By tjohnson , 15 June, 2026

title: "Disease Syrup for Historical General Tonic"

Disease Syrup for Historical General Tonic

Remedy Dossier Panel

Canonical Title: Disease Syrup for Historical General Tonic
Standardized Name: Disease
Historical Establishment: ★★
Source Count: 1 (1 independent)
Risk Level: MODERATE
Chemistry Available: NOT DOCUMENTED
Canonical ID: canon_6bc76a7d

A historically attested syrup formulation utilizing disease for general tonic applications.

Canonical Data Addendum & Scores

Historical Establishment Score: ★★★ (1 independent sources)
Ratio Agreement Score: ★★

Source Variants Across Books

Source Book	Original Name	Ingredients	Process Difference	Link
Mother S Remedies	Diseases Dose EtcDose Of The Syrup	Diseases (original)	Diseases, Dose, etc.--Dose of the syrup one to four ounces, two or three times a day. For the diseas...	Read
Mother S Remedies	Diseases Dose EtcDose Of The Decoction	Diseases (original)	Diseases, Dose, etc.--Dose of the decoction, half to one ounce three or four times a day. Dose of th...	Read
Mother S Remedies	Diseases Dose EtcFor Coughs Bronchitis And	Diseases (original), Local (original), Nervous (original)	Diseases, Dose, etc.--For coughs, bronchitis and worms, should be taken five times daily; croup, eve...	Read
Mother S Remedies	Diseases Dose EtcDose Of Infusion Two	Diseases (original), Infusion (original)	Diseases, Dose, etc.--Dose of infusion, two to four ounces; fluid extract, one to two teaspoonfuls. ...	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.