ReCAnt | Resource on Chemicals Used in Aquaculture and Their Ecotoxicity

Parthenium hysterophorus whole plant hydroethanolic extract

Curated Data

Chemical Information Curated Therapeutic Use Data Curated Toxicity Data

Chemical Information

Unique Identifier

RID10214

Curated Therapeutic Use Data

Therapeutic actions reported:Antibacterial

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ⓘ Table glossary

Reference	Experiment Type	Cell/Tissue/Microbe/Strain	Test Organism	Lifestage	Administration Method	Target Organism	Administered Dose Range	Significant Dose Range	Time to Death of Pathogen (min)	Anthelminthic Efficacy (%)	Therapeutic Action
PMID:37247154	In vitro	ATCC 10536	-	-	-	Escherichia coli	50.0 mg/L	50.0 mg/L	-	-	Antibacterial
	In vitro	ATCC 17802	-	-	-	Vibrio parahemolyticus	50.0 mg/L	50.0 mg/L	-	-	Antibacterial
	In vitro	ATCC 27853	-	-	-	Pseudomonas aeruginosa	50.0 mg/L	50.0 mg/L	-	-	Antibacterial
	In vitro	COFKWD_AC22	-	-	-	Aeromonas caviae	50.0 mg/L	50.0 mg/L	-	-	Antibacterial
	In vitro	COFKWD_AH22	-	-	-	Aeromonas hydrophila	50.0 mg/L	50.0 mg/L	-	-	Antibacterial
	In vitro	COFKWD_AV22	-	-	-	Aeromonas veronii	50.0 mg/L	50.0 mg/L	-	-	Antibacterial
	In vitro	COFKWD_SB22	-	-	-	Shewanella baltica	50.0 mg/L	50.0 mg/L	-	-	Antibacterial
	In vitro	COFKWD_SX22	-	-	-	Shewanella xiamenensis	50.0 mg/L	50.0 mg/L	-	-	Antibacterial
	In vitro	COFKWD_VC22	-	-	-	Vibrio cholerae	50.0 mg/L	50.0 mg/L	-	-	Antibacterial
	In vitro	COFKWD_AJ22	-	-	-	Aeromonas jandaei	50.0 mg/L	50.0 mg/L	-	-	Antibacterial

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Curated Toxicity Data

Effects reported:Biochemistry Mortality Cell(s) Enzyme(s) Immunological

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ⓘ Table glossary

Reference	Experiment type	Cell / tissue / strain	Test organism	Lifestage	Administration	Administered dose	Significant dose	Trend	Measurement	Effect
PMID:37247154	Ex vivo	-	Cyprinus carpio	-	-	30 μL	30 μL	Increased	Hemolysis	Biochemistry
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Decreased	Albumin	Biochemistry
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Decreased	Globulin	Biochemistry
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Decreased	Hematocrit (anemia)	Biochemistry
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Decreased	Hemoglobin	Biochemistry
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	18.99 mg/L	18.99 mg/L	Decreased	Lethal body concentration	Mortality
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Decreased	Leukocytes	Cell(s)
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Decreased	Lysozyme activity	Enzyme(s)
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Decreased	Nitroblue tetrazolium	Immunological
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Decreased	Polychromatic cells	Cell(s)
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Decreased	Protein content	Biochemistry
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Increased	Alanine transaminase (ALT)	Enzyme(s)
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Increased	Alkaline phosphatase	Enzyme(s)
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Increased	Aspartate aminotransferase	Enzyme(s)
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Increased	Glucose	Biochemistry
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Increased	Mean corpuscular hemoglobin	Biochemistry
	In vivo	-	Cyprinus carpio	Fingerling	Water treatment	0.379-0.759 mg/L	0.379-0.759 mg/L	Increased	Mean corpuscular volume	Biochemistry

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Glossary ×

Therapeutic data

Reference PubMed ID of research paper

Experiment Type In vivo or in vitro

Cell / Tissue / Microbe / Strain If in vitro, cells = cells from aquaculture-relevant species

Cell / Tissue / Microbe / Strain If in vitro, tissues = tissues from aquaculture-relevant species

Cell / Tissue / Microbe / Strain If in vitro, microbes = type of microorganism obtained from aquaculture-relevant species

Cell / Tissue / Microbe / Strain If in vitro, strain = strain of microorganism obtained from aquaculture-relevant species

Cell / Tissue / Microbe / Strain If in vivo, this field is left blank

Test Organism Aquacultural species tested for prophylactic effect

Lifestage Lifestage of test organism if reported

Administration Method Route or method of chemical administration

Target Organism Pathogens affecting the test organism

Administered Dose Range All tested chemical doses

Significant Dose Range Doses producing significant effects

Time to Death Time to kill target organism (minutes)

Anthelminthic Efficacy Effectiveness in reducing target organism (%)

Therapeutic Action Reported therapeutic effect

Toxicity data

Reference PubMed ID of research paper

Experimental Type In vivo or in vitro

Cell / Tissue If in vitro, cells derived from aquaculture-relevant species

Cell / Tissue If in vitro, tissues obtained from aquaculture-relevant species

Cell / Tissue If in vivo, left blank

Test Organism Aquaculture-relevant species tested for toxic effect

Lifestage Lifestage of the test organism if mentioned in the reference

Administration Route by which the chemical enters the test organism or treatment method

Administered dose range Different doses of chemicals tested in this study

Significant dose range Significant result(s) at specific doses

Trend Direction of effect over time

Measurement Parameter used to quantify the effect

Effect Overall observed biological outcome or toxicological effect

DISCLAIMER

ReCAnt is a database of chemicals used in aquaculture and their ecotoxic effects, compiled from published literature. The authors are not liable for any inaccuracies or omissions of any chemicals in this resource. Importantly, our sole goal to build this resource on chemicals used in aquaculture is to enable future basic research on this topic, and it does not necessarily reflect the views or objectives of our employers or funders.