- ISSN: 2084-8811 (electronic version)
- Owner: Versita, Warsaw, Poland
- Publisher: Versita, Warsaw, Poland
- Open Access: Versita Open
| Why subscribe and read | Why submit | Description | Editors | Contact |
The journal will position itself as the central and most authoritative reference point in Asymmetric Organocatalysis. Particularly, readers will find a direct and comprehensive access of very high level to the topic in which they are more interested. Seeking the last developments and the suitable publications in Asymmetric Organocatalysis is going to be easier and faster without getting lost in the plethora of articles about the general concept of catalysis.
Easy access to the information of the journal and to the publication process, citation in the most important Databases such as Sci-Finder, MedLine and Web of Science, and an easy contact with journal editors to solve any possible problem must be the most important aspects to attract potential authors. Some characteristics of this new journal will be:
-
Publishing - results in even faster time of publication
-
New easy-to-read layout and improved design
-
Full Open Access - no fees for readers or authors
-
Review time no longer than 15 days
In addition to communications, the Journal of Asymmetric Organocatalysis publishes reviews, mini-reviews, accounts, highlights, essays and full papers.
Last decade has witnessed the new golden rush of Organocatalysis, highlighted an impressive amount of publications and activities. Nonetheless, up till now there was a lack of dedicated journal in this topic. The Asymmetric Organocatalysis (AO) was born to offer a valuable solution to such a dreadful deficiency for chemists in both academia and industry. Particularly, the AO provides a powerful tool to spread and acquire the new ideas, methodologies and significant developments in the different kind of organocatalysed transformations. From this perspective, the AO will be renowned as one of the fastest publisher of articles providing information on new avenues of research in the field of asymmetric organocatalysis.
|
|
