Presentation is loading. Please wait.

Presentation is loading. Please wait.

From Science Information to Science Informatics: Parallels and Paradoxes in Chemistry and Molecular Biology Gary Wiggins

Similar presentations

Presentation on theme: "From Science Information to Science Informatics: Parallels and Paradoxes in Chemistry and Molecular Biology Gary Wiggins"— Presentation transcript:


2 From Science Information to Science Informatics: Parallels and Paradoxes in Chemistry and Molecular Biology Gary Wiggins

3 Convergence of Chemistry and Biology Biochemistry/MolecularBiology

4 Chemistry vs. Biology Physical Science Negative public perception Women a distinct minority in the profession High-cost information products (not much free) Life Science Positive public perception Lots of women in the professions Lots of free (or low- cost) information sources

5 Physical Sciences Sciences that explore the nature and properties of energy and nonliving matter

6 Physical Sciences Disciplines Chemistry Physics Materials science Climatology Oceanography Environmental sciences Astronomy Geology Engineering Mathematics Computer Science

7 Chemistry science that deals with the properties, composition, and structure of substances (defined as elements and compounds), the transformations that they undergo, and the energy that is released or absorbed during these processes.

8 Public Perception of Chemistry Recognition of higher standard of living through chemical advances Career for people in white lab coats who make smelly concoctions Polluters of the environment Who has seen a TV program about chemistry in the last month?

9 Public Perception of Chemistry …the North American and Western European public by and large still do not believe that the chemical industry is anything but a necessary evil. --Mark S. Reisch, C&EN, September 4, 2000

10 Life Sciences Study of living organisms from their molecular and biochemical subsystems to the ecosystems created by the interactions of multiple species Continuity and interdependence make it difficult to define the boundaries of the life sciences

11 Life Sciences Disciplines Biology Pharmacology Anatomy Physiology Microbiology Genetics Molecular Biology Medicine Dentistry Nursing Pharmacy Epidemiology Public Health

12 Molecular Biology Concerned with studying the chemical structures and processes of biological phenomena at the molecular level

13 Public Perception of Life Sciences Strongly tied to efforts to protect the environment, cure disease, etc. Career for caring, dedicated individuals Lots of engaging and entertaining nature programs on TV

14 Public (Free) Databases in Life Sciences GenBank and many other biomolecular sequence and structure databases PubMed (NCBI and NLM) PubMed Central

15 NCBI’s Coffee Break

16 BioOne: A SPARC Initiative

17 BioMed Central Publishes journals in all areas of biology and medicine Free access to peer-reviewed research articles through The British Library through PubMed Central Subscription-based access to reviews, commentaries and other information services

18 E-BioSci EMBO (European Molecular Biology Organization) initiative Services to access and retrieve digital information in the life sciences Nature Publishing Group will participate

19 E-BioSci Objectives Foster optimal pooling and use of European biological archives and data collections Stimulate the development of common protocols and methodologies Searching and retrieval in: bibiographic databases sequence databases

20 E-BioSci Objectives Provide a framework for further research into more effective strategies for linking of bibliographic with molecular, genomic, and (3D-)image databases Act as host for the web-publication of digital articles Operate in harmony with other international efforts, including PubMed and PubMed Central in the USA

21 Physical Sciences Information Infrastructure (PSII) Workshop: May 20-21, 2000 Included 2 SLA representatives as participants Representatives from AAAS (publisher of Science) and Nature Magazine Lots of government & academic types No one from the BIG DEAL publishers

22 PSII Workshop Conclusions Endorsement of a national infrastructure “When comparing The National Library of Medicine’s amazing success as a benchmark, it is clear that much can be done in the physical sciences to positively impact research and practice in the physical sciences.”

23 PSII Workshop Recommendations Common knowledge base Point of convergence for all information Openly available source of information to serve all users in an electronic environment

24 Public Library of Science (PLoS) Non-profit organization of scientists committed to making the world's scientific and medical literature freely accessible to scientists and to the public around the world, for the benefit of scientific progress, education and the public good.

25 PLoS Objectives Free access to scientific journal articles six months after publication Centralized archives of life sciences literature in a repository such as PubMed Central

26 PLoS Successes Open letter signed by 28,166 scientists from 172 countries as of 10/8/01 HOWEVER, only 3,000 in the US as of late August 2001 New journal production companies springing up: Blue Sky: bepress:

27 PLoS: Impact Few publishers have agreed to put their journals on PubMed Central for free, BUT: Science now offers free access to research articles one year out Royal Society of Chemistry has free access two years out Highwire Press has ~ 325,000 free articles NASA Astrophysics Data System has over 300,000 free articles PLoS will launch their own publishing effort: page charges @ $300/article

28 PubMed Central and PubScience PubMed Central began in February 2000 54 journals available as of 10/10/01, 43 of which are BioMed Central journals PubSCIENCE began in 1999, with a focus on the physical sciences Over 40 participating publishers

29 PubSCIENCE: Who cares? …while keeping medical research out of the hands of physicians and patients might be considered a moral outrage, the research needs of those involved with physics and the natural sciences are going to elicit a mere shrug from the average person. --Robin Peek, Information Today, September 2001, p. 42

30 PLoS Failures ARL Board of Directors refused to issue a public statement of support last July

31 PLoS: ACS Reaction …no editor or author has indicated an unwillingness to participate in the ACS journal publishing program because of PLOS. --Robert D. Bovenschulte, Director, ACS Publications Division (C&EN, September 3, 2001, p. 44)

32 Statement of the ACS, July 31, 2001 The American Chemical Society (ACS), the world’s largest scientific society, believes that government should scrutinize its role as a provider of S&T information in order to avoid harming the scientific enterprise, jeopardizing the stewardship of S&T information, and competing unnecessarily with businesses and nonprofit groups.

33 Future Directions More emphasis on standards for information production and retrieval systems: author empowerment Research on user behavior and use of computer systems New paradigms for science publishing Increased emphasis on informatics

34 IU School of Informatics

35 Chemical Informatics Chemical informatics provides the tools to acquire, organize, and evaluate data, yielding new insights for further chemical research.

36 Major Areas of Interest in Chemical Informatics Productivity applications Informatics techniques Simulation (Molecular Modeling)

37 Bioinformatics Bioinformatics is a pure and an applied science dealing with the collection, management, analysis and dissemination of biological data and knowledge, especially with respect to genetics and molecular biology.

38 Major Areas of Interest in Bioinformatics Study of the genome code Understanding role of the genome in regulating biological functions Intense concentration on proteins, their structure and function Proteomics

39 School of Informatics BS Degree: 122 hours Informatics core courses: 30 hours Other informatics courses: 9 hours Some may be from a department/school outside the School of Informatics Cognate area courses: 15-18 hours

40 Representative Core Courses Information infrastructure Information representation Mathematical foundations Social informatics Organizational informatics

41 Master of Science in Informatics Programs Human Computer Interaction Health Informatics Bioinformatics Chemical Informatics

42 Graduate Courses Introduction to Informatics Information Management Chemical Information Technology Molecular Modeling & Computational Chemistry

43 Informatics: Opening the Door to New Careers!

44 Who owns: Ans: American Chemical Society Ans:Howard Hughes Medical Institute

45 OSTI Products DOE Information Bridge (gray literature) PubSCIENCE (journal literature) PrePRINT Network (preprint literature) Federal R&D Project Summaries GrayLit Network EnergyFiles (virtual library collections) Research and Development Project Summaries DOE R&D Accomplishments ments

46 Bibliography Reisch, Mark S. “Responsible Care.” C&EN September 4, 2000, 78(36), 21-26. Challenges and Opportunities in Understanding the Complexity of Living Systems: Scope of the Life Sciences Future e-access to the primary literature (Nature Forum)

Download ppt "From Science Information to Science Informatics: Parallels and Paradoxes in Chemistry and Molecular Biology Gary Wiggins"

Similar presentations

Ads by Google