PubMed Health⌕ Search

PubMed · 12405033

[EndNote 5 reference manager--functions--improvements--personal experiences].

Abstract

Bibliography database managers are used to manage information recourses: specifically, to maintain a database to references and create bibliographies and reference lists for written works. A good reference management program should make it easy to read and to record the elements that a reference comprises, e.g. authors name, year of publication, title of article etc. It should offer tools that let you find and retrieve references quickly, and it should be able to produce the bibliography in the format required for a particular publication. You can create your database reference by reference or you can download batches of references from one of the popular searching services (e.g. MEDLINE) and you can search in the Internet. When you want to cite a reference you simply paste the reference wherever you want your intext citation to appear. There are many computer programs, but very few stands out as truly useful, time saving, and work enhancing. One of them is EndNote. The reference manager EndNote 5.0 was recently released in Germany. As long-time fans of this excellent program, we upgraded from the previous version. The use of the software package EndNote 5.0 for Windows is described. The main reason for getting EndNote 5.0 is its clearly improved functions and features: especially the co-operation with Microsoft Word (cite while you write) and the spelling examination. Altogether EndNote 5.0 provides also an excellent combination of features and ease of use.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

M Reiss, G Reiss. 2002-10-02. [EndNote 5 reference manager--functions--improvements--personal experiences].. https://doi.org/10.1024/0369-8394.91.40.1645

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

Achieving evolvable Web-database bioscience applications using the EAV/CR framework: recent advances.

The EAV/CR framework, designed for database support of rapidly evolving scientific domains, utilizes metadata to facilitate schema maintenance and automatic generation of Web-enabled browsing interfaces to the data. EAV/CR is used in SenseLab, a neuroscience database that is part of the national Human Brain Project. This report describes various enhancements to the framework. These include (1) the ability to create "portals" that present different subsets of the schema to users with a particular research focus, (2) a generic XML-based protocol to assist data extraction and population of the database by external agents, (3) a limited form of ad hoc data query, and (4) semantic descriptors for interclass relationships and links to controlled vocabularies such as the UMLS.

Database Management Systems↗

Pathways database system: an integrated system for biological pathways.

MOTIVATION: During the next phase of the Human Genome Project, research will focus on functional studies of attributing functions to genes, their regulatory elements, and other DNA sequences. To facilitate the use of genomic information in such studies, a new modeling perspective is needed to examine and study genome sequences in the context of many kinds of biological information. Pathways are the logical format for modeling and presenting such information in a manner that is familiar to biological researchers. RESULTS: In this paper we present an integrated system, called Pathways Database System, with a set of software tools for modeling, storing, analyzing, visualizing, and querying biological pathways data at different levels of genetic, molecular, biochemical and organismal detail. The novel features of the system include: (a) genomic information integrated with other biological data and presented from a pathway, rather than from the DNA sequence, perspective; (b) design for biologists who are possibly unfamiliar with genomics, but whose research is essential for annotating gene and genome sequences with biological functions; (c) database design, implementation and graphical tools which enable users to visualize pathways data in multiple abstraction levels, and to pose predetermined queries; and (d) an implementation that allows for web(XML)-based dissemination of query outputs (i.e. pathways data) to researchers in the community, giving them control on the use of pathways data. AVAILABILITY: Available on request from the authors.

Database Management Systems↗

Zerg: a very fast BLAST parser library.

SUMMARY: Zerg is a library of sub-routines that parses the output from all NCBI BLAST programs (Blastn, Blastp, Blastx, Tblastn and Tblastx) and returns the attributes of a BLAST report to the user. It is optimized for speed, being especially useful for large-scale genomic analysis. Benchmark tests show that Zerg is over two orders of magnitude faster than some widely used BLAST parsers. AVAILABILITY: http://bioinfo.iq.usp.br/zerg

Database Management Systems↗