature, except here you can supply your own text, which could be from an unpublished article or a research proposal. New features in version 3.0 include "Find an Expert" - identifies authors that are the most published in the topic of your query - and "Find a Journal" - identifies journals that published on your topic the most.
In this day and age of increasingly specialized science, it can often be a non-trivial task to identify an appropriate journal to submit to. And editors are forever trying to identify appropriate referees - so eTBLAST seems to fill a worthwhile niche.
In this day and age of increasingly specialized science, it can often be a non-trivial task to identify an appropriate journal to submit to. And editors are forever trying to identify appropriate referees - so eTBLAST seems to fill a worthwhile niche.
Current Trends in Biomedical Publishing and Bioinformatics: January 2010
Open access to federally funded research - a public debate
Currently, the National Institutes of Health is the only federal body that requires that research funded by its grants be made available to the public online at no charge within 12 months of publication. The US Administration is seeking views as to whether this policy should be extended to other science agencies and, if so, how it should be implemented. You can follow the discussion at the OSTC Blog.
The discussion will occur in three major phases:
The discussion will occur in three major phases:
- Implementation: Which Federal agencies are good candidates to adopt Public Access policies? What variables (field of science, proportion of research funded by public or private entities, etc.) should affect how public access is implemented at various agencies, including the maximum length of time between publication and public release?
- Features and Technology: In what format should the data be submitted in order to make it easy to search and retrieve information, and to make it easy for others to link to it? Are there existing digital standards for archiving and interoperability to maximize public benefit? How are these anticipated to change.
- Management: What are the best mechanisms to ensure compliance? What would be the best metrics of success? What are the best examples of usability in the private sector (both domestic and international)? Should those who access papers be given the opportunity to comment or provide feedback?

