By tjohnson , 15 June, 2026

title: "According Syrup for Historical General Tonic"

According Syrup for Historical General Tonic

Remedy Dossier Panel

Canonical Title: According Syrup for Historical General Tonic
Standardized Name: According
Historical Establishment: ★★
Source Count: 1 (1 independent)
Risk Level: MODERATE
Chemistry Available: NOT DOCUMENTED
Canonical ID: canon_efb81f21

A historically attested syrup formulation utilizing according, phnrm, soluble 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
Remarks On The Uses Of Some Of The Bazaar Medicines And Common Medical Plants Of India	This Root Obtained From A	According (original), Indian (original), Sheriff (original)	6. This root, obtained from a twining shrub common throughout India, whose bright scarlet seeds with...	Read
Pharmacologia	Qualities Form Long And Slender Twigs	According (original), German (original), Monardes (original)	QUALITIES. Form, long and slender twigs, covered with a wrinkled brown bark; Odour, none; _Taste...	Read
King S American Dispensatory	Description Iodine Is Usually Sold	According (original), Phnrm (original), Soluble (original)	Description. — Iodine is usually sold in small scales, or rhombic plates; occa- sionally ...	Read
Kings Vol2	Description Iodine Is Usually Sold	According (original), Phnrm (original), Soluble (original)	Description. — Iodine is usually sold in small scales, or rhombic plates; occa- sionally ...	Read
King S American Dispensatory	Chemical Composition A Detailed Analysis Of	According (original), Ixtlmm (original), Apoth (original)	Chemical Composition.— A detailed analysis of the leaves and bark oi Jam- r.nul.i ,.,u.-...	Read
Kings Vol2	Chemical Composition A Detailed Analysis Of	According (original), Ixtlmm (original), Apoth (original)	Chemical Composition.— A detailed analysis of the leaves and bark oi Jam- r.nul.i ,.,u.-...	Read
King S American Dispensatory	The Upper Part Of The Stem	According (original), Hence (original), Indust (original)	the upper part of the stem; it is more abundant in rapidlj'-growing cane than in cane...	Read
Kings Vol2	The Upper Part Of The Stem	According (original), Hence (original), Indust (original)	the upper part of the stem; it is more abundant in rapidlj'-growing cane than in cane...	Read
King S American Dispensatory	Virtues To Water The Taste Of	According (original), April (original), Sweet (original)	virtues to water. The taste of the Howers is sweet and mucilaginous; of tlie rliizonie...	Read
Kings Vol2	Virtues To Water The Taste Of	According (original), April (original), Sweet (original)	virtues to water. The taste of the Howers is sweet and mucilaginous; of tlie rliizonie...	Read
Kings Vol1	Lactic Acid Quickly Dissolves Oxalate Of	According (original), Magendie (original), Added (original)	Lactic acid quickly dissolves oxalate of calcium and phosphate of calcium, especially th...	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.