Erdmann
- furane-alcohol kills by respiratory paralysis rabbit ⟨doses of 0.5 to 0.6 gram per kilo body weight⟩
furane-alcohol kills a rabbit by respiratory paralysis
judge verdicts (2)
- groundedness 1.00 pass — The claim is directly stated in the passage. Erdmann's finding explicitly states that 'furane-alcohol kills a rabbit by respiratory paralysis' at the specified dose range of 0.5 to 0.6 gram per kilo of body weight, and this exact phrase appears as a direct quote from the passage.
- qualifier_fidelity 1.00 pass — All qualifiers are faithful to the passage. The viewpoint correctly attributes the finding to Erdmann as stated in the passage. The stance 'asserts' is appropriate as Erdmann presents this as a factual finding without hedging. The sentiment 'negative' matches the harmful nature of the effect described. The time qualifiers are correctly null since no temporal information is provided in the passage. The context accurately specifies the dosage range (0.5 to 0.6 gram per kilo of body weight) that Erdmann tested. The quote appears verbatim in the passage and directly supports the claim.
doses of from 0.6 to 1 gram of furane-alcohol increased respiratory activity
judge verdicts (2)
- groundedness 1.00 pass — The claim is directly stated in the passage: 'In man, doses of from 0.6 to 1 gram of furane-alcohol increased respiratory activity without producing other symptoms.' The subject, predicate, object, context, and attribution to Erdmann are all explicitly supported.
- qualifier_fidelity 1.00 pass — All qualifiers are faithful to the passage. The viewpoint correctly attributes the finding to Erdmann (as indicated by [254]). The stance 'asserts' is appropriate as Erdmann presents this as a finding without qualification. The sentiment is neutral, matching the factual tone of the passage. The time qualifiers are correctly set to null as no temporal information is provided. The context accurately specifies 'doses of 0.6 to 1 gram' which matches the passage restriction. The quote is verbatim from the passage and directly supports the claim about increased respiratory activity in man at those dosages.