Treatise on Poisons by Sir Robert Christison

CHAPTER XXVIII.

2633 words  |  Chapter 180

OF POISONING WITH HYOSCYAMUS, LACTUCA, AND SOLANUM. _Of Poisoning with Hyoscyamus._—Of the narcotic poisons none bears so close a resemblance to opium in its properties as the _hyoscyamus_ or henbane. Several species are poisonous; but the only one that has been examined with care is the _H. niger_, from which the extract of the apothecary is prepared. The hyoscyamus has been analyzed by various chemists, and found to contain a peculiar alkaloid, in which the properties of the plant are concentrated. It is named hyoscyamia. This substance in its pure state, as first obtained by MM. Geiger and Hesse, is a solid body, in fine silky crystals, without odour, of a strong acrid taste like tobacco, partially volatilizable with boiling water, entirely volatilizable alone at a somewhat higher heat, very soluble in alcohol and ether, but sparingly so in water.[1812] Farther, hyoscyamus, like many other narcotic vegetables, stramonium, digitalis, opium, tobacco, and hemlock, has been found by Mr. Morries Stirling to yield by destructive distillation an empyreumatic oil of great activity. Its poisonous properties, however, are not essential to the oil, but reside in a volatile principle which may be detached by weak acetic acid. The relation of this principle to hyoscyamia has not been ascertained; but it is an active poison, small doses producing in rabbits, convulsions, coma, and speedy death.[1813] Runge proposes as evidence of poisoning with hyoscyamus, in common, however, with stramonium and belladonna, to concentrate a solution of the contents of the stomach, and apply it to a cat’s eye to dilate the pupil. Dilatation, he says, was even produced by an extract obtained from the urine of a rabbit which had been fed some time on hyoscyamus.[1814] According to the experiments of Professor Orfila, the juice or extract procured from the leaves, stems, and especially the root, produces in animals a state of sopor much purer than that caused by opium. It is most active when injected into the jugular vein, less so when applied to the cellular tissue, and still less when introduced into the stomach. Except occasional paralysis of the heart, indicated by florid blood in its left cavities, no morbid appearance is to be found in the dead body. Six drachms of the pharmaceutic extract of the leaves killed a dog in two hours and a quarter when swallowed; and three drachms killed another in four hours through a wound in the back. Its action appears to be exerted through the medium of the blood-vessels, and is purely narcotic.[1815] It is probable that the activity of this plant is much affected by season; and the energy of its preparations varies greatly with the manner of obtaining them. The information, however, which is at present possessed on these two points is vague, because the influence of the two circumstances has seldom been viewed carefully apart. The leaves, from which the pharmaceutic preparations of hyoscyamus are obtained, are commonly held to be most active during the inflorescence of the plant in the second summer of its existence. On general principles this appears probable; but there are no satisfactory experiments on the subject, even the late researches of Mr. Houlton having left much still to be determined.[1816] Orfila has made some important remarks as to the effect of season and vegetation on the energy of the root as a poison. The root he maintains is the most active part of the plant; but in the spring it is nearly inert. Thus the juice of three pounds of the root collected near the end of April, when the plant has hardly begun to shoot, killed a dog in somewhat less than two days; while a decoction of an ounce and a half collected on the last day of June, when the plant was in full vegetation, proved fatal in two hours and a half. The extract of the leaves, procured from different shops, was found by Orfila to vary greatly in point of strength, some samples being absolutely inert.[1817] The causes of these differences have been ascertained experimentally by Brandes to be, that the herb loses its active principle in part by decomposition in the process of simple desiccation, and also when long kept; and that the greater part is also similarly decomposed in preparing an extract, unless the process be finished quickly, and at a low heat. The seeds of hyoscyamus are poisonous, as well as the leaves and root. Indeed the whole plant is so. The seeds contain much more hyoscyamia than the leaves. The effects of hyoscyamus on man differ somewhat from those on animals, and vary greatly with the dose. In medicinal doses it commonly induces pleasant sleep. This indeed has been denied by M. Fouquier, who infers from his experiments that it never causes sleep, but always headache, delirium, nausea, vomiting, and feverishness.[1818] I have certainly seen it sometimes have these effects; but much more generally it has acted as a pleasant hypnotic and anodyne. Its effect in large doses have been well described by M. Choquet as they occurred in two soldiers who ate by mistake the young shoots dressed with olive oil. They presently became giddy and stupid, lost their speech, and had a dull, haggard look. The pupils were excessively dilated, and the eyes so insensible that the eyelids did not wink when the cornea was touched. The pulse was small and intermitting, the breathing difficult, the jaw locked, and the mouth distorted by _risus sardonicus_. Sensibility was extinct, the limbs were cold and palsied, the arms convulsed, and there was that singular union of delirium and coma which is usually termed typhomania. One of the men soon vomited freely under the influence of emetics, and in a short time got quite well. The other vomited little. As the palsy and somnolency abated, the delirium became extravagant, and the patient quite unmanageable till the evening of the subsequent day, when the operation of brisk purgatives restored him to his senses. In two days both were fit for duty.[1819] In a treatise on vegetable poisons, Mr. Wilmer has related the history of six persons in a family, who were poisoned by eating at dinner the roots of the hyoscyamus by mistake instead of parsneps. Several were delirious and danced about the room like maniacs, one appeared as if he had got drunk, and a woman became profoundly and irrecoverably comatose. Emetics could not be introduced into the stomach, stimulant clysters had no effect, external stimuli of every kind failed to rouse her, and she expired next morning at six.[1820] The roots in this instance were gathered in the winter time,—a fact, which does not quite coincide with the conclusions of Orfila, that the plant must be in full vegetation before the energy of the root is considerable. From these and other cases, the abstracts of which are to be seen in Orfila’s Toxicology, or in Wibmer’s Treatise on the Operation of Medicines and Poisons, it follows that hyoscyamus in a poisonous dose causes loss of speech, dilatation of the pupil, coma, and delirium, commonly of the unmanageable, sometimes of the furious kind. In general a stage of delirium precedes coma; and sometimes as the coma passes off, delirium returns for a time. It has been known to act powerfully in the form of clyster.[1821] It has also been known to act with considerable energy even through the sound skin, as appears from a case which occurred to Wibmer. He was called to a lady affected with great stupor, dilated pupils, flushed face, loss of speech, full hard pulse, and swelling of the abdomen; and he found that these symptoms were owing to several ounces of henbane leaves having been applied to the belly in a poultice, on account of strangury and tympanitis. She was still capable of being roused by speaking loudly close to her ear; and under proper treatment she recovered.[1822] Henbane seldom causes any distinct symptoms of irritant poisoning. In several, however, of the cases related by the older modern authors some pain in the belly, a little vomiting, and more rarely diarrhœa, appear to have occurred.[1823] Plenck quotes, from a Swedish authority, an instance of its having produced burning in the stomach, intense thirst, watching, delirium, depraved vision, and next day a crowded eruption of dark spots and vesicles, which disappeared on the supervention of a profuse diarrhœa.[1824] The same author alludes to cases where it proved fatal; but this event is rare in the present day, obviously because the precursory stage of delirium gives an opportunity of removing the poison, before the stage of coma is formed. A fatal case, which occurred to Mr. Wibmer, has been mentioned above; and another has been related in Pyl’s Magazin. Two boys a few minutes after eating the seeds were attacked with convulsions and heat in the throat; and one of them, who could not be made to vomit, died in the course of the ensuing night.[1825] The accidents it has occasioned have commonly arisen from the individuals confounding the root with that of the wild chicory or with the parsnep, the latter of which it somewhat resembles. Of the other species of the hyoscyamus, the _H. albus_ has been known to cause symptoms precisely the same with those above described. Professor Foderé has given a good example of its effects on man, as they occurred in the crew of a French corvette in the Archipelago. The plant was boiled and distributed among the whole ship’s company, as several of the sailors said they knew it to be eatable and salubrious. But in no long time they were all seized with giddiness, vomiting, convulsions, colic, purging, and delirium of the active kind. They were all soon relieved by emetics and purgatives.[1826] Dr. Archibald Hamilton has described a case of the same nature, which was caused by the seeds of this plant. A young medical student, who took about twenty-five grains of the seeds, was seized in half an hour with lassitude and somnolency, and successively with dryness of the throat, impeding deglutition, convulsive movements of the arms, incoherency, total insensibility of the skin, and loss of recollection. These symptoms continued about twelve hours, and then slowly receded.[1827] Three other species, the _H. aureus_, _physaloides_ and _scopolia_ are represented by Orfila to be equally deleterious. The alkaloid hyoscyamus possesses in an intense degree the active properties of the plant. It has not been hitherto examined in this respect with much care. But extremely minute quantities produce excessive enlargement of the pupil, when put within the eyelids in the form of neutral salt. _Treatment._—The treatment of poisoning with hyoscyamus consists in removing the poison, diminishing cerebral congestion, and restoring sensibility. It is therefore substantially the same as in poisoning with opium, except that general or local evacuation of blood is more frequently required, in consequence of the greater tendency of hyoscyamus to induce determination of blood towards the head and congestion there. It has been lately alleged by an Italian author that a large dose of lemon-juice is an immediate antidote for the effects of too large a medicinal dose, even when the poison was administered in the form of injection.[1828] This does not seem probable. _Of Poisoning with Lactuca._ Allied in its effects, but greatly inferior in power to opium and hyoscyamus, is the _Lactuca virosa_, together with the _Lettuce-opium_, or inspissated juice of _L. sativa_, and _L. virosa_. Orfila found that three drachms of the extract of _L. virosa_ introduced into the stomach of a dog killed it in two days, without causing any remarkable symptom; that two drachms applied to a wound in the back induced giddiness, slight sopor, and death in three days; and that thirty-six grains injected in a state of solution into the jugular vein caused dulness, weakness, slight convulsions, and death in eighteen minutes.[1829] This poison, therefore, like other narcotics, acts through absorption. But it is far from being energetic. The extract is very uncertain in strength,—as may indeed be inferred from the variable nature of the processes by which it is prepared. Lactucarium, the inspissated juice, especially that obtained from _L. virosa_, is obviously a more active preparation than the extract. Doses of no great magnitude kill small animals. But there is a want of good observations on its effects and energy as a poison. _Of Poisoning with Solanum._ Different species of _solanum_, a genus of the same natural order with the hyoscyamus, have been considered by Orfila to possess the same properties, though in a much feebler degree. The _S. dulcamara_ or bittersweet has been erroneously believed by some to possess distinct narcotic properties.[1830] M. Dunal found that a dog might take 180 of the berries or four ounces of the extract without any inconvenience, and quotes an experiment on the human subject where thirty-two drachms of extract were taken in two doses also without injury.[1831] If it has any power at all, therefore, it must possess too little to be entitled to the name of a poison. Chevallier says he knew an instance of a druggist’s apprentice being attacked with deep somnolency for ten hours after carrying a large bundle of it on his head;[1832] but some other cause may be justly suspected to have here been in operation. The _S. nigrum_ or common nightshade has been made the subject of experiment by Orfila, who found its extract to possess nearly the power and energy of lettuce-opium.[1833] The following seems a genuine case of poisoning with the berries of this species. Three children near Nantes in France were seized with severe headache, giddiness, colic, nausea, and vomiting. One of them then had excessive dilatation of the pupils, sweating and urgent thirst; loss of voice, stertorous breathing, and tetanic spasms ensued; and in twelve hours he died. Another had swelling of the face, alternate contraction and dilatation of the pupils, repeated vomiting, and eventually coma; but he recovered. The third was similarly, but more slightly affected, and also recovered. The children who recovered pointed out the berries they had eaten; which were found to be those of _S. nigrum_.[1834] The _S. fuscatum_ is rather more active, fifteen berries having caused hurried breathing and vomiting.[1835] The _S. mammosum_ is also probably an active species, the capsule of the berries having been known to excite vomiting, giddiness, and confusion of mind.[1836] In the _S. nigrum_ and _dulcamara_, M. Desfosses discovered in 1821 a peculiar alkaloid, which induces somnolency in animals, but is not a very active poison.[1837] It has been supposed by some that the tubers of _Solanum tuberosum_, the common potato, may acquire in certain circumstances poisonous qualities of no mean energy. Dr. Kabler of Prague has described the cases of four individuals in a family who were seized with alarming narcotic symptoms after eating potatoes which had begun to germinate and shrivel. The father of the family, who had eaten least of them all, appeared as if tipsy, and soon became insensible. The mother and two children became comatose and convulsed. All had vomited before becoming insensible. They recovered under the use of ether, frictions, and coffee; and in two hours were out of danger.[1838] An alkaloid has been indicated by several chemists in various species of solanum. The most recent account, that of Otto, represents it to be a pearly, white, pulverulent substance, alkaline in reaction, and capable of uniting with acids. One grain of sulphate of solania killed a rabbit in six hours, and three grains a stronger rabbit in nine hours,—the symptoms being those of narcotic poisoning.[1839] Violent effects have often been assigned to the genus Solanum, in consequence of its similarity to a powerful poison, the _Atropa belladonna_; which indeed is described by the older authors under the name of _Solanum furiosum_. It will be noticed among the Narcotico-acrid Poisons.

Chapters

1. Chapter 1 2. PART II.—OF INDIVIDUAL POISONS. 3. CHAPTER I. 4. 1. _On the Action of Poisons through Sympathy._ In the infancy of 5. 2. _Of the Action of Poisons through Absorption._—If doubts may be 6. 1. _Quantity_ affects their action materially. Not only do they produce 7. 2. _As to state of aggregation_,—poisons act the more energetically the 8. 3. The next modifying cause is _chemical combination_. This is sometimes 9. 4. The effect of _mixture_ depends partly on the poisons being diluted. 10. 5. _Difference of tissue_ is an interesting modifying power in a 11. 6. With respect to differences arising from _difference of organ_, these 12. 7. _Habit and Idiosyncrasy._—The remarks to be made under the present 13. 8. The last modifying cause to be mentioned comprehends certain 14. CHAPTER II. 15. 1. The first characteristic is the _suddenness of their appearance and 16. 2. The next general characteristic of the symptoms of poisoning is 17. 3. Another characteristic is _uniformity in the nature of the symptoms_ 18. 4. The fourth characteristic is, that _the symptoms begin soon after a 19. 5. Lastly, _the symptoms appear during a state of perfect health_. This 20. 1. As to the _suddenness of their invasion and rapidity of their 21. 2. As to the uniformity or _uninterrupted increase of the symptoms_, it 22. 3. It was stated above, that the third character, _uniformity in kind_ 23. 4. In the next place, it was observed that some reliance may be placed 24. 5. Little need be said with regard to _the symptoms beginning, while the 25. 1. It may have been discharged by vomiting and purging. Thus on the 26. 2. The poison may have disappeared, because it has been all absorbed. It 27. 3. Poisons may not be found, because the excess has been decomposed. 28. 4. Lastly, the poison which has been absorbed into the system, and may 29. 1. The evidence derived from _the effects of suspected food, drink, or 30. 2. In the case of _the vomited matter_ or _contents of the stomach_ 31. 3. The effects of _the flesh of poisoned animals_, eaten by other 32. 3. The next article, which relates to the proof of the administration of 33. 4. The next article in the moral evidence relates to the intent of the 34. 5. The next article among the moral circumstances,—the simultaneous 35. 6. The next article of the moral evidence relates to suspicious conduct 36. CHAPTER III. 37. CHAPTER I. 38. 1. _Arsenical_ White arsenic 185 39. 2. _Acids_ Sulphuric acid 32 40. 3. _Mercurials_ Corrosive sublimate 12 41. 4. _Other mineral irritants_ Tartar-emetic 2 42. 5. _Veget. irritants_ Colchicum 3 43. 7. _Opium_ Opium or Laudan. 180 44. 8. _Hydrocyanic acid_ Med. Hydroc. acid 27 45. 9. _Other veget. Narcotics_ Nux-vomica 3 46. 11. Unascertained 22 47. CHAPTER II. 48. 1. _Distension of the Stomach._—Mere distension of the stomach from 49. 2. _Rupture of the Stomach_ is not a common occurrence; but it sometimes 50. 3. _Rupture of the Duodenum_ is a very rare accident from internal 51. 4. Under the next head may be classed rupture of the other organs of the 52. 5. The next accident which may be noticed on account of its being liable 53. 6. _Of Bilious Vomiting and Simple Cholera._—Of all the diseases which 54. 7. _Of Malignant Cholera._—The history of this disease affords a fair 55. 8. _Of Inflammation of the Stomach._—Chronic inflammation of the stomach 56. 9. _Inflammation of the Intestines_ in its acute form is more common 57. 10. _Inflammation of the Peritonæum_, or lining membrane of the belly, 58. 11. The subject of _Spontaneous Perforation of the Stomach_ is an 59. 12. The _gullet_ may be perforated in a similar manner either with or 60. 13. _Perforation of the alimentary canal by worms_ may here also be 61. 14. The next diseases to be mentioned are melæna and hæmatemesis, or 62. 15. The last are _colic_, _iliac passion_, and _obstructed intestine_. 63. CHAPTER III. 64. 1. _When concentrated_ it is oily-looking, colourless, or brownish from 65. 2. _When diluted_, it may be distinguished from all ordinary acids by 66. 3. It is seldom that the medical jurist is called on to search for 67. 1. The most ordinary symptoms are those of the first variety,—namely, 68. 2. The second variety of symptoms belong to a peculiar modification of 69. 3. The third variety includes cases of imperfect recovery. These are 70. 4. The last variety comprehends cases of perfect recovery, which are 71. 1. _When concentrated_, nitric acid is easily known by the odour of its 72. 2. _In a diluted state_ this acid is not so easily recognised as the 73. 3. _When in a state of compound mixture_, nitric acid, like sulphuric 74. 1. Hydrochloric acid, _in its concentrated state_, is colourless, if 75. 2. _When diluted_, it is recognised with facility, first by 76. 3. In the last edition of this work I proposed for the detection of 77. CHAPTER IV. 78. CHAPTER V. 79. CHAPTER VI. 80. 1. In the form of a pure solution, its nature may be satisfactorily 81. 2. The only important modifications in the analysis rendered necessary 82. CHAPTER VII. 83. CHAPTER VIII. 84. CHAPTER IX. 85. CHAPTER X. 86. CHAPTER XI. 87. CHAPTER XII. 88. CHAPTER XIII. 89. 3. The arsenite of copper, or _mineral green_. 4. The arsenite of potass 90. 2. _Of the Tests for Arsenious Acid._ 91. 7. After the precipitate has thoroughly subsided, the supernatant liquid 92. introduction as a poison into the body. This topic, one of paramount 93. 1. _Arsenic may exist as an adulteration in some reagents._—It must be 94. 2. _Arsenic may be present in some articles of chemical 95. 3. _Arsenic may have existed in antidotes administered during life._—It 96. 4. _Arsenic sometimes exists naturally in the human body._—This 97. 5. _Arsenic may exist in the soil of churchyards._—This proposition too 98. 3. _Arsenite of Copper_. 99. 4. _Arsenite of Potass_. 100. 5. _Arseniate of Potass._ 101. 6. _The Sulphurets of Arsenic._ 102. 7. _Arseniuretted-Hydrogen._ 103. 1. In one order of cases, then, arsenic produces symptoms of irritation 104. 2. The second variety of poisoning with arsenic includes a few cases in 105. 3. The third variety of poisoning with arsenic places in a clear point 106. CHAPTER XIV. 107. 1. _Of Red Precipitate._ 108. 2. _Of Cinnabar._ 109. 3. _Of Turbith Mineral._ 110. 4. _Of Calomel._ 111. 5. _Of Corrosive Sublimate._ 112. 1. _Hydrosulphuric acid gas_ transmitted in a stream through a solution 113. 1. _Lime-Water_ throws down the binoxide of mercury in the form of a 114. 6. _Of Bicyanide of Mercury._ 115. 7. _Of the Nitrates of Mercury._ 116. 1. The symptoms in the first variety are very like what occur in the 117. 2. The second variety of poisoning with mercury comprehends the cases, 118. 3. The third variety of poisoning with mercury comprehends all the forms 119. introduction of corrosive sublimate into the stomach. The poison then 120. CHAPTER XV. 121. 1. _Mineral Green._ 122. 2. _Natural Verdigris._ 123. 3. _Blue Vitriol._ 124. 1. _Ammonia_ causes a pale azure precipitate, which is redissolved by an 125. 2. _Sulphuretted hydrogen gas_ causes a dark brownish-black precipitate, 126. 3. _Ferro-cyanate of potass_ causes a fine hair-brown precipitate, the 127. 4. A polished rod or plate of _metallic iron_, held in a solution of 128. 4. _Artificial Verdigris._ 129. 1. Should the subject of analysis not be a liquid, render it such by 130. 2. If the copper be extremely minute in quantity, sulphuretted hydrogen 131. CHAPTER XVI. 132. 1. _Caustic potass_ precipitates a white sesquioxide, but only if the 133. 2. _Nitric acid_ throws down a white precipitate, and takes it up again 134. 3. The _Infusion of Galls_ causes a dirty, yellowish-white precipitate; 135. 4. The best liquid reagent is _Hydrosulphuric acid_. In a solution 136. 5. When the solution is put into Marsh’s apparatus for detecting arsenic 137. 1. Subject a small portion of the liquid to a stream of hydrosulphuric 138. 2. If hydrosulphuric acid do not distinctly affect the liquid, or if no 139. 3. If antimony be not indicated in either of these ways in the fluid 140. CHAPTER XVII. 141. CHAPTER XVIII. 142. 1. _Of Litharge and Red Lead._ 143. 2. _Of White Lead._ 144. 3. _Of Sugar of Lead._ 145. 1. _Hydrosulphuric acid_ causes a black precipitate, the sulphuret of 146. 2. _Chromate of potass_, both in the state of proto-chromate and 147. 3. _Hydriodate of potass_ causes also a lively gamboge-yellow 148. 4. _A rod of zinc_ held for some time in the solution displaces the 149. 4. _Goulard’s Extract._ 150. introduction of lead into the body; and in the last the whole course of 151. introduction of lead into the body may be presumed to be the real cause. 152. introduction of lead into the system. Dr. Burton thinks it will when the 153. CHAPTER XIX. 154. CHAPTER XX. 155. CHAPTER XXI. 156. CHAPTER XXII. 157. CHAPTER XXIII. 158. CHAPTER XXIV. 159. CHAPTER XXV. 160. CHAPTER XXIV. 161. 1. Apoplexy is sometimes preceded at considerable intervals by warning 162. 2. Apoplexy attacks chiefly the old. It is not, however, confined to the 163. 3. The next criterion is, that apoplexy occurs chiefly among fat people. 164. 4. A fourth criterion is drawn from the relation which the appearance of 165. 5. Another criterion relates to the progress of the symptoms. The 166. 6. Although there is a great resemblance between the symptoms of 167. 7. In the last place, a useful criterion may be derived from the 168. 1. The epileptic fit _is sometimes preceded by certain warnings_, such 169. 2. The symptoms of the epileptic fit _almost always begin violently and 170. 3. As in apoplexy, so in epilepsy the patient _in general cannot be 171. 4. When a person dies in a fit of epilepsy, _the paroxysm generally 172. 5. M. Esquirol, a writer of high authority, says that epilepsy _very 173. CHAPTER XXVII. 174. 1. If there be any solid matter, it is to be cut into small fragments, 175. 2. Add now the solution of acetate of lead as long as it causes 176. 3. The fluid part is to be treated with hydrosulphuric acid gas, to 177. 4. It is useful, however, to separate the meconic acid also; because, as 178. 5. If there be a sufficiency of the original material, Merck’s process 179. 546. There is little doubt that poisoning with opium may cause 180. CHAPTER XXVIII. 181. CHAPTER XXIX. 182. CHAPTER XXX. 183. CHAPTER XXXI. 184. 1. M. Chomel of Paris has related a case of poisoning with the gas 185. 2. The fumes of burning charcoal have been long known to be deleterious. 186. 3. It is probable that in some circumstances a very small quantity of 187. 4. The vapours from burning coal are the most noxious of all kinds of 188. 5. Somewhat analogous to the symptoms now described are the effects of 189. CHAPTER XXXII. 190. CHAPTER XXXIII. 191. CHAPTER XXXIV. 192. CHAPTER XXXV. 193. CHAPTER XXXVI. 194. CHAPTER XXXVII. 195. CHAPTER XXXVIII. 196. CHAPTER XXXIX. 197. CHAPTER XL. 198. CHAPTER XLI. 199. 1. When the dose is small, much excitement and little subsequent 200. 2. When the effect is sufficiently great to receive the designation of 201. 160. In twenty-four hours more the breathing became laborious and 202. 3. The third degree of poisoning is not so often witnessed, because, in 203. CHAPTER XLII. 204. 1. _Poisoning with Arsenic and Alcohol._—A man, after taking twelve 205. 3. _Poisoning with Tartar-Emetic and Charcoal Fumes._—Under the head of 206. 4. _Poisoning with Alcohol and with Laudanum._—Under the head of 207. 5. _Poisoning with Laudanum and Corrosive Sublimate._—Of all the cases 208. 6. _Poisoning with Opium and Belladonna._—A lady, who used a compound 209. 7. In the following cases, the active poisons to which the individuals 210. 2. Apparatus for the distillation of fluids suspected to contain 211. 3. Tube for reducing very small portions of arsenic or mercury. The 212. 4. A small glass funnel for introducing the material into the tube 213. 5. The ordinary apparatus for disengaging sulphuretted-hydrogen. The 214. 6. Instrument for washing down scanty precipitates on filters. It is a 215. 7. Tubes of natural size for collecting small portions of mercury by 216. 8. Pipette, one-fourth the natural size, for removing by suction 217. 9. Apparatus for reducing the sulphurets of some metals by a stream of 218. 36. Quoted by Marx, die Lehre von den Giften, I. ii. 163. 219. 92. Vicarius, Ibidem, Obs. 100. Riselius, Ibidem, Dec. i. An. v. Obs. 220. 1762. See Marx, i. ii. 29. 221. 1. P. 476, changed “exasperated by the use of oil” to “exacerbated by 222. 2. P. 513, changed “I may here add a very opposite instance of 223. 6. Enclosed italics font in _underscores_.

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