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514. Symptoms Produced by Colchicum—Post-mortem Appearances, 412, 413
515. Separation of Colchicine from Organic Matters, 413
XIII. MUSCARINE AND THE ACTIVE PRINCIPLES OF CERTAIN FUNGI.
516. Description of the Amanita Muscaria—Use of it by the Natives of Kamschatka, 413, 414
517. Cases of Poisoning by the Fungus itself, 414, 415
518. Muscarine—Its Properties and Effects, 415, 416
519. Antagonistic Action of Atropine and Muscarine, 416
520. Detection of Muscarine, 416, 417
521. The Agaricus PhalloidesPhallin, 417
522. Post-mortem Appearances, 417, 418
523. The Agaricus Pantherinus—The Agaricus Ruber—Ruberine—Agarythrine, 418
524. The Boletus Satanus, or Luridus, 418
525. Occasional Effects of the Common Morelle, 418
Division II.—Glucosides.
I. DIGITALIS GROUP.
526. Description of the Digitalis Purpurea, or Foxglove, 419
527. Active Principles of the Foxglove—The Digitalins, 419
528. Digitalein, 420
529. Digitonin—Digitogenin, 420
530. Digitalin, 420
531. Digitaletin, 420
532. Digitoxin—Toxiresin, 420, 421
533. Digitaleretin—Paradigitaletin, 421
534. Other Active Principles in Digitalis; such as Digitin, Digitalacrin, Digitalein, &c., 421, 422
535. Reactions of the Digitalins, 422
536. Pharmaceutical Preparations of Digitalin, 422
537. Fatal Dose, 422-424
538. Statistics of Poisoning by Digitalis, 424
539. Effects on Man—Illustrative Cases, 424-427
540. Physiological Action of the Digitalins, 427
541. Local Action of the Digitalins, 427, 428
542. Action on the Heart and Circulation, 428, 429
543. Action of the Digitalins on the Muco-Intestinal Tract and other Organs, 429
544. Action of Digitalin on the Common Blow-Fly, 429
545. Action of the Digitalins on the Frog’s Heart, 429, 430
546. Post-mortem Appearances, 430
547. Separation of the Digitalins from Animal Tissues, &c.—Tests, Chemical and Physiological, 431
II. OTHER POISONOUS GLUCOSIDES ACTING ON THE HEART.
1. Crystallisable Glucosides.
548. Antiarin—Chemical Properties, 432
549. Effects of Antiarin, 432
550. Separation of Antiarin, 432
551. The Active Principles of the Hellebores—Helleborin—Helleborein—Helleboretin, 433
552. Symptoms of Poisoning by Hellebore, 433
553. Euonymin, 433
554. Thevetin, 434
2. Substances partly Crystallisable, but which are not Glucosides.
555. Strophantin, 434
556. Apocynin, 434
3. Non-Crystallisable Glucosides almost Insoluble in Water.
557. Scillain, or Scillitin—Adonidin, 434
558. Oleandrin, 435
559. Neriin, or Oleander Digitalin, 435
560. Symptoms of Poisoning by Oleander, 435, 436
561. The Madagascar Ordeal Poison, 436
4. Substances which, with other Toxic Effects, behave like the Digitalins.
562. Erythrophlein, 436
III. SAPONIN—SAPONIN SUBSTANCES.
563. The Varieties of Saponins, 436, 437
564. Properties of Saponin, 437
565. Effects of Saponin, 437, 438
566. Action on Man, 438
567. Separation of Saponin, 438, 439
568. Identification of Saponin, 439
Division III.—Certain Poisonous Anhydrides of Organic Acids.
I. SANTONIN.
569. Properties of Santonin, 439, 440
570. Poisoning by Santonin, 440
571. Fatal Dose, 440
572. Effects on Animals, 440
573. Effects on Man—Yellow Vision, 440, 441
574. Post-mortem Appearances, 441
575. Separation from the Contents of the Stomach, 441, 442
II. MEZEREON.
576. Cases of Poisoning by the Mezereon, 442
Division IV.—Various Vegetable Poisonous Principles—not Admitting of Classification Under the Previous Three Divisions.
I. ERGOT OF RYE.
577. Description of the Ergot Fungus, 442, 443
578. Chemical Constituents of Ergot—Ergotinine—EcbolineScleromucin—Sclerotic Acid—Sclererythrin—Scleroidin—Sclerocrystallin—Sphacelic Acid—Cornutin, 443-445
579. Detection of Ergot in Flour, 445
580. Pharmaceutical Preparations, 445
581. Dose, 446
582. Ergotism—Historical Notice of Various Outbreaks, 446, 447
583. Convulsive Form of Ergotism, 447
584. Gangrenous Form of Ergotism—The Wattisham Cases, 447, 448
585. Symptoms of Acute Poisoning by Ergot, 448
586. Physiological Action, as shown by Experiments on Animals, 448-450
587. Separation of the Active Principles of Ergot, 450
II. PICROTOXIN, THE ACTIVE PRINCIPLE OF THE COCCULUS INDICUS.
588. Enumeration of the Active Principles contained in the Menispermum Cocculus, 451
589. Picrotoxin; its Chemical Reactions and Properties, 451, 452
590. Fatal Dose, 452
591. Effects on Animals, 452, 453
592. Effects on Man, 453
593. Physiological Action, 453
594. Separation from Organic Matters, 453, 454
III. THE POISON OF ILLICIUM RELIGIOSUM.
595. Dr. Langaard’s Researches, 454
IV. PICRIC ACID AND PICRATES.
596. Properties of Picric Acid, 454
597. Effects of Picric Acid, 454, 455
598. Tests, 455
V. CICUTOXIN.
599. Description of the Cicuta Virosa, 456
600. Effects on Animals, 456
601. Effects on Man, 456, 457
602. Separation of Cicutoxin from the Body, 457
VI. ÆTHUSA CYNAPIUM (FOOL’S PARSLEY).
603. Dr. Harley’s Experiments, 457
VII. ŒNANTHE CROCATA.
604. The Water Hemlock—Description of the Plant—Cases of Poisoning, 457, 458
605. Effects of the Water Hemlock, as shown by the Plymouth Cases, 458
606. Post-mortem Appearances, 459
VIII. OIL OF SAVIN.
607. Effects and Properties of Savin Oil, 459
608. Post-mortem Appearances, 460
609. Separation and Identification, 460
IX. CROTON OIL.
610. Chemical Properties of Croton Oil, 461
611. Dose—Effects—Illustrative Cases, 461
612. Post-mortem Appearances, 461
613. Chemical Analysis, 462
X. THE TOXALBUMINS OF CASTOR OIL SEEDS AND ABRUS.
614. The Toxalbumin of Castor Oil Seeds, 462
615. Toxalbumin of Abrus, 462, 463
XI. ICTROGEN.
616. Ictrogen, 463
XII. COTTON SEEDS.
617. Cotton Seeds as a Poison, 464
XIII. LATHYRUS SATIVUS.
618. Poisonous Qualities of Vetchlings, 464, 465
XIV. ARUM—LOCUST-TREE—BRYONY—MALE FERN.
619. Arum Maculatum, 465
620. The Black Bryony, 465
621. The Locust Tree, 465
622. Male Fern, 465, 466
PART VII.—POISONS DERIVED FROM LIVING OR DEAD ANIMAL SUBSTANCES.
Division I.—Poisons Secreted by Living Animals.
I. POISONOUS AMPHIBIA.
623. Poisonous Properties of the Skin of the Salamandra Maculosa—Salamandrine, &c., 467
624. Poison from the Toad, 468
II. THE POISON OF THE SCORPION.
625. Various Species of Scorpions—Effects of the Scorpion Poison, 468
III. POISONOUS FISH.
626. Poisonous Fish—Illustrative Cases, 468-470
IV. POISONOUS SPIDERS AND INSECTS.
627. The Bite of the Tarantula—The Bite of the Latrodectus Malmignatus, 470
628. Effects of the Bite of the Katipo, 471
629. Ants, &c., 471
630. The Poison of Wasps, Bees, and Hornets, 471
631. Cantharides, 471
632. Cantharidin, 471, 472
633. Pharmaceutical Preparations of Cantharides, 472
634. Fatal Dose, 472
635. Effects on Animals—Radecki’s Experiments—Effects on Man—Heinrich’s Auto-Experiments, 472, 473
636. General Symptoms Produced by Cantharides, 473, 474
637. Post-mortem Appearances, 474
638. Tests for Cantharidin—Distribution in the Body—Dragendorff’s Process, 475-477
V. SNAKE POISON.
639. Classes of Poisonous Snakes, 477
640. The Poison of the Cobra, 478
641. Fatal Dose of Cobra Poison, 479
642. Effects on Animals, 479
643. Effects on Man, 479, 480
644. Antidotes and Treatment—Halford’s Treatment by Ammonia—Permanganate of Potash, 480, 481
645. Detection of the Cobra Venom, 482
646. Effects of the Bite of the Duboia Russellii, or Russell’s Viper, 483
647. The Poison of the Common Viper—The Venom of Naja Haje (Cleopatra’s Asp), 483, 484
Division II.—Ptomaines—Toxines.
648. Definition of a Ptomaine, 485
Isolation of Ptomaines.
649. Gautier’s Process, 485
650. Brieger’s Process, 485-487
651. Benzoyl Chloride Method, 487, 488
652. The Amines, 488-490
653. Methylamine, 491
654. Dimethylamine, 491
655. Trimethylamine, 491
656. Ethylamine, 491
657. Diethylamine, 491
658. Triethylamine, 491
659. Propylamine, 491
660. Isoamylamine, 492
Diamines.
661. Rate of Formation of Diamines, 492
662. Ethylidenediamine, 492
663. Neuridine, 493, 494
664. Cadaverine, 494-496
665. Putrescine, 496
666. Metaphenylenediamine, 497
667. Paraphenylenediamine, 497
668. Hexamethylenediamine, 497
669. Diethylenediamine, 497, 498
670. Mydaleine, 498
671. Guanidine, 498, 499
672. Methylguanidine, 499, 500
673. Saprine, 500
674. The Choline Group, 500, 501
675. Neurine, 501
676. Betaine, 501, 502
677. Peptotoxine, 502
678. Pyridine-like Alkaloid from the Cuttle-fish, 502, 503
679. Poisons connected with Tetanus—Tetanine, 503
680. Tetanotoxine, 503, 504
681. Mydatoxine, 504
682. Mytilotoxine, 505
683. Tyrotoxicon, 504, 505
684. Toxines connected with Hog Cholera, 505, 506
685. Other Ptomaines, 506
Division III.—Food Poisoning.
686. The Welbeck—The Oldham—The Bishop Stortford—The Wolverhampton—The Carlisle, and other Mass Poisonings by changed Food—Statistics of Deaths from Unwholesome Food, 506-508
687. German Sausage Poisoning, 509
PART VIII.—THE OXALIC ACID GROUP OF POISONS.
688. Distribution of Oxalic Acid in the Animal and Vegetable Kingdoms, 510
689. Properties and Reactions of Oxalic Acid, 510, 511
690. Oxalate of Lime; its Properties, 511, 512
691. Use of Oxalic Acid in the Arts, 512
692. Properties of Hydropotassic Oxalate (Binoxalate of Potash), 512
693. Statistics of Oxalic Acid Poisoning, 512
694. Fatal Dose of Oxalic Acid, 513
Poisons, Their Effects and Detection

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