LIAS metabolites - NaviKey Module for Identification - Lichen substances LiasLight


NOTE:

LIAS metabolites – Identification of lichen substances


To run the applet, the most recent version of Java™ Runtime Environment needs to be downloaded and installed first. Mac OS X users may load Java for Mac OS X. For usage of the context menu, Java v. 6.0 or above is required. The address of this web site (http://lias.net) needs to be included in the list of allowed sites of the web browser's pop-up blocker settings. Detailed instructions are provided further below.

If the LIAS metabolite database has been of some use in your work, please consider to cite it as follows:
Elix, J. A., Kalb K., Rupprecht J., Schobert, R. 2012 onwards [last visited: 2017-05-25]. LIAS metabolites – A Database for the Rapid Identification of Secondary Metabolites of Lichens (ed. Rambold, G.). – liaslight.lias.net/Identification/Navikey/Metabolites/.

New: Elix, J. A. 2014. A Catalogue of Standardized Chromatographic Data and Biosynthetic Relationships for Lichen Substances. Third Edition. Published by the author, Canberra. Now available at ANBG: download pdf – 2 MB.

We also would appreciate your feedback.

For identifying lichen species of the world, consult LIAS light.

For usage of the database, the instructions for Standardized Thin Layer Chromatography by Elix and Ernst-Russell (1993) should be followed. Our MS Excel sheet 'LIAS metabolites Calculator' may probably be of help.




An interactive key using

NaviKey Icon


Usage of the applet:

For offline usage of LIAS metabolites data, download NaviKey and keep yourself updated with the most recent LIAS metabolites data files. Unpack the data files and copy them into the local ../NaviKey_xxx/DeltaSampleData/ directory.



Creative Commons License
LIAS metabolites by BSM, München, Germany is licensed under a Creative Commons Attribution-Non-Commercial-No Derivative Works 3.0 Unported License. The "No Derivative Works" restriction applies only to contents but not to technical format transformation for usage in various applications.