Introduction:  The homeopathic materia medica contains hundreds of thousands of observations collected over the course of two centuries. It includes both clinical observations of potentized medicines and observations of the actions of potentized medicines on healthy subjects (provings). This current study was undertaken to determine the degree to which observations within the materia medica were associated with the physiological mechanisms for thyroid activity-inhibiting substances in their undiluted state.

Materials and methods:  Four specific symptoms for iodine deficiency were selected to describe the hypothyroid state: (1) generalized aggravation by or sensitivity to cold; (2) chronic painless hoarseness; (3) goiter; (4) painless diffuse non-scarring alopecia. Symptom representation for the four selected symptoms within the homeopathic materia medica was compared for 2 halogen inhibitors, for 3 substances that influence thyroid hormone target tissues, for 6 substances known or suspected to increase thyroid-stimulating hormone or decrease thyroid hormone levels, and for 11 substances not known to inhibit thyroid activity. To avoid knowledge bias, only those compilations of materia medica whose publication dates preceded the discoveries of crucial aspects of thyroid physiology were used as source materials for investigation.


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Conclusions:  With respect to thyroid activity inhibition, there is a statistically significant association between observations recorded within the homeopathic materia medica and the expected physiological mechanisms for the corresponding undiluted substances.

Subjects:  15 healthy physicians and medical students volunteered as provers; 11 were randomised to verum and 4 to placebo. Proving substance: Galphimia glauca C12 compared to placebo; maximum intake of 5 days.

Materia medica (lit.: 'medical material/substance') is a Latin term from the history of pharmacy for the body of collected knowledge about the therapeutic properties of any substance used for healing (i.e., medications). The term derives from the title of a work by the Ancient Greek physician Pedanius Dioscorides in the 1st century AD, De materia medica, 'On medical material' (  , Peri hyls iatriks, in Greek).

The term materia medica was used from the period of the Roman Empire until the 20th century, but has now been generally replaced in medical education contexts by the term pharmacology. The term survives in the title of the British Medical Journal's "Materia Non Medica" column.

The earliest known writing about medicine was a 110-page Egyptian papyrus. It was supposedly written by the god Thoth in about 16 BC. The Ebers papyrus is an ancient recipe book dated to approximately 1552 BC. It contains a mixture of magic and medicine with invocations to banish disease and a catalogue of useful plants, minerals, magic amulets and spells.[1] The most famous Egyptian physician was Imhotep, who lived in Memphis around 2500 B.C. Imhotep's materia medica consisted of procedures for treating head and torso injuries, tending of wounds, and prevention and curing of infections, as well as advanced principles of hygiene.

In India, the Ayurveda is traditional medicine that emphasizes plant-based treatments, hygiene, and balance in the body's state of being. Indian materia medica included knowledge of plants, where they grow in all season, methods for storage and shelf life of harvested materials. It also included directions for making juice from vegetables, dried powders from herb, cold infusions and extracts.[2]

The earliest Chinese manual of materia medica, the Shennong Bencao Jing (Shennong Emperor's Classic of Materia Medica), was compiled in the 1st century AD during the Han dynasty, attributed to the mythical Shennong. It lists some 365 medicines, of which 252 are herbs. Earlier literature included lists of prescriptions for specific ailments, exemplified by the Recipes for Fifty-Two Ailments found in the Mawangdui tomb, which was sealed in 168 BC. Succeeding generations augmented the Shennong Bencao Jing, as in the Yaoxing Lun (Treatise on the Nature of Medicinal Herbs), a 7th-century Tang dynasty treatise on herbal medicine.

Galen was a philosopher, physician, pharmacist and prolific medical writer. He compiled an extensive record of the medical knowledge of his day and added his own observations. He wrote on the structure of organs, but not their uses; the pulse and its association with respiration; the arteries and the movement of blood; and the uses of theriacs. "In treatises such as On Theriac to Piso, On Theriac to Pamphilius, and On Antidotes, Galen identified theriac as a sixty-four-ingredient compound, able to cure any ill known".[4] His work was rediscovered in the 15th century and became the authority on medicine and healing for the next two centuries. His medicine was based on the regulation of the four humors (blood, phlegm, black bile, and yellow bile) and their properties (wet, dry, hot, and cold).[5]

The Greek physician Pedanius Dioscorides, of Anazarbus in Asia Minor, wrote a five-volume treatise concerning medical matters, entitled    in Greek or De materia medica in Latin. This famous commentary covered about 600 plants along with therapeutically useful animal and mineral products. It documented the effects of drugs made from these substances on patients. De materia medica was the first extensive pharmacopeia, including about a thousand natural product drugs (mostly plant-based), 4,740 medicinal usages for drugs, and 360 medical properties (such as antiseptic, anti-inflammatory, stimulant). The book was heavily translated, and portrayed some of the emblematic actions of physicians and herbalists. One such page is Physician Preparing an Elixir.

The most useful books of botany, pharmacy and medicine used by students and scholars were supplemented commentaries on Dioscorides, including the works of Fuchs, Anguillara, Mattioli, Maranta, Cesalpino, Dodoens, Fabius Columna, Gaspard and Johann Bauhin, and De Villanueva/Servetus. In several of these versions, the annotations and comments exceed the Dioscoridean text and have much new botany. Printers were not merely printing the authentic materia medica, but hiring experts on the medical and botanical field for criticism, commentaries, that would raise the stature of the printers and the work.[3]

Laguna explored[27] many Mediterranean areas and obtained results concerning many new herbs; he also added these prescriptions and commentaries to the recipes and teachings of Pedanius' Dioscorides. He also includes some animal and mineral products but only those related to simple medicines, that is, animal and mineral products that are medicine or are parts of a medical compound.[28] This was not an illustrated work. In 1555 he re-edited this work with woodcuts.[27]It was reprinted twenty-two times by the end of the 18th century; Laguna wrote very well, with explanations and practical commentaries.[28] He refers to anecdotes, adds commentaries on the plants, provides their synonyms in different languages, and explains their uses in the 16th century. These qualities and the number of woodcuts made this work very popular and appreciated in medicine far beyond the 16th century. He had problems with Mattioli for using some of his commentaries without mentioning him.[28]

The ancient phrase survives in modified form in the British Medical Journal's long-established "Materia Non Medica" column, the title indicating non-medical material that doctors wished to report from their travels and other experiences. For example, in June 1977, the journal contained "Materia Non Medica" reports on an exhibition at the Whitechapel Art Gallery by a London physician, the making of matches by hand in an Indian village by a missionary general practitioner, and a cruise to Jamaica by a University of the West Indies lecturer in medicine.[37] ff782bc1db

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