Treatise on Poisons: In relation to medical jurisprudence, physiology, and the practice of physic — John Shaqi
Treatise on Poisons: In relation to medical jurisprudence, physiology, and the practice of physicChristison, Robert, Sir
Science
Treatise on Poisons: In relation to medical jurisprudence, physiology, and the practice of physic
Christison, Robert, Sir
Medical jurisprudence; Toxicology
CHAP. XXXIX. Poisonous Fungi, 700—wholesome and poisonous
kinds, 701—qualities how modified,
701—poisonous principles of, 704—effects on
man, 704—Poisonous Mosses, 710 700
CHAP. XL. Poisonous Grain, 710—Spurred rye, 711—Spurred
maize, 718—rust of wheat, 719—unripe grain,
719—Darnel-grass, 721—Leguminous seeds, 722 710
CHAP. XLI. Alcohol, 725—symptoms in man, 725—morbid
appearances, 731—treatment, 735—ether,
736—Empyreumatic Oils, 736 725
CHAP. XLII. Compound Poisoning 740
INDEX 745
Description of Plate 755,
756
PART FIRST.
OF GENERAL POISONING.
[Illustration]
CHAPTER I.
ON THE PHYSIOLOGICAL ACTION OF POISONS.
I shall discuss this subject by considering first the mode in which
poisons act, and secondly, the causes by which their action is liable to
be modified.
SECTION I.—_On the Mode of Action of Poisons._
On attending to the effects which follow the application of a poison to
the body, we perceive that they are sometimes confined to the part where
it is applied, and at other times extend to distant organs. Hence the
action of poisons may be naturally considered as _local_ and _remote_.
The local effects of poisons are of three kinds. Some decompose
chemically or corrode the part to which they are applied. Others,
without immediately injuring its organization, inflame or irritate it.
Others neither corrode nor irritate, but make a peculiar impression on
the sentient extremities of the nerves, unaccompanied by any visible
change of structure.
We have examples of local _corrosion_ or chemical decomposition in the
effects of the concentrated mineral acids or alkalis on the skin, and in
the effects of strong oxalic acid, lunar caustic, or corrosive sublimate
on the stomach. In all of these instances the part to which the poison
is applied undergoes chemical changes, and the poison itself sometimes
undergoes chemical changes also. Thus oxalic acid dissolves the gelatin
of the animal textures; and in the instance of corrosive sublimate, the
elements of the poison unite with the albumen, fibrin, and other
principles of the tissues.
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