Biographies of Eminent Scientists
The scientific biographies include not a few subjects which will be of interest, owing to familiarity with the names, to those engaged in the chemical and drug business. Among these are Lister, Baron Joseph L. (Vol. 16, p. 777), to whose work and teaching the present importance of the manufacture of antiseptics is largely due; Pasteur, Louis (Vol. 20, p. 892); Curie, Pierre, and Mme. Marie Curie (Vol. 7, p. 644), the physicists who first announced the existence of radium; Liebig, Baron J. von (Vol. 16, p. 590), the great physiological chemist; Lunge, Georg (Vol. 17, p. 126), the noted expert in technical chemistry, already mentioned as a contributor to the Britannica, and Glauber, J. R. (Vol. 12, p. 114), the German chemist who made a living chiefly by the sale of secret chemical and medicinal preparations.
ALPHABETICAL LIST OF ARTICLES IN THE ENCYCLOPAEDIA BRITANNICA OF SPECIAL INTEREST TO THOSE ENGAGED IN THE MANUFACTURE AND SALE OF CHEMICALS AND DRUGS
- Abel, Sir Frederick A.
- Acacia
- Acenaphthene
- Acetic Acid
- Aceto-Acetic Ester
- Acetone
- Acetophenone
- Acetylene
- Achard, F. C.
- Acid
- Acid Amides
- Aconite
- Acorus Calamus
- Acridine
- Adenine
- Adipocere
- Affinity, Chemical
- Albumin, or Albumen
- Alcohol
- Alcohols
- Aldehydes
- Alembic
- Algaroth, Powder of
- Alizarin
- Alkahest
- Alkali
- Alkali Manufacture
- Alkaline Earths
- Alkaloid
- Alkanet
- Allantoin
- Alloxan
- Alloxantin
- Allyl Alcohol
- Almond
- Aloe
- Alum
- Aluminium
- Amidines
- Amines
- Ammonia
- Ammoniacum
- Amygdalin
- Amyl Alcohols
- Amyl Nitrite
- Anaesthesia and Anaesthetics
- Analysis
- Anatto
- Andrews, Thomas
- Angelica
- Aniline
- Animé
- Anise
- Anthracene
- Anthraquinone
- Antimony
- Antipyrine
- Antiseptics
- Apothecary
- Araroba Powder
- Archil
- Argol
- Aristolochia
- Arnica
- Arrowroot
- Arsenic
- Asafetida
- Asparagine
- Aspen
- Asphodel
- Azo Compounds
- Azoximes
- Baeyer, Adolf von
- Balard, Antoine J.
- Balsam
- Barium
- Base
- Baumé, Antoine
- Bdellium
- Becher, J. J.
- Bell, Jacob
- Belladonna
- Benzaldehyde
- Benzine
- Benzidine
- Benzoic Acid
- Benzoin
- Benzophenone
- Benzyl Alcohol
- Berberine
- Bergman, Torbern Olof
- Berthelot, M. P. E.
- Berthollet, C. L.
- Beryllium, or Glucinum
- Berzelius, J. J.
- Betaine
- Betel Nut
- Bhang
- Bibirine or Bebeerine
- Bichromates and Chromates
- Bismuth
- Bittern
- Black, Joseph
- Borage
- Borax
- Boric Acid or Boracic Acid
- Boron
- Boussingault, J. B. J. D.
- Brande, William Thomas
- Bromine
- Brown, S. M.
- Brucine
- Buchu
- Bunsen, P. W. von
- Butyl Alcohols
- Butyric Acid
- Cadmium
- Caesium
- Caffeine
- Cajuput Oil
- Calabar Bean
- Calcium
- Calomel
- Calvert, F. Crace
- Camphors
- Cannizzaro, Stanislao
- Cantharides
- Capsicum
- Capsule
- Caraway
- Carbazol
- Carbide
- Carbohydrate
- Carbolic Acid
- Carbon
- Carbonates
- Carbon Bisulphide
- Carbonic Acid
- Cardamon
- Carvacrol
- Cassia
- Castor Oil
- Catalysis
- Catechu
- Caustic
- Cavendish, Henry
- Cayenne Pepper
- Cellulose
- Cerium
- Chamomile, or Camomile Flowers
- Charcoal
- Chemical Action
- Chemistry
- Chevreul, M. F.
- Chloral
- Chlorates
- Chlorine
- Chloroform
- Chlorpicrin
- Chromium
- Chrysene
- Cimicifuga
- Cinchona
- Cinnamic Acid
- Cinnamon
- Cinnolin
- Citric Acid
- Clark, Thomas
- Cloves
- Coal-tar
- Cobalt
- Coca, or Cuca
- Cocaine
- Coco-nut Palm
- Cod-liver Oil
- Colchicum
- Colcothar
- Collodion
- Colocynth
- Colt’s-Foot
- Columbium
- Combustion
- Condenser
- Conine
- Copaiba
- Copal
- Copper
- Copperas
- Coriander
- Corrosive Sublimate
- Coumarin
- Coumarones
- Creosote
- Cresols
- Crookes, Sir William
- Crotonic Acid
- Croton Oil
- Crystallization
- Cubebs
- Cumin
- Curie, Pierre
- Cyanamide
- Cyanic Acid and Cyanates
- Cyanide
- Cyanogen
- Cytisine
- Dalton, John
- Dammar
- Dandelion
- Daniell, John F.
- Davy, Sir Humphry
- Decolourizing
- Depilatory
- Dessication
- Dewar, Sir James
- Dextrine
- Diazo Compounds
- Didymium
- Digitalis
- Dill
- Diphenyl
- Disinfectants
- Distillation
- Dividivi
- Döbereiner, J. W.
- Dragon’s Blood
- Drug
- Dulong, Pierre Louis
- Dumas, J. B. A.
- Durene
- Earth
- Ecgonine
- Elaterium
- Elecampine
- Electrochemistry
- Electrolysis
- Electrometallurgy
- Element
- Elixir
- Elm
- Epsom Salts
- Equivalent
- Erbium
- Erdmann, Otto Linné
- Ergot, or Spurred Rye
- Erythrite
- Esters
- Ether
- Ethers
- Ethyl
- Ethyl Chloride
- Ethylene
- Eucalyptus
- Eugenol
- Euphorbium
- Eupion
- Europium
- Fehling, Hermann von
- Fennel
- Fenugreek
- Fig
- Filter
- Fir
- Fischer, Emil
- Fittig, Rudolf
- Flamel, Nicolas
- Flavin
- Fluoranthene
- Fluorene
- Fluorescein
- Fluorine
- Formalin, or Formaldehyde
- Formic Acid
- Formula
- Fourcroy, A. F., Comte de
- Foxglove
- Frankland, Sir Edward
- Frémy, Edmond
- Fresenius, Karl R.
- Friedel, Charles
- Fructose, or Fruit-sugar
- Fuchs, Johann N. von
- Fulminic Acid
- Fumaric and Maleic Acids
- Fumitory
- Furazanes
- Furfurane
- Fusel Oil
- Gadolinium
- Galangal
- Galbanum
- Gallic Acid
- Gallium
- Gamboge
- Gannal, J. N.
- Garlic
- Gay-Lussac, J. L.
- Geber
- Gelatin
- Gelsemium
- Gentian
- Geoffroy, E. F.
- Gerhardt, Charles F.
- Germanium
- Gibbs, Oliver Wolcott
- Gilbert, Sir Joseph H.
- Ginger
- Ginseng
- Gladstone, John Hall
- Glaser, Christopher
- Glauber, Johann R.
- Glauber’s Salt
- Glucinum
- Glucose
- Glucoside
- Glutaric Acid
- Glycerin, or Glycerol
- Glycols
- Gmelin (family)
- Gold
- Graham, Thomas
- Grains of Paradise
- Greenheart
- Guaco, Huaco or Guao
- Guaiacum
- Guanidine
- Guarana
- Guelder Rose
- Guimet, Jean B.
- Gum
- Guyton de Morveau, Baron
- Harcourt, W. Vernon
- Hartshorn, Spirits of
- Hashish
- Hellebore
- Helmont, Jean B. van
- Hemp
- Henbane
- Henna
- Henry, William
- Herb
- Hippuric Acid
- Hofmann, A. W. von
- Homberg, William
- Homoeopathy
- Hop
- Horehound
- Houseleek
- Hydantoin
- Hydracrylic Acid
- Hydrastine
- Hydrate
- Hydrazine
- Hydrazone
- Hydrocarbon
- Hydrochloric Acid
- Hydrogen
- Hydroxylamine
- Hyposulphite of Soda
- Hyssop
- Iatrochemistry
- Iceland Moss
- Imidazoles, or Glyoxalines
- Indazoles
- Indene
- Indicator
- Indigo
- Indium
- Indole
- Indulines
- Inulin
- Iodine
- Iodoform
- Ipecacuanha
- Iron
- Isatin
- Isomerism
- Isoxazoles
- Jaborandi
- Jalap
- Juniper
- Kámalá
- Kekulé, F. August
- Kelp
- Kermes
- Ketenes
- Ketones
- Kino
- Klaproth, M. H.
- Kolbe, A. W. Hermann
- Kopp, Hermann F. M.
- Kousso
- Kunkel, or Kunckel von Lowenstjern, J.
- Lactic Acid
- Lactones
- Laevulinic Acid
- Lanolin
- Lanthanum
- Laudanum
- Lavender
- Lavoisier, A. L.
- Lead
- Le Blanc, Nicolas
- Lemery, Nicolas
- Lemon
- Liebig, Baron J. von
- Lime
- Linseed
- Liquorice
- Lister, Baron
- Lithium
- Litmus
- Lobelia
- Lunge, Georg
- Madder
- Magnesium
- Magnus, H. G.
- Malic Acid
- Mallow
- Malonic Acid
- Malt
- Mammee Apple
- Mandelic Acid
- Mandrake
- Manganese
- Mangosteen
- Manna
- Marggraf, Andreas S.
- Marignac, Jean C. G. de
- Mastic
- Mayow, John
- Medical Jurisprudence
- Medicine
- Mellitic Acid
- Mandeléeff, Dmitri I.
- Mercaptans
- Mercury
- Mesoxalic Acid
- Methyl Alcohol
- Meyer, J. Lothar
- Meyer, Victor
- Microcosmic Salt
- Mineral Waters
- Mint
- Mitscherlich, E.
- Mohr, K. Friedrich
- Moissan, Henri
- Molybdenum
- Mond, Ludwig
- Morphine
- Mucic Acid
- Murexide
- Murray, John
- Musk
- Muspratt, J. and J. S.
- Mustard
- Mustard Oils
- Myrrh
- Myrtle
- Naphtha
- Naphthalene
- Naphthols
- Naphthylamines
- Nepenthes
- Newlands, John A. R.
- Nickel
- Nightshade
- Niobium
- Nitre
- Nitric Acid
- Nitrobenzene
- Nitro Compounds
- Nitrogen
- Nitroglycerin
- Nobel, Alfred B.
- Nux Vomica
- Officinal
- Oils
- Olefine
- Oleic Acid
- Opium
- Orcin
- Orpiment
- Orris-root
- Oxalic Acid
- Oxazoles
- Oxide
- Oximes
- Oxygen
- Oxyhydrogen Flame
- Palladium
- Palmitic Acid
- Paraffin
- Paraldehyde
- Pasteur, Louis
- Pelouze, T. Jules
- Pennyroyal
- Peppermint
- Pepsin
- Perfumery
- Perkin, Sir W. H.
- Pettenkofer, Max J. von
- Pharmacology
- Pharmacopoeia
- Pharmacy
- Phenacetin
- Phenanthrene
- Phenazine
- Phenol
- Phenolphthalein
- Phosphates
- Phosphorus
- Phthalazines
- Phthalic Acids
- Picene
- Picric Acid
- Picrotoxin
- Pilocarpine
- Pimento
- Pine
- Piperazin
- Piperine
- Piperonal
- Platinum
- Plattner, K. F.
- Podophyllin
- Poison
- Polymethylenes
- Pomade
- Potashes
- Potassium
- Priestley, Joseph
- Primuline
- Propiolic Acid
- Propyl Alcohols
- Proust, Joseph Louis
- Prout, William
- Prussic Acid
- Pumice
- Purin
- Purslane
- Pyrazines
- Pyrazoles
- Pyrene
- Pyrethrum
- Pyridine
- Pyrimidines
- Pyrocatechin
- Pyrogallol
- Pyrones
- Pyrophorous
- Pyrrol
- Pyruvic Acid
- Quassia
- Quercitron
- Quinazolines
- Quinine
- Quinoline
- Quinones
- Quinoxalines
- Radium
- Ramsay, Sir William
- Raoult, François M.
- Rare Earths
- Regnault, H. V.
- Resorcin
- Retene
- Rhamnus Purshiana
- Rhatany, or Krameria Root
- Rhodium
- Rhubarb
- Richter, J. B.
- Roebuck, John
- Roscoe, Sir H. E.
- Rose
- Rouelle, G. F.
- Rouge
- Rubidium
- Ruthenium
- Saccharic Acid
- Saccharin
- Safflower
- Saffron
- Safranine
- Sainte-Claire Deville, E. H.
- Sal Ammoniac
- Salep
- Salicin, Salicinum
- Saliscylic
- Salt
- Saltpetre
- Samarium
- Sandalwood
- Sandarach
- Santonin
- Sarsaparilla
- Scammony
- Scandium
- Scheele, K. W.
- Schlippe’s Salt
- Schönbein, C. F.
- Schützenberger, P.
- Senega
- Senna
- Sesame
- Silica
- Silicon
- Silliman, Benjamin
- Silver
- Snake-root
- Soap
- Soap-bark
- Sodium
- Solution
- Spectroscopy
- Spikenard, or Nard
- Spirits
- Sponges
- Squill
- Stahl, G. E.
- Stas, J. S.
- Stearic Acid
- Sterochemistry
- Stero-isomerism
- Stoichometry
- Stramonium
- Strontium
- Strophanthus
- Strychnine
- Styrolene
- Succinic Acid
- Sugar
- Sulphonal
- Sulphonic Acids
- Sulphur
- Sulphuric Acid
- Sumbul, or Sumbal
- Supra-renal extract
- Talc
- Tamarisk
- Tannin or Tannic Acid
- Tantalum
- Tar
- Taraxacum
- Tartar
- Tartaric Acid
- Tellurium
- Tennant, Charles
- Tennant, Smithson
- Terbium
- Terpenes
- Tetrazines
- Tetrazoles
- Thénard, L. J.
- Therapeutics
- Thermochemistry
- Thiazines
- Thiazoles
- Thiophen
- Thomsen, Julius
- Thomson, Thomas
- Thorium
- Thymol
- Thyroid
- Tin
- Tincture
- Titanium
- Toilet Powders
- Toluene
- Tonqua Bean
- Tooth Powders and Pastes
- Triazines
- Triazoles
- Triphenylmethane
- Trophine
- Tungsten
- Turmeric
- Upas
- Uranium
- Urea, or Carbamide
- Urethane
- Urotropin
- Valency
- Valerian
- Valeric Acid
- Vanadium
- Vanilla
- Van’t Hoff, J. H.
- Vaseline
- Vauquelin, L. N.
- Veratrum
- Veronal
- Viburnum
- Vitriol
- Weighing Machines
- Weights and Measures
- Weldon, Walter
- Wenzel, K. F.
- Williamson, A. W.
- Wine
- Wintergreen
- Winter’s Bark
- Wislicenus, J.
- Witch-hazel
- Wöhler, Friedrich
- Wollaston, W. H.
- Wormwood
- Wurtz, C. A.
- Xanthic Acid
- Xanthone
- Xylene
- Yew
- Young, James
- Ytterbium
- Yttrium
- Zinc
- Zirconium
CHAPTER XIII
FOR MERCHANTS AND MANUFACTURERS OF FOOD PRODUCTS
The manufacturer of or dealer in food products must of necessity be interested in questions of transportation by land and sea, of taxation, of agriculture, stock-raising and fishing, for example. For all such subjects as these he is referred to other chapters of this Guide. Here he will find only the chief articles on the subjects most closely related to the study of food products. But on these he may glean a wealth of information that will be of greatest value to him, and from them he can turn readily and with profit to a survey of the larger area covered by other chapters.
As a general introduction to the subject the student should read Dietetics (Vol. 8, p. 214), by the late Dr. W. O. Atwater, who was in charge of the Nutrition Investigation of the U. S. Department of Agriculture, and R. D. Milner, also of that Department. This article deals with the composition and nutritive values of foods, their fuel value, quantities of nutriments needed, hygienic and pecuniary economy of foods (with tables showing the percentage composition of common food materials), conditions of digestibility, and other matters of equal importance. Nutrition (Vol. 19, p. 920), by Prof. D. N. Paton and Dr. E. P. Cathcart, both of the University of Glasgow, discusses more particularly digestion and the utilization of the different food constituents.
Food Preservation
After establishing the value and relative importance of the various substances used as food, it is of great interest to everyone in the business to consider the subject of Food Preservation (Vol. 10, p. 612), an article by Otto Hehner, formerly president of the Society of Public Analysts, in which there are separate sections on Preservation by Heat (which includes all canning processes); by Chemicals; by Drying; by Refrigeration; by Pickling. The sterilization of milk, condensed milk and milk powder all fall within the scope of this article. The preservation of food by cold is described in fuller detail in the article Refrigerating and Ice Making (Vol. 23, p. 30), by T. B. Lightfoot, author of the standard technical book on that subject. Among the separate articles on preservative materials are Vinegar (Vol. 28, p. 96), Acetic Acid (Vol. 1, p. 135), Citric Acid (Vol. 6, p. 397), Oils (Vol. 20, p. 43), Salt (Vol. 24, p. 87), Saltpetre (Vol. 24, p. 93), Sugar (Vol. 26, p. 32), Borax (Vol. 4, p. 243), Formalin or Formaldehyde (Vol. 10, p. 667), Benzoic Acid (Vol. 3, p. 756), Salicylic Acid (Vol. 24, p. 69), Sulphur, Compounds (Vol. 26, p. 63), Alcohol (Vol. 1, p. 525).
Adulteration