SPRESIweb 2.1: A Specialized Database for Chemical Synthesis
In the complex world of synthetic chemistry, the ability to quickly locate specific reaction pathways and synthesis methods is critical for research efficiency. SPRESIweb 2.1 serves as a selective chemical synthesis and reaction database designed to streamline this process for chemists and researchers.
By organizing chemical data into a searchable digital format, SPRESIweb 2.1 allows users to navigate the vast landscape of known chemical reactions with greater precision than traditional manual literature searches.
Key Facts
- Purpose: Acts as a selective database for chemical synthesis and reactions.
- Primary Reference: Detailed in the Journal of Chemical Information and Modeling (J. Chem. Inf. Model).
- Author: Developed/documented by Dana L. Roth.
- Academic Context: Recognized within broader chemistry education best practices and trends.
Technical Overview of SPRESIweb 2.1
SPRESIweb 2.1 is categorized as a chemical informatics tool—a field that uses computer and informational techniques to store and analyze chemical data. Unlike general search engines, this database is selective, meaning it focuses on specific synthesis and reaction parameters to provide high-quality, relevant results for the synthetic chemist.
The utility of such databases is highlighted in academic literature, including the work of Dana L. Roth (2005), which outlines the database's structure and its role in facilitating chemical research.
Role in Chemistry Education
Beyond active laboratory research, tools like SPRESIweb 2.1 play a role in chemistry education. By providing a structured way to explore reactions, these databases help students and educators implement best practices in learning how to plan and execute chemical syntheses.
This intersection of technology and education is further discussed in comprehensive texts such as Chemistry Education: Best Practices Opportunities and Trends, edited by Peter W. Atkins, Javier Garcia-Martinez, and Elena Serrano-Torregrosa.
| Category | Details |
|---|---|
| Database Name | SPRESIweb 2.1 |
| Primary Function | Selective Chemical Synthesis and Reaction Database |
| Key Publication | J. Chem. Inf. Model 45 (5), 1470–1473 |
| DOI | 10.1021/ci050274b |
Frequently Asked Questions
What is SPRESIweb 2.1?
SPRESIweb 2.1 is a selective database specifically designed for chemical synthesis and reactions, allowing researchers to find precise chemical pathways.
Who is the primary author associated with SPRESIweb 2.1?
Dana L. Roth is the author who detailed the database in the 2005 publication in the Journal of Chemical Information and Modeling.
Where can the technical details of SPRESIweb 2.1 be found?
The technical details are published in the American Chemical Society's J. Chem. Inf. Model, volume 45, issue 5, pages 1470–1473.
How does SPRESIweb 2.1 relate to chemistry education?
It is cited as part of the tools and trends used in chemistry education to improve best practices in the field, as noted in the work edited by Peter W. Atkins and colleagues.