Investigating the Stability of Individual Carboxylate-Rich Alicyclic Molecules Under Simulated Environmental Irradiation and Microbial Incubation Conditions

Understanding dissolved organic matter (DOM) relies on the development of methods capable of navigating its complexity. Although analytical techniques have continually advanced, the fate of individual compound classes remains nearly impossible to track with the current technology. Previously, we rep...

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Bibliographic Details
Main Author:	Alexander J. Craig (1688206) (author)
Other Authors:	Mahsa Norouzi (22053581) (author), Paul Löffler (16398498) (author), Foon Yin Lai (1686805) (author), Rim Mtibaà (22053584) (author), Eva Breyer (22053587) (author), Federico Baltar (401998) (author), Lindon W. K. Moodie (5052386) (author), Jeffrey A. Hawkes (6947765) (author)
Published:	2025
Subjects:	Biochemistry Ecology Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified various aquatic settings simulated solar irradiation simulated environmental irradiation similar analytical features saturated carbon backbone rich alicyclic molecule experiments provide support although analytical techniques within microbial incubations investigated cram analogues rich alicyclic molecules previously available standards synthesized cram compounds cram within synthesized crams photochemical degradation methods capable diverse set current technology conventional use continually advanced compounds bearing chosen biological chemical relevance carboxylic acids bulk material alternative approach 8 months
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Investigating the Stability of Individual Carboxylate-Rich Alicyclic Molecules Under Simulated Environmental Irradiation and Microbial Incubation Conditions

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