Bioinformatics instructors and students
Preparing a lecture or presentation on biological database resources and their classification.
The NAR Database mind map template organizes the structure and classification of the Nucleic Acids Research (NAR) database collection, covering 1,685 databases including 88 new resources and 23 removed obsolete websites. It explores major groupings such as 'nuclei acid sequence and structure', 'protein sequence and structure', and 'genome of human and model organisms', as well as the NAR online Molecular Biology Database Collection. The template also outlines criteria for selection into NAR databases, reasons for grouping and dropping databases, and the purpose of database creation and sharing. Designed for researchers and bioinformatics students, this NAR Database cheat sheet provides a concise overview of database organization and curation.
Termos e condiçõesPreparing a lecture or presentation on biological database resources and their classification.
Conducting a literature review that requires understanding the landscape of nucleic acid and protein databases.
Evaluating which databases to use for a new research project based on criteria like novelty and accuracy.
Open the NAR Database template in Xmind to review the primary branches covering database organization, major groupings, and current resource statistics.
Expand the collapsed nodes to study specific nucleic acid or protein structures and add your own research notes or formatting to personalize the content.
Rearrange the bioinformatics topics as needed and export your completed mind map as a PDF or image to share with your academic team.
The template covers the organization of major biological databases, grouping categories from the 2016 NAR Database and NAR online collection, selection criteria, reasons for database removal, and the purpose of database creation.
It is organized into branches: organisation of database, major grouping, numbers available, criteria for selection, why we need to group, why databases are dropped, why databases are created, and group members.
Yes, you can edit the .xmind file to add your own notes, reorganize branches, or update the database list as new resources become available.
Researchers, bioinformatics students, and educators who need a structured overview of major molecular biology databases and their classification.
It lists the total number of databases (1,685), including 88 new resources and 23 removed obsolete websites, reflecting the curated collection.
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