Article Analysis about Mouse Resource Browser - Essay Example

A Mouse Resource Browser (MSR) was presented, “a database of mouse databases that index 217 publicly available mouse resources under 22 categories and uses a standardized database description framework (the CASIMIR DDF) to provide information on their controlled vocabularies (ontologies and minimum information standards), and technical information on programmatic access and data availability” (Zouberakis, et.al., 2010, par. 1).

The discourse briefly introduced the need to achieve the authors’ identified objective and progressed by proffering the design, implementation, and accessibility of the proposed database. The MRB which was the focus of the article was described as “the front-end of a relational, fully normalized PostgreSQL database, and is a typical Java EE application that follows the MVC architectural pattern, generating three transparent layers: the Enterprise JavaBeans (EJB) layer, the intermediate Session layer, and the interface/web layer” (Zouberakis, et.al., 2010, par. 5). The general content of the article was explained in greater detail in terms of management, delivery, and structure. Likewise, an online questionnaire was designed for curatorial purposes. Several illustrations and graphical representations were provided to diagram the MRB architecture and to depict the online responses, curatorial information, ontologies, and accessibility, among others.

Finally, a discussion of the proposed MRB’s beneficial contributions to scientists and professionals in the fields of genetics and biomedical sciences was expounded; and the source of funding was appropriately acknowledged.

The authors were effective in attaining their objective to “provide useful information to both bench scientists, who can easily navigate and find all mouse-related resources in one place, and bioinformaticians, who will be provided with interoperable resources containing data which can be mined and integrated” (Zouberakis, et.al., 2010, par. 1). Further, the discourse was effectively and creatively structured to present a concise and accurate presentation of facts which are easily understood and can be appreciated by a wide range of clientele. The use of graphical illustrations enhanced the presentation of data and proper citations were accorded for referenced sources of additional authoritative information.

Overall, the article proffered relevant information about integrating data from diverse sources made possible through standardization, interoperability, and integration. The benefits that database management accords to diverse fields of discipline, especially in the medical sciences endeavor – a continually developing and progressive career – are manifested and exemplified in the article. Through genuine interest and commitment to enhancing discoveries in bioinformatics applications, the authors’ innovative and creative talents enabled the integration of critical and relevant information which would ensure that users could easily access data that have been previously encoded but differently programmed. The article is a relevant piece of information where readers are accorded the opportunity to advance theoretical concepts on databases and apply these theories to contemporary biomedical sciences applications.