Dataset Handle: 20.500.14123/1656

Biodegradation of flavonoids

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Chronological data

Date of availability in catalog2025-01-09
Available from / since 2025-01-09

Language of the resource

German

Related external resources

Supplement to DOI: 10.1016/j.scp.2024.101473
Schnarr, L., Olsson, O., Ohls, S., Webersinn, J., Mauch, T., & Kümmerer, K. (2024). Flavonoids as benign substitutes for more harmful synthetic chemicals - effects of flavonoids and their transformation products on algae. Sustainable Chemistry and Pharmacy, 38, Artikel 101473.

Related PubData resources

Continues

Item type Resource ,
Dataset
Algae growth inhibition, abiotic stability and transformation product identification data
Schnarr, Lena
2025

Supplement to

Item type Resource ,
Dissertation
Natural Products as Benign Substitutes for Synthetic Chemicals - the Example of Flavonoids
Schnarr, Lena
2025 | DOI: 10.48548/pubdata-1564
Item type Resource ,
Journal Article
Flavonoids as benign substitutes for more harmful synthetic chemicals - effects of flavonoids and their transformation products on algae
Schnarr, Lena; Olsson, Oliver; Ohls, Sonia; Webersinn, Jolanda; Mauch, Tim; Kümmerer, Klaus
2024 | DOI: 10.48548/pubdata-2574

Editor

Author

Schnarr, Lena

Other contributors

Abstract

Der Datensatz bildet zusammen mit einem weiteren Datensatz die empirische Grundlage für die Erkenntnisse der Dissertation "Natural Products as Benign Substitutes for Synthetic Chemicals - the Example of Flavonoids" der Datenproduzentin.

Resource type

Dataset

Kinds of Data

Measurement Data / Measured Values
Statistical Evaluations / Tables
Laboratory Results

Methods

Experiment (Laboratory)

Thematic classification

Green Chemistry

Keywords

Biologische Abbaubarkeit; Flavonoide; Algen; Naturstoff; Transformationsprodukt; Nachhaltige Chemie; Grüne Chemie; Biodegradability; Flavonoids; Algae; Natural Product; Transformation Product; Sustainable Chemistry; Green Chemistry

More information

Data Collector

Schnarr, Lena

Rightsholder

Time Period of the Collection of the Data

Time Period of the Creation of the Dataset

2019 - 2023

Temporal Coverage of the Dataset

Geolocation (Country)

Geolocation (Region/Location)