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Wash of Acetate of Iron

An automatically extracted historical preparation published directly for live editorial review. Botanical identity, formula structure and safety may be incomplete; this is not treatment or dosage guidance.

Use not statedUse not stated PreparationWash RouteTopical use Plant recordBidens schimperi ↗

No specific intended use is stated in the extracted passage

The extracted preparation passage does not state a specific intended use.

It documentsA historical source passage and its preparation structure.
It does not establishModern effectiveness, an individual dose, diagnosis or personal suitability.
Use relationship map

Exact source claims and related context are never blended together.

This hierarchy shows why a use appears beside the preparation. The strongest relationship comes first; contextual links remain explicitly labeled.

Use not stated in the extracted passage.

The preparation remains searchable as an archival method record without an invented indication.

Automated live-review record

This formula was extracted automatically from a historical source and published directly for live editorial inspection. It may contain OCR, title, botanical-identity, ingredient, structure or safety errors. Do not use it as treatment, dosage or self-care guidance.

Source: The London dispensatory by Thomson, Anthony Todd, 1778-1849 (1811), materia-522-9.

Ingredients or materials as extracted

  • Acetate of Iron: 525 mav form; wash these with cold distilled water, and dry them upon paper with a very gentle heat. <¢ In the whole of this process glass vessels must be used.” Acetic acid scarcely acts on mercury, but by either of the above processes the acetate may be formed, Nitrate of mer- cury is first obtained by the action of the nitric acid on the mercury; and this is decomposed by the acetate of potass, the alkah of which

Method as extracted

  1. Mix according to the source passage: 525 mav form; wash these with cold distilled water, and dry them upon paper with a very gentle heat. <¢ In the whole of this process glass vessels must be used.” Acetic acid scarcely acts on mercury, but by either of the above processes the acetate may be formed, Nitrate of mer- cury is first obtained by the action of the nitric acid on the mercury; and this is decomposed by the acetate of potass, the alkah of which unites with the acid of the metallic salt, and forms nitrate of potass, which remains in solution; while the disengaged acetic acid combines with the oxide of mercury, and forms the acetate of mercury, which readily crystallizes, and is thus easily separated.

Live editorial status

This record was published without a human-review gate by site policy. Automated flags at publication: no primary ingredient taxon link, non botanical title identity, quality score below 70, not herbal remedy, not marked promotable. Publication makes the source extraction inspectable; it does not verify identity, completeness, efficacy or safety.

Modern safety boundary

External use only

This boundary permits external context only. Do not convert it into an internal preparation.

  • Unreviewed automated import: this record is public for live editorial inspection and has not passed manual identity, formula or safety review.
  • Historical formula: ingredient identity, strength, contamination risk and terminology may differ from modern practice.
  • Do not use this record as dosage or treatment guidance. Every ingredient, route and contraindication requires qualified editorial verification.
  • The historical use wording does not establish modern clinical effectiveness.
Sources & editorial standard

Primary wording. Visible interpretation. No borrowed certainty.

The public record separates the historical passage, structured preparation data, use relationship and modern safety boundary. Same-plant context is presented as context, never as proof that this preparation was intended for that use.

Primary and supporting references

  1. The London dispensatory — The London dispensatoryPrimary source for the extracted ingredients and method at materia-522-9.
Read editorial standards