Treatise on Poisons by Sir Robert Christison

3. The next article, which relates to the proof of the administration of

2803 words  |  Chapter 32

poison, will require some details. Direct proof of the administration of poison by the actual giver is very rarely attainable, that part of the transaction being for the most part easily concealed. The proof of this point is justly accounted, however, a very important part of the evidence; nay, on some recent trials in this country the prosecution has failed apparently for want of such evidence, although the case was complete in every other particular. It is generally constituted by a chain of circumstances, and these are often strictly medical, as will now be shown by a few examples. In the first place, pointed evidence as to the individual who gave the poison may be derived from the chemical investigation,—for example, from the comparative results of the analysis of the poisoned dish, and of the articles of which it consisted. I am indebted to my colleague, Dr. Alison, for the following excellent illustration from the case of William Muir, who was condemned at Glasgow in 1812 for poisoning his wife. In the course of the day on which she took ill she was visited by a farmer of the neighbourhood, who had studied physic a little in his youth. He learned from her that she had breakfasted on porridge a short time before she felt herself ill, and that she suspected the porridge to have been poisoned. He immediately procured the wooden bowl or _cap_ in which the cottagers of Scotland keep the portion of meal used each time for making the porridge; and finding in it some meal, with shining particles interspersed, he wrapped a sample in paper, and took the proper measures for preserving its identity. He then secured also a sample from the family store in a barrel. The two particles were produced by him on the trial; and from experiments made in court the late Dr. Cleghorn was enabled to declare, that the meal from the bowl contained arsenic, and that the meal from the barrel did not. These facts, besides proving that the woman had next to a certainty taken arsenic in the porridge, likewise, in conjunction with other slight moral circumstances, established that the poison had been mixed with the meal in the house, and on the morning when the deceased took ill, before any stranger entered the house. The procedure of this farmer was precisely that which ought to be followed by the medical practitioner in a similar conjuncture. An instance of an opposite description related by M. Barruel also deserves notice, as showing how evidence of this kind may afford, in otherwise suspicious circumstances, a strong presumption of accidental poisoning. Sixteen people near Bressières in France having been severely affected with vomiting and colic immediately after dinner, the bread, which was suspected, was examined by Barruel, and found to contain a little arsenic. The flour of which the bread was made had been taken from a large store of it, which, on being examined, was also found to be similarly impregnated. As it was extremely improbable that any one either could or would poison so large a mass of flour, to attain any malicious object, it was inferred that the arsenic had been mixed with it accidentally, and that the accident might have arisen from grain having been taken by mistake to the flour-mill to be ground, which had been intended originally for seed, and sprinkled with arsenic to destroy insects.[121] It may be worth while observing, in the present place, that in the instance of poisoned wine very important evidence may be obtained by examining whether the wine with which the cork is impregnated contains any traces of the poison. This method of investigation occurred to me in a very singular case of poisoning with arsenic in champagne, which happened in a baronet’s family in Scotland. In this instance, however, such analysis was proved to be unnecessary; for the gentleman himself brought the bottle from his cellar, broke the wires and drew the cork, immediately before the wine was drunk.[122] All evidence of the like nature, though it is at present often procured from other sources, should, for obvious reasons, be invariably collected, if possible, with the aid of a medical person. If again a medical man is called to a patient evidently affected with suspicious symptoms, and finds himself obliged to declare such to be his opinion, his thoughts, as soon as he has given directions for the treatment, should be turned towards that part of the evidence, for the securing of which he is naturally looked to as the person best qualified by previous education and his opportunities at the moment. With this view, therefore, having ascertained in what articles it is possible for poison to have been administered, he should at once endeavour to secure the remains of the particular portion partaken of by his patient, as well of the general dish, if it is an article of food, and of the ingredients of which the dish was ostensibly made, not forgetting the salt with which it was seasoned. A case occurred some years ago in the north of Scotland, in which arsenic was administered in porridge by mixing it with the salt. It is of great consequence, before proceeding to analyze such articles, for example suspected dishes,—to be particular in investigating every thing connected with the cooking, serving, and eating of them. By doing so, not only will the chemical analysis be facilitated, but likewise facts in it will be accounted for, which might otherwise prove embarrassing, and even lead to the drawing of false conclusions from the result of the analysis. This statement is very well exemplified by the following incident which occurred to myself. In 1827 a family in Portobello were poisoned by the maid-servant; and it was believed, that, for the sake of a trick, she had, while carrying to the oven the beef subsequently used at dinner, maliciously mixed with it tartar-emetic or some other poison. One-half of the beef having been preserved, and two persons of the family having been very severely affected, Dr. Turner and I, to whom the case was remitted, made little doubt that we should discover the poison by chemical analysis: but we did not. Being subsequently employed by the sheriff to inquire into the particulars, I found that the poison had been mixed with the gravy, which had been consumed almost to the last drop,—that the gravy had been poured over the beef,—that the upper half of the beef had been eaten,—and that the remainder which we analysed had been transferred upon a different plate from that on which it was served for dinner. These particulars accounted sufficiently for the poison not having been discovered. Another mode in which the chemical part of the inquiry may contribute to discover the individual who administered the poison is by a comparative examination of the persons of the deceased and the accused. The following very pointed illustration has been published by MM. Ollivier and Chevallier of Paris.—A woman who lived on bad terms with her husband was found dead on a roadside the morning after having been seen drunk in his company in the neighbourhood. The mouth, throat, and gullet were proved by a careful analysis to be corroded with nitric acid, the stains and traces of which were also found on various parts of her dress, and on the hair, neck, and arms, but not on her hands, and not lower down the alimentary canal than the upper fourth of the gullet. Ollivier, suspecting from these appearances, that she had not taken the acid voluntarily, requested to see the husband; whereupon there were found on his coat, trousers, and hands, a great number of stains, which, like those on the deceased, were proved by chemical analysis to have been produced by nitric acid. Here it was scarcely possible to avoid inferring, that the man got these stains while endeavouring to force his intoxicated wife to take the poison Marks of nail scratches were also observed round the mouth and on the throat; whence it was reasonably inferred, that, having failed in his original plan, he had suffocated her with his hands.[123] While these illustrations are given of the conclusiveness of the chemical evidence in fixing the administration of poison on a particular individual, it is essential likewise to observe that the same kind of evidence may be at times equally conclusive of the innocence of a person unjustly suspected. This obvious and important application of a chemical inquiry is forcibly suggested by the following particulars of an incident related by M. Chevallier:—An individual was accused by a woman of having tried to poison her; and she represented that he had put the poison into her soup, while it stood from one day to another in an iron pot. On making a careful analysis of some of the soup which remained, Chevallier found it so strongly impregnated with copper, that, supposing the sulphate was the salt mixed with the soup, ten ounces must have contained twenty-two grains. It then occurred to him, that it was important to examine the iron pot, in which the poisoned soup was represented to have been kept; for the probability was that a large quantity of the copper, if any salt of that metal had really been contained in the soup, would have been thrown down by the superior affinity of the iron, and consequently that a coppery lining would be found on the inside. He was led, however, to anticipate that no copper would be found there, because there was no iron dissolved in the soup, as would have been the case if copper had been precipitated from it by the iron of the pot. And accordingly he not only found no copper lining the inside of the pot; but likewise, on following the process described by the accuser as the one pursued in cooking the soup and in subsequently poisoning it, he satisfied himself by express trial that there was nothing in the circumstances of the case which could have prevented the iron from exerting its usual action on the salts of copper. These conclusions, coupled with certain facts of general evidence, proved substantially that the suspected person had nothing to do with the crime charged against him; and he was therefore discharged.[124] A case somewhat similar will be related under the head of Imputed Poisoning. In the second place, evidence as to the person who administered the poison may be procured by considering the commencement of the symptoms, in relation to the time at which particular articles have been given in a suspicious manner by a particular individual. The import of facts of this nature can be properly appreciated only by the medical witness; for he alone can be acknowledged as conversant with the symptoms which poisons produce, the intervals within which they begin to operate, and the circumstances in which their operation may be put off or accelerated. Few cases will occur in which it is not possible to procure evidence of the kind, when diligently sought for. It is often too very decisive in its operation on judicial proceedings. In the case of Margaret Wishart tried at the Perth Spring Circuit in 1827 for poisoning her blind sister, a man who lodged with the prisoner and cohabited both with her and with the deceased, appeared at first from general circumstances to be implicated in the crime. He had left the house, however, on the morning of the day before that on the evening of which the deceased took ill; and he did not return till after her death. Now her illness commenced suddenly and violently; and arsenic was the poison which caused it.[125] It was quite clear, therefore, that the poison could not have been administered, at least in a dangerous dose, so early as the day before she was taken ill; and such I stated to be my opinion, on a reference from the Lord Advocate. The evidence being also otherwise insufficient, the man was set at liberty. In the case of Mrs. Smith tried here in February of the same year, this branch of the evidence was made the subject of question under more doubtful circumstances. The deceased certainly died of poisoning with arsenic, and the prisoner was strongly suspected of being the poisoner for many reasons, and among others because, on the evening before the morning on which the deceased took ill, the prisoner gave her in a suspicious manner a white-coloured draught. Here the possibility of the draught having been the cause of the symptoms must be admitted. But as they did not appear for eight hours after the draught was taken, I stated in my evidence that it was improbable the dose, if it contained arsenic at all, contained a quantity sufficient to cause the violent symptoms and death which followed.[126] The correspondence in point of time between the appearance of symptoms of poisoning, and the administration of suspicious articles by an individual, constitutes still more decisive proof in a set of cases, in which it is of great value, as the chemical evidence is generally defective,—namely, where poisoning is attempted with repeated moderate doses. If the several renewals or exacerbations of illness correspond with the periods when suspicious articles have been given by the same individual, the circumstantial evidence of the administration may be even tantamount to direct proof. Thus, on the trial of Miss Blandy for the murder of her father, it was proved, that Mr. Blandy on several occasions, after the prisoner received certain suspicious powders from her lover, was taken ill with vomiting and purging; and that on two occasions recently before his death, when he got from his daughter a bowl of gruel which contained a gritty sediment, he was attacked after a very short interval with pricking and heat in the throat, mouth, stomach, and bowels,—with sickness, vomiting, gripes, and bloody diarrhœa.[127] Here the proof of administration by the prisoner was complete. These examples will show how the evidence of a particular person’s criminality may be affected by the relation subsisting in point of time between the commencement of the symptoms and the suspicious administration of particular articles. But farther, the special period at which the symptoms begin may even at times supply strong evidence of his instrumentality, although there may be no direct proof from general evidence of his having been concerned in administering anything whatever in a suspicious manner. This statement is well exemplified by the case of Mrs. Humphreys, who was convicted at the Aberdeen Autumn Circuit in 1830 for poisoning her husband, by pouring sulphuric acid down his throat while he was asleep. It was clearly proved, as will be seen under the head of sulphuric acid, that the deceased died of this poison; and the administration was brought home to the prisoner in the following singular manner. The only inmates of the house were the deceased, the prisoner, and a maid-servant. The deceased got a little intoxicated one evening at a drinking party in his own house; and after his friends all left the house, and the street-door was barred inside, he went to bed in perfect health, and soon fell fast asleep. But he had slept scarcely twenty minutes, when he suddenly awoke with violent burning in his throat and stomach; and he expired in great agony towards the close of the second day. Now sulphuric acid, when it occasions the violent symptoms observed in this instance, invariably excites them in a few seconds, or in the very act of swallowing. It was, therefore, impossible that the man could have received the poison at the time he was drinking with his friends; and as he knew he had not taken any thing else afterwards, and it was fully proved that he had been asleep before his illness suddenly began,—it followed that the acid must have been administered after he fell asleep, the accomplishment of which was rendered easy by a practice he had of sleeping on his back with his mouth wide open. But, after he gave the alarm, the door was found barred as when he went to bed. Consequently no one could have administered the poison except his wife or servant; and it was satisfactorily proved, that no suspicion could attach to the latter. Such was one of the principal train of circumstances, which, as it were by a process of elimination, led to the inference that the wife was undoubtedly the person who administered the poison. Other circumstances of a similar tendency were also derived from the medical evidence; but these it is unnecessary to detail at present. I have related the particulars of the whole case fully elsewhere.[128] The prisoner strenuously denied her guilt after being sentenced, but confessed before her execution.

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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