By tjohnson , 15 June, 2026

title: "Botanical Liniment for Historical Topical"

Botanical Liniment for Historical Topical

Remedy Dossier Panel

Canonical Title: Botanical Liniment for Historical Topical
Standardized Name: Botanical
Historical Establishment: ★★★★★
Source Count: 9 (8 independent)
Risk Level: MODERATE
Chemistry Available: NOT DOCUMENTED
Canonical ID: canon_17a24bd7

A historically attested liniment formulation utilizing botanical for topical applications.

Canonical Data Addendum & Scores

Historical Establishment Score: ★★★★★ (8 independent sources)
Ratio Agreement Score: ★★

Source Variants Across Books

Source Book	Original Name	Ingredients	Process Difference	Link
Mother S Remedies	UsesIt Is Good For Cold In	Botanical (original)	Uses.--It is good for cold in the head in the early stages. It may be snuffed up the nostrils in fin...	Read
The American Eclectic Materia Medica And Therapeutics	The Iatraleptic Method Consists In The	Botanical (original)	The iatraleptic method consists in the application of medi- cated substances to the surf...	Read
The American Eclectic Materia Medica And Therapeutics	It Is Chiefly Used In Pharmacy	Botanical (original)	It is chiefly used in pharmacy as an ingredient of ointments, cerates and liniments, f...	Read
The Cook And Housekeeper S Complete And Universal Dictionary	Piles If This Complaint Be Occasioned	Botanical (original)	PILES. If this complaint be occasioned by costiveness, proper attention must be paid to that circums...	Read
King S American Dispensatory	A Liniment Of Ipecac R Powd	Botanical (original)	A liniment of ipecac (R Powd. ipecacuanha, sweet oil, of each, sij; lard, gs.'?; mix ...	Read
Domestic Medicine	This Liniment May Be Applied In	Botanical (original)	This liniment may be applied in cases of excoriation, where, on account of the largeness of the surf...	Read
Organon Of The Rational Art Of Healing	Moving A Polypus By Ligature Extirpating	Botanical (original)	moving a polypus by ligature, extirpating a tumefied gland, or destroying the same by suppuration, ...	Read
The Farmer S Own Book	Put All Into A Bottle Shake	Botanical (original)	Put all into a bottle, shake, mix and dissolve well, and it is fit for use. Rub the liniment on the ...	Read
Kings Vol2	A Liniment Of Ipecac R Powd	Botanical (original)	A liniment of ipecac (R Powd. ipecacuanha, sweet oil, of each, sij; lard, gs.'?; mix ...	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.