The text discusses toxicity levels, drug interactions, and contraindications of a substance, including its effects on enzymes, potential risks during pregnancy, and overdose symptoms.
Infact verdict: Mixed (58/100).
The claims regarding toxicity levels, drug interactions, and contraindications were evaluated based on available evidence. The claim about oral LD50 being greater than 5,000 mg/kg in mice and rats is partially supported by evidence for methanol extract of A. Squamosa leaves but lacks specific data for other substances. The claim about intraperitoneal administration being toxic with an LD50 of 2,000 mg/kg is not supported by the evidence, which shows different LD50 values. The non-toxicity of hydroethanolic extract to rat astrocytes at 10–100 μg/mL is supported by one source. The claim about tetraphyllin B content lacks specific quantification. The arbutin content claim is not directly supported by evidence. The claim about strong inhibition of CYP3A4 with IC50 approximately 6 μg/mL is not directly supported. The additive risk of hypoglycemia with insulin and sulfonylureas is supported by evidence. The reduction of non-heme iron absorption by 59%–67% with meals is supported. The contraindication during pregnancy, lactation, and childhood is generally supported for certain substances. The claim about extreme acute overdose causing severe symptoms is supported by general evidence on herbal overdoses.
November 03, 2026Language: en_US10 claims analyzed
Oral LD50 is greater than 5,000 mg/kg in mice and rats.
The evidence supports that the oral LD50 for the methanol extract of A. Squamosa leaves is more than 5,000 mg/kg, but specific data for mice and rats for other substances is not provided.
Fact Check ScoreNone
Fact Check Weight0
Web Consensus Score60
Web Consensus Weight40
Source Quality Score60
Source Quality Weight20
Llm Reasoning Score60
Llm Reasoning Weight40
Llm Reasoning Score Raw60
Weighted Total58
Evidence SummaryWeb evidence supports LD50 > 5,000 mg/kg for methanol extract of A. Squamosa leaves.
Hydroethanolic extract is non-toxic to rat astrocytes at 10–100 μg/mL.
One source supports the non-toxicity of hydroethanolic extract to rat astrocytes at 10–100 μg/mL, while another source does not provide relevant information.
Fact Check ScoreNone
Fact Check Weight0
Web Consensus Score70
Web Consensus Weight40
Source Quality Score70
Source Quality Weight20
Llm Reasoning Score70
Llm Reasoning Weight40
Llm Reasoning Score Raw70
Weighted Total65
Evidence SummaryOne source supports non-toxicity of hydroethanolic extract to rat astrocytes.
Additive risk of hypoglycemia with insulin, sulfonylureas, and glitazones.
The evidence supports an increased risk of hypoglycemia when insulin and sulfonylureas are combined, though the clinical significance is noted as small.
Fact Check ScoreNone
Fact Check Weight0
Web Consensus Score80
Web Consensus Weight40
Source Quality Score80
Source Quality Weight20
Llm Reasoning Score80
Llm Reasoning Weight40
Llm Reasoning Score Raw80
Weighted Total88
Evidence SummaryEvidence supports increased hypoglycemia risk with insulin and sulfonylureas.
Extreme acute overdose of 200 g extract causes severe symptoms.
The evidence supports that extreme overdoses of certain herbal extracts can cause severe symptoms, though specific data for a 200 g extract is not provided.
Fact Check ScoreNone
Fact Check Weight0
Web Consensus Score60
Web Consensus Weight40
Source Quality Score60
Source Quality Weight20
Llm Reasoning Score60
Llm Reasoning Weight40
Llm Reasoning Score Raw60
Weighted Total58
Evidence SummaryGeneral evidence supports severe symptoms from extreme herbal overdoses.