By tjohnson , 15 June, 2026

title: "German Tincture for Historical General Tonic"

German Tincture for Historical General Tonic

Remedy Dossier Panel

Canonical Title: German Tincture for Historical General Tonic
Standardized Name: German
Historical Establishment: ★★★
Source Count: 2 (2 independent)
Risk Level: MODERATE
Chemistry Available: NOT DOCUMENTED
Canonical ID: canon_a26f897a

A historically attested tincture formulation utilizing german, strongly, tannin for general tonic applications.

Canonical Data Addendum & Scores

Historical Establishment Score: ★★★ (2 independent sources)
Ratio Agreement Score: ★★

Source Variants Across Books

Source Book	Original Name	Ingredients	Process Difference	Link
King S American Dispensatory	Strongly AJtriugeut Light Spongy Ami WhitishColored	German (original), Tannins (original), Strongly (original)	Strongly a.-Jtriugeut. Light, spongy, ami whitish-colored iiutgall should he re- jected "—...	Read
Kings Vol2	Strongly AJtriugeut Light Spongy Ami WhitishColored	German (original), Tannins (original), Strongly (original)	Strongly a.-Jtriugeut. Light, spongy, ami whitish-colored iiutgall should he re- jected "—...	Read
King S American Dispensatory	Momordica Balsnmina Linui BalsamApple This	German (original), Momordica (original), Proper (original)	Momordica balsnmina, Linui; Balsam-apple. — This long-ovate fruit, tapering at each ex- t...	Read
Kings Vol2	Momordica Balsnmina Linui BalsamApple This	German (original), Momordica (original), Proper (original)	Momordica balsnmina, Linui; Balsam-apple. — This long-ovate fruit, tapering at each ex- t...	Read
King S American Dispensatory	Solve The Sugar With A Gentle	German (original), Pfiar (original), Ptipdveri (original)	solve the sugar with a gentle heat, sliain. ami when the syrup is cold, add enough w...	Read
Kings Vol2	Solve The Sugar With A Gentle	German (original), Pfiar (original), Ptipdveri (original)	solve the sugar with a gentle heat, sliain. ami when the syrup is cold, add enough w...	Read

Pharmacognosy and Modern Conversions

This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches. This newly processed canonical record requires the same deep theoretical and toxicological analysis as the initial batches.