CARAMEL COFFEE NO. 4.—Beat together four eggs and one pint of molasses, and mix thoroughly with four quarts of good wheat bran. Brown in the oven, stirring frequently. Prepare for use the same as the preceding.

MRS. T'S CARAMEL COFFEE.—Make a rather thick batter of Graham grits or Graham meal and milk, spread it in shallow pans and bake in a moderate oven until evenly done throughout. Cut the cake thus prepared into thin strips, which break into small uniform pieces and spread on perforated tins or sheets and brown in the oven. Each piece should be very darkly and evenly browned, but not burned. For each cup of coffee required, steep a small handful in boiling water for ten or fifteen minutes, strain and serve.

PARCHED GRAIN COFFEE.—Brown in the oven some perfectly sound wheat, sweet corn, barley, or rice, as you would the coffee berry. If desired, a mixture of grains may be used. Pound or grind fine. Mix the white of an egg with three tablespoonfuls of the ground grain, and pour over it a quart of boiling water. Allow it to come just to the boiling point, steep slowly for twelve or fifteen minutes, and serve.

WHEAT, OATS AND BARLEY COFFEE.—Mix together equal quantities of these grains, brown in the oven like ordinary coffee, and grind. To one quart of boiling water take three tablespoonfuls of the prepared coffee mixed with the white of an egg, and steep in boiling water ten or fifteen minutes.

RECIPES FOR COLD BEVERAGES.

BLACKBERRY BEVERAGE.—Crush a quart of fresh blackberries, and pour over them a quart of cold water; add a slice of lemon and a teaspoonful of orange water, and let it stand three or four hours. Strain through a jelly bag. Sweeten to taste with a syrup prepared by dissolving white sugar in hot water, allowing it to become cold before using. Serve at once with bits of broken ice in the glasses, or place the pitcher on ice until ready to serve.

FRUIT BEVERAGE.—A great variety of pleasant, healthful drinks may be made by taking equal quantities of water and the juice of currants, strawberries, raspberries, cherries, or a mixture of two kinds, as raspberries and currants, sweetening to taste, and putting into each glass a small lump of ice. Directions for the preparation of fruit juices will be found on page 209.

FRUIT BEVERAGE NO. 2.—Mash a pint of red raspberries, add one cup of canned pineapple or half a fresh one chopped fine; pour over all three pints of water. Stir frequently, and let the mixture stand for two hours. Strain, add the juice of six lemons, and sugar or syrup to sweeten.

ANOTHER.—Extract the juice from three lemons and as many sour oranges, add a quart of cold water, sugar or syrup to sweeten, half a teaspoonful of rose water, and a cup of pure grape juice; or the rose water and grape juice may be omitted and two tablespoonfuls of strawberry, raspberry, or cherry juice used instead, and the whole poured over half a dozen slices of pineapple, and allowed to stand until well flavored before using.

FRUIT CORDIAL.—Crush a pint of blackberries, raspberries, grapes, currants, or cherries, adding the juice of two sour oranges, and a sliced lemon; pour over all a quart of cold water. Stir the mixture frequently and let it stand for two hours, then strain and add a syrup made by dissolving white sugar in boiling water, sufficient to sweeten. Cool on ice and serve.

GRAPE BEVERAGE.—Crush two pounds of perfectly ripened purple grapes and strain the juice through a jelly bag. Add to the juice three tablespoonfuls of granulated sugar or syrup, and dilute with cold water to suit the taste.

LEMONADE.—Use three large or four medium-sized lemons for each quart of water, and from six to eight tablespoonfuls of sugar. Rub or squeeze the lemons till soft. Cut a slice or two from each, and extract the juice with a lemon drill; strain the juice through a fine wire strainer to remove the seeds and bits of pulp, and pour it over the sugar. Add the slices of lemon, and pour over all a very little boiling water to thoroughly dissolve the sugar; let it stand ten or fifteen minutes, then add the necessary quantity of cold water, and serve. Or rub the sugar over the outside of the lemons to flavor it, and make it into a syrup by adding sufficient boiling water to dissolve it. Extract and strain the lemon juice, add the prepared syrup and the requisite quantity of cold water, and serve.

MIXED LEMONADE.—A very pleasant, cooling summer drink is made from the juice of six oranges and six lemons, with sugar to taste; add to this some pounded ice and the juice of a small can of pineapple, and lastly pour over the whole two quarts of water.

OATMEAL DRINK.—Boil one fourth of a pound of oatmeal in three quarts of water for half an hour, then add one and one half tablespoonfuls of sugar, strain and cool. It may be flavored with a little lemon or raspberry syrup if desired; or the sugar may be omitted and a quart of milk added. Cool on ice and serve.

ORANGEADE.—Pare very thin from one orange a few bits of the yellow rind. Slice three well-peeled sour oranges, taking care to remove all the white portion and all seeds. Add the yellow rind and a tablespoonful of sugar; pour over all a quart of boiling water. Cover the dish, and let it remain until the drink is cold. Or, if preferred, the juice of the oranges may be extracted with a lemon drill and strained as for lemonade.

PINEAPPLE BEVERAGE.—Pare and chop quite fine one fresh pineapple; add a slice or two of lemon, and cover with three pints of boiling water. Let it stand for two hours or more, stirring frequently; then strain and add the juice of five lemons, and sugar or syrup to sweeten.

PINEAPPLE LEMONADE.—Lemonade made in the usual manner and flavored with a few spoonfuls of canned pineapple juice, is excellent for variety.

PINK LEMONADE.—Add to a pint of lemonade prepared in the usual manner half a cup of fresh or canned strawberry, red raspberry, currant, or cranberry juice. It gives a pretty color besides adding a pleasing flavor.

SHERBET.—Mash a quart of red raspberries, currants, or strawberries, add the juice of a lemon, and pour over all three pints of cold water. Stir frequently, and let it stand for two or three hours. Strain through a jelly bag, sweeten to taste, and serve.

TISANE.—This is a favorite French beverage, and is prepared by chopping fine a cupful of dried fruits, such as prunes, figs, or prunelles, and steeping for an hour in a quart of water, afterward straining, sweetening to taste, and cooling on ice before using.



TABLE TOPICS.

The nervousness and peevishness of our times are chiefly attributable to tea and coffee. The digestive organs of confirmed coffee drinkers are in a state of chronic derangement which reacts on the brain, producing fretful and lachrymose moods. The snappish, petulant humor of the Chinese can certainly be ascribed to their immoderate fondness for tea.—Dr. Bock.

Dr. Ferguson, an eminent physician who has carefully investigated the influence of tea and coffee upon the health and development of children, says he found that children who were allowed these beverages gained but four pounds a year between the ages of thirteen and sixteen, while those who had been allowed milk instead, gained fifteen pounds in weight during the same period.

Dr. Richardson, the eminent English physician and scientist, asserts that the misery of the women of the poorer classes of the population in England is more than doubled by the use of tea, which only soothes or stimulates to intensify the after-coming depression and languor.

A physician recommended a lady to abandon the use of tea and coffee. "O, but I shall miss it so," said she.

"Very likely," replied her medical adviser, "but you are missing health now, and will soon lose it altogether if you do not."

Dr. Stenhouse, of Liverpool, once made a careful analysis of a sample package of black tea, which was found to contain "some pure Congo tea leaves, also siftings of Pekoe and inferior kinds, weighing together twenty-seven per cent of the whole. The remaining seventy-three per cent was composed of the following substances; Iron, plumbago, chalk, China-clay, sand, Prussian-blue, tumeric, indigo, starch, gypsum, catechu, gum, the leaves of the camelia, sarangna, Chlorantes officinalis, elm, oak, willow, poplar, elder, beach, hawthorn, and sloe."



MILK CREAM BUTTER

MILK.

Chemically considered, the constituents of milk are nitrogenous matter (consisting of casein and a small proportion of albumen), fat, sugar of milk, mineral matter, and water, the last constituting from sixty-five to ninety per cent of the whole.

The proportion of these elements varies greatly in the milk of different animals of the same species and of the same animals at different times, so that it is not possible to give an exact analysis.

The analysis of an average specimen of cow's milk, according to Letheby, is:—

Nitrogenous matter.......................................4.1 Fat......................................................3.9 Sugar of milk............................................5.2 Mineral matter...........................................0.8 Water...................................................86.0

If a drop of milk be examined with a microscope, it will be seen as a clear liquid, holding in suspension a large number of minute globules, which give the milk its opacity or white color. These microscopic globules are composed of fatty matter, each surrounded by an envelope of casein, the principal nitrogenous element found in milk. They are lighter than the surrounding liquid, and when the milk remains at rest, they gradually rise to the top and form cream. Casein, unlike albumen, is not coagulated by heat; hence when milk is cooked, it undergoes no noticeable change, save the coagulation of the very small amount of albumen it contains, which, as it solidifies, rises to the top, carrying with it a small portion of the sugar and saline matter and some of the fat globules, forming a skin-like scum upon the surface. Casein, although not coagulable by heat, is coagulated by the introduction into the milk of acids or extract of rennet. The curd of cheese is coagulated casein. When milk is allowed to stand for some time exposed to warmth and air, a spontaneous coagulation occurs, caused by fermentative changes in the sugar of milk, by which it is converted into lactic acid through the action of germs.

Milk is sometimes adulterated by water, the removal of more or less of the cream, or the addition of some foreign substance to increase its density.

The quality of milk is more or less influenced by the food upon which the animal is fed. Watery milk may be produced by feeding a cow upon sloppy food.

The milk of diseased animals should never be used for food. There is no way by which such milk can invariably be detected, but Prof. Vaughan, of Michigan University, notes the following kinds of milk to be avoided:

1. Milk which becomes sour and curdles within a few hours after it has been drawn, and before any cream forms on its surface. This is known in some sections as 'curdly' milk, and it comes from cows with certain inflammatory affections of the udder, or digestive diseases, or those which have been overdriven or worried.

2. "Bitter-sweet milk" has cream of a bitter taste, is covered with 'blisters,' and frequently with a fine mold. Butter and cheese made from such milk cannot be eaten on account of the disagreeable taste.

3. 'Slimy milk' can be drawn out into fine, ropy fibers. It has an unpleasant taste, which is most marked in the cream. The causes which lead to the secretion of this milk are not known.

4. 'Blue milk' is characterized by the appearance on its surface, eighteen or twenty-four hours after it is drawn, of small, indigo-blue spots, which rapidly enlarge until the whole surface is covered with a blue film. If the milk be allowed to stand a few days, the blue is converted into a greenish or reddish color. This coloration of the milk is due to the growth of microscopic organisms. The butter made from 'blue milk' is dirty-white, gelatinous, and bitter.

5. 'Barnyard milk' is a term used to designate milk taken from unclean animals, or those which have been kept in filthy, unventilated stables. The milk absorbs and carries the odors, which are often plainly perceptible. Such milk may not be poisonous, but it is repulsive.

There is no doubt that milk often serves as the vehicle for the distribution of the germs of various contagious diseases, like scarlet fever, diphtheria, and typhoid fever, from becoming contaminated in some way, either from the hands of milkers or from water used as an adulterant or in cleansing the milk vessels. Recent investigations have also shown that cows are to some extent subject to scarlet fever, the same as human beings, and that milk from infected cows will produce the same disease in the consumer.

Milk should not be kept in brass or copper vessels or in earthen-ware lined with lead glazing; for if the milk becomes acid, it is likely to unite with the metal and form a poisonous compound. Glass and granite ware are better materials in which to keep milk.

Milk should never be allowed to stand uncovered in an occupied room, especially a sitting-room or bedroom, as its dust is likely to contain disease-germs, which falling into the milk, may become a source of serious illness to the consumer. Indeed it is safest to keep milk covered whenever set away, to exclude the germs which are at all times present in the air. A good way is to protect the dishes containing milk with several layers of cheese-cloth, which will permit the air but not the germs to circulate in and out of the pans. Neither should it be allowed to stand where there are strong odors, as it readily takes up by absorption any odors to which it is exposed.

A few years ago Dr. Dougall, of Glasgow, made some very interesting experiments on the absorbent properties of milk. He inclosed in jars a portion of substances giving off emanations, with a uniform quantity of milk, in separate vessels, for a period of eight hours, at the end of which time samples of the milk were drawn off and tested. The result was that milk exposed to the following substances retained odors as described:—

Coal gas, distinct; paraffine oil, strong; turpentine, very strong; onions, very strong; tobacco smoke, very strong; ammonia, moderate; musk, faint; asafetida, distinct; creosote, strong; cheese (stale), distinct; chloroform, moderate; putrid fish, very bad; camphor, moderate; decayed cabbage, distinct.

These facts clearly indicate that if the emanations to which milk is exposed are of a diseased and dangerous quality, it is all but impossible that the milk can remain free from dangerous properties.

Too much pains cannot be taken in the care of milk and vessels containing it. Contact with the smallest quantity of milk which has undergone fermentation will sour the whole; hence the necessity for scrupulous cleanliness of all vessels which have contained milk before they are used again for that purpose.

In washing milk dishes, many persons put them first into scalding water, by which means the albumen in the milk is coagulated; and if there are any crevices or seams in the pans or pails, this coagulated portion is likely to adhere to them like glue, and becoming sour, will form the nucleus for spoiling the next milk put into them. A better way is first to rinse each separately in cold water, not pouring the water from one pan to another, until there is not the slightest milky appearance in the water, then wash in warm suds, or water containing sal-soda, and afterward scald thoroughly; wipe perfectly dry, and place if possible where the sun will have free access to them until they are needed for further use. If sunshine is out of the question, invert the pans or cans over the stove, or place for a few moments in a hot oven.

The treatment of milk varies with its intended use, whether whole or separated from the cream.

Cream rises best when the milk is quite warm or when near the freezing-point. In fact, cream separates more easily from milk at the freezing-point than any other, but it is not thick and never becomes so. An intermediate state seems to be unfavorable to a full rising of the cream.

A temperature of 56 deg. to 60 deg.F. is a good one. Milk to be used whole should be kept at about 45 deg. and stirred frequently.

All milk obtained from city milkmen or any source not certainly known to be free from disease-germs, should be sterilized before using. Indeed, it is safest always to sterilize milk before using, since during the milking or in subsequent handling and transportation it is liable to become infected with germs.

TO STERILIZE MILK FOR IMMEDIATE USE.—Put the milk as soon as received into the inner dish of a double boiler, the outer vessel of which should be filled with boiling water. Cover and heat the milk rapidly to as near the boiling point as possible. Allow it to remain with the water in the outer boiler actively boiling for half an hour, then remove from the stove and cool very quickly. This may be accomplished by pouring into shallow dishes, and placing these in cold water, changing the water as frequently as it becomes warm, or by using pieces of ice in the water. It is especially important to remember that the temperature of the milk should be raised as rapidly as possible, and when the milk is sufficiently cooked, cooled very quickly. Either very slow heating or slow cooling may prove disastrous, even when every other precaution is taken.

Or, well-cleaned glass fruit cans may be nearly filled with milk, the covers screwed on loosely, then placed in a kettle of cold water, gradually heated to boiling and kept at that temperature for a half hour or longer, then gradually cooled. Or, perfectly clean bottles may be filled with milk to within two inches of the top, the neck tightly closed with a wad of cotton, and the bottles placed in a steam cooker, the water in which should be cold at the start, and steamed for half an hour.

This cooking of milk, while it destroys many of the germs contained in milk, particularly the active disease-germs which are liable to be found in it, thus rendering it more wholesome, and improving its keeping qualities somewhat, does not so completely sterilize the milk that it will not undergo fermentative changes. Under varying conditions some thirty or forty different species of germs are to be found in milk, some of which require to be subjected to a temperature above that of boiling water, in order to destroy them. The keeping quality of the milk may be increased by reboiling it on three successive days for a half hour or longer, and carefully sealing after each boiling.

TO STERILIZE MILK TO KEEP.—This is a somewhat more difficult operation, but it may be done by boiling milk sealed in very strong bottles in a saturated solution of salt. The milk used should be perfectly fresh. It is best, when possible, to draw the milk from the cow directly into the bottles. Fill the bottles to within two inches of the top, cork them immediately and wire the corks down firmly and place them in the cold salt solution. Boil fifteen minutes or half an hour. Allow the solution to cool before removing them. If the bottles are removed from the solution while hot, they will almost instantly break. When cold, remove the bottles, and cover the tops with sealing wax. Store in a cool place, shake thoroughly once or twice a week. Milk sterilized in this manner will keep indefinitely.

CONDENSED MILK.—Condensed milk is made by evaporating milk in a vacuum to one fifth its original volume; it is then canned like any other food by sealing at boiling temperature in air-tight cans. When used, it should be diluted with five times its bulk of warm water.

Condensed milk, when not thoroughly boiled in the process of condensation, is liable to harbor disease-germs the same as any other milk.

CREAM.

Cream varies in composition according to the circumstances under which it rises.

The composition of an average specimen as given by Letherby is:—

Nitrogenous matter............................................ 2.7 Fat.......................................................... 26.7 Sugar of milk................................................. 2.8 Mineral matter................................................ 1.8 Water........................................................ 66.0

In the process of churning; the membranes of casein which surround each of the little globules constituting the cream are broken, and the fat of which they are composed becomes a compact mass known as butter. The watery looking residue containing casein, sugar of milk, mineral matter, and a small proportion of fat, comprises the buttermilk.

Skim-milk, or milk from which the cream has been removed, and buttermilk are analogous in chemical composition.

The composition of each, according to Dr. Edward Smith, is:—

SKIM-MILK

Nitrogenous matter......................................... 4.0 Sugar...................................................... 3.8 Fat........................................................ 1.8 Mineral matter............................................. 0.8 Water......................................................88.0

BUTTERMILK

Nitrogenous matter..........................................4.1 Sugar.......................................................3.6 Fat.........................................................0.7 Mineral matter..............................................0.8 Water......................................................88.0

Skim-milk and buttermilk, when the butter is made from sweet cream and taken fresh, are both excellent foods, although lacking the fat of new milk.

Cream is more easily digested than butter, and since it contains other elements besides fat, is likewise more nutritious. In cream the fat is held in the form of an emulsion which allows it to mingle freely with water. As previously stated, each atom of fat is surrounded with a film of casein. The gastric juice has no more power to digest casein than it has free fat, and the little particles of fat thus protected are carried to the small intestines, where the pancreatic juice digests them, and on their way they do not interfere with the stomach digestion of other foods, as the presence of butter and other free fats may do.

It is because of its greater wholesomeness that in the directions for the preparation of foods given in this work we have given preference to the use of cream over that of butter and other free fats. The usual objection to its use is its expense, and the difficulty of obtaining it from city dealers. The law of supply and cost generally corresponds with that of demand, and doubtless cream would prove no exception if its use were more general.



Cream may be sterilized and preserved in a pure state for some time, the same as milk.

Milk requires especial care to secure a good quality and quantity of cream. Scrupulous cleanliness, good ventilation, and an unvarying temperature are absolute essentials. The common custom of setting milk in pans is objectionable, not only because of the dust and germs always liable to fall into the milk, but also from the difficulty of keeping milk thus set at the proper temperature for cream-rising. Every family using milk in any quantity ought to have a set of creameries of large or small capacity according to circumstances, in which the milk supply can be kept in a pure, wholesome condition, and so arranged as to facilitate the full rising of the cream if desired. A very simple and satisfactory creamery, with space for ice around the milk, similar to that represented in the accompanying cut, may be constructed by any tinman.

The plan of scalding milk to facilitate the rising of the cream is excellent, as it not only secures a more speedy rising, but serves to destroy the germs found in the milk, thus lessening its tendency to sour. The best way to do this is to heat the milk in a double boiler, or a dish set inside another containing hot water, to a temperature of 150 deg. to 165 deg.F. as indicated by wrinkles upon its surface. The milk must not, however, be allowed to come to a boil. When scalded, it should be cooled at once to a temperature of about 60 deg. F. and kept thus during the rising of the cream.

BUTTER.

Of all foods wholly composed of fat, good fresh butter is the most wholesome. It should, however, be used unmelted and taken in a finely divided state, and only in very moderate quantities. If exposed to great heat, as on hot buttered toast, meats, rich pastry, etc., it is quite indigestible. We do not recommend its use either for the table or for cooking purposes when cream can be obtained, since butter is rarely found in so pure a state that it is not undergoing more or less decomposition, depending upon its age and the amount of casein retained in the butter through the carelessness of the manufacturer.

Casein, on exposure to air in a moist state, rapidly changes into a ferment, which, acting upon the fatty matter of the butter, produces rancidity, rendering the butter more or less unwholesome. Poor, tainted, or rancid butter should not be used as food in any form.

Good butter is pale yellow, uniform throughout the whole mass, and free from rancid taste or odor. White lumps in it are due to the incorporation of sour milk with the cream from which it was produced. A watery, milk-like fluid exuding from the freshly cut surface of butter, is evidence that insufficient care was taken to wash out all the buttermilk, thus increasing its liability to spoil.

The flavor and color of butter vary considerably, according to the breed and food of the animal from which the milk was obtained. An artificial color is often given to butter by the use of a preparation of annatto.

Both salt and saltpeter are employed as preservatives for butter; a large quantity of the former is often used to increase the weight of the butter.

ARTIFICIAL BUTTER.—Various fraudulent preparations are sold as butter. Oleomargarine, one of the commonest, is made from tallow or beef-fat, cleaned and ground like sausage, and heated, to separate the oil from the membranes. It is then known as "butter-oil," is salted, cooled, pressed, and churned in milk, colored with annatto, and treated the same as butter. Butterine, another artificial product, is prepared by mixing butter-oil and a similar oil obtained from lard, then churning them with milk.

An eminent analyst gives the following excellent way of distinguishing genuine butter from oleomargarine:—"When true butter is heated over a clear flame, it 'browns' and gives out a pleasant odor,—that of browned butter. In heating there is more or less sputtering, caused by minute particles of water retained in washing the butter. On the bottom of the pan or vessel in which true butter is heated, a yellowish-brown crust is formed, consisting of roasted or toasted casein. When oleomargarine is heated under similar circumstances, it does not 'brown,' but becomes darker by overheating, and when heated to dryness, gives off a grayish steam, smelling of tallow. There is no 'sputtering' when it is being heated, but it boils easily. If a pledget of cotton or a wick saturated with oleomargarine be set on fire and allowed to burn a few moments before being extinguished, it will give out fumes which are very characteristic, smelling strongly of tallow, while true butter behaves very differently."

BUTTER IN ANCIENT TIMES.—Two kinds of butter seem to have been known to the ancient Jews, one quite like that of the present day, except that it was boiled after churning, so that it became in that warm climate practically an oil; the other, a sort of curdled milk. The juice of the Jerusalem artichoke was mixed with the milk, when it was churned until a sort of curd was separated. The Oriental method of churning was by putting the milk into a goat-skin and swinging and shaking the bag until the butter came, as illustrated in the accompanying cut.



An article still sold as butter in Athens is made by boiling the milk of goats, allowing it to sour, and then churning in a goat-skin. The result is a thick, white, foamy substance appearing more like cream than butter.

BUTTER-MAKING.—The manufacture of good butter is dependent upon good cows and the care given them, as well as most careful treatment of the milk and cream. The milk to be used for butter making, as indeed for all purposes, should be most carefully strained through a wire strainer covered with three or four thicknesses of perfectly clean cheese cloth.

The following points given by an experienced dairyman will be found worthy of consideration by all who have to do with the manufacture of this article:—

"Milk is almost as sensitive to atmospheric changes as mercury itself. It is a question among many as to what depth milk should be set to get the most cream. It does not make so much difference as to the depth as it does the protection of the milk from acid or souring. As soon as the milk begins to sour, the cream ceases to rise.

"With a clear, dry atmosphere the cream will rise clean in the milk; but in that condition of the atmosphere which readily sours the milk, the cream will not rise clean, but seems to hang in the milk, and this even when the milk is protected by being set in water.

"The benefit of setting milk in cold water is that the water protects the milk from becoming acid until the cream has time to rise. For cream to rise readily on milk set in cold water, the atmosphere in the room should be warmer than the water. As much cream will rise on milk set in cold water in one hour as on milk not set in water in twenty-four hours. The milk should be skimmed while sweet, and the cream thoroughly stirred at each skimming.

"Cream skimmed from different milkings, if churned at the same time in one churn, should be mixed eight to ten hours before churning; then the cream will all come alike.

"The keeping qualities of butter depend principally upon two things: First, the buttermilk must be all gotten out; and secondly, the grain of the butter should be kept as perfect as possible. Butter should not be allowed to be churned after it has fairly come, and should not be gathered compactly in the churn in taking out, but the buttermilk should be drained from the butter in the churn, through a hair sieve, letting the butter remain in the churn. Then take water and turn it upon the butter with sufficient force to pass through the butter, and in sufficient quantity to rinse the buttermilk all out of the butter. With this process of washing the butter the grain is not injured or mashed, and is thus far kept perfect. And in working in the salt the ladle or roll or worker, whatever it is, should never be allowed to slip on the butter,—if it does, it will destroy the grain,—but it should go upon the butter in a pressing or rolling motion."

Test the temperature of the cream with a thermometer, and churn it at 60 deg. in summer and 62 deg. in winter. If the butter is soft, it may be hardened by pouring onto it while working a brine made by dissolving a pint of salt in ten quarts of water. The salt used in the butter should be carefully measured, three fourths of an ounce of salt to the pound being the usual allowance.

Butter, like milk, absorbs odors readily, and should never be allowed to remain in occupied rooms or any place exposed to strong or foul odors, but be kept covered in a cold place.

CHEESE.

Cheese is a product of milk prepared by separating the casein, with more or less of the cream, according to the manner in which it has been prepared, from the other ingredients of the milk. It is an article, which, although possessing a large proportion, of nutritive material, is very difficult of digestion, and the use of which is very questionable, not only for this reason, but because it is very liable to contain a poison called tyrotoxicon, capable of producing most violent and indeed fatal results, according to the remarkable researches of Prof. Vaughan of Michigan University. This poison is sometimes found in ice cream and custards, cream-puffs, etc., made from stale milk or cream.

It is much better to use milk in its fresh, natural state than in any of its products. Made into either butter or cheese, we lose some of its essential elements, so that what is left is not a perfect food.

RECIPES

HOT MILK.—Milk is more easily digested when used hot. This is not due to any marked chemical change in the milk, but to the stimulating effect of heat upon the palate and stomach.

To prepare hot milk, heat it in a double boiler until a wrinkled skin appears upon the surface. In the double boiler it may be kept at the proper temperature for a long time without difficulty, and thus prepared, it forms one of the most healthful of foods.

Milk, either cold or hot, should be taken a few sips only at a time, and not be drank in copious draughts when used in connection with other foods at mealtime. It will then coagulate in the stomach in small flakes much more easily digested than the large mass resulting when a large quantity is swallowed at a time.

DEVONSHIRE OR CLOTTED CREAM.—This is prepared as follows: Strain the milk as it comes fresh from the cow into a deep pan which will fit tightly over a kettle in which water can be boiled, and set away in a cool well-ventilated place, where it should be allowed to remain undisturbed from eight to twelve hours or longer. Then take the pan up very carefully so as not to disturb the cream, place over a kettle of water, heat to near the boiling point, or until a rim of bubbles half an inch wide forms all around the dish of milk. It must not, however, be allowed to boil, or the cream will be injured. Now lift the pan again with equal care back to a cool place and allow it to stand from twelve to twenty-four hours longer. The cream should be a compact mass of considerable thickness, and may be divided with a knife into squares of convenient size before skimming. It is delicious for use on fruit and grains.

COTTAGE CHEESE.—This dish is usually prepared from milk which has curdled from lack of proper care, or from long standing exposed to the air, and which is thus in some degree decomposing. But the fact that the casein of the milk is coagulated by the use of acids makes it possible to prepare this dish in a more wholesome manner without waiting for decomposition of the milk. Add to each four quarts of milk one cupful of lemon juice; let it stand until coagulated, then heat slowly, but do not boil, until the curd has entirely separated from the whey. Turn the whole into a colander lined with a square of clean cheese cloth, and drain off the whey. Add to the curd a little salt and cream, mix all together with a spoon or the hands, and form into cakes or balls for the table. The use of lemon gives a delicious flavor, which may be intensified, if desired, by using a trifle of the grated yellow rind.

COTTAGE CHEESE FROM BUTTERMILK.—Place a pail of fresh buttermilk in a kettle of boiling water, taking care to have sufficient water to come up even with the milk in the pail. Let the buttermilk remain until it is heated throughout to about 140 deg., which can be determined by keeping a thermometer in the milk and stirring it frequently. When it is sufficiently heated, empty the curd into strong muslin bags and hang up to drain for several hours. If properly scalded and drained, the curd will be quite dry and may be seasoned and served the same as other cottage cheese. If scalded too much, it will be watery.

COTTAGE CHEESE WITH SOUR MILK.—Take a pan of newly-loppered thick sour milk, and place it over a kettle of boiling water until the whey separates from the curd, breaking and cutting the curd as the milk becomes warmed, so as to allow the whey to settle. The milk should be well scalded, but not allowed to boil, as that will render the curd tough and leathery. Have ready a clean piece of cheese cloth spread inside a colander, dip the curd into it, and leave it to drain. If preferred, the corners of the cloth may be tied with a string, thus forming a bag in which the cheese may be hung up to drain. When well drained, remove the dry curd to a dish, rub it fine with the hands, add salt, and season with sweet cream, beating it well through the curd with a silver fork. It may be shaped into balls with the hands or pressed in large cups or bowls.

FRENCH BUTTER.—Fill a large, wide-mouthed glass bottle or jar about half full of thick sweet cream. Cork tightly, and with one end of the bottle in each hand shake it vigorously back and forth until the butter has separated from the milk, which it will generally do in a few minutes. Work out the buttermilk, make into small pats, and place on ice until ready to serve. As a rule this butter is not washed or salted, as it is intended for immediate use.

SHAKEN MILK.—Fit a conical tin cup closely over a glass of milk and shake it vigorously until all of a foam, after which it should be slowly sipped at once; or a glass of milk may be put into a quart fruit can, the cover tightly screwed on, and then shaken back and forth until the milk is foamy.

EMULSIFIED BUTTER.—Boil the butter with water for half an hour to destroy any germs it may contain; use plenty of water and add the butter to it while cold. When boiled, remove from the fire and allow it to become nearly cold, when the butter will have risen to the top and may be removed with a skimmer, or it may be separated from the water by turning the whole after cooling into a clean strainer cloth placed inside a colander. The butter may be pressed in the cloth if any water still remains. If hardened, reheat just sufficient to soften, and add to it, while still liquid, but cooled to about blood heat, the yolk of one egg for each tablespoonful of butter, and stir until very thoroughly mingled.

Or, add to each tablespoonful of the liquid butter two level tablespoonfuls of flour, rub together thoroughly, and cook until thickened in a half cupful of boiling water. If cream is not obtainable and butter must be used for seasoning, it is preferable to prepare it in one of the above ways for the purpose, using the quantity given as an equivalent of one cupful of thin cream. It will be evident, however, that these preparations will not only season but thicken whatever they are used in, and that additional liquid should be used on that account.



TABLE TOPICS.

A little six-year-old boy went into the country visiting. About the first thing he got was a bowl of bread and milk. He tasted it, and then hesitated a moment, when his mother asked if he didn't like it; to which he replied, smacking his lips, "Yes, ma'am. I was only wishing that our milkman in town would keep a cow!"

When Horace Greeley was candidate for the presidency, he at one time visited New Orleans, whose old creole residents gave him a dinner; and to make it as fine an affair as possible, each of the many guests was laid under contribution for some of the rarest wines in his cellar. When dinner was announced, and the first course was completed, the waiter appeared at Mr. Greeley's seat with a plate of shrimp. "You can take them away," he said to the waiter, and then added to the horrified French creole gentleman who presided, "I never eat insects of any kind." Later on, soup was served, and at the same time a glass of white wine was placed at Mr. Greeley's right hand. He pushed it quietly away, but not unobserved by the chief host. "Do you not drink wine?" he asked.

"No," answered Mr. Greeley; "I never drink any liquors."

"Is there anything you would like to drink with your soup?" the host then asked, a little disappointed.

"If you've got it," answered Mr. Greeley, "and it isn't any trouble, I'd like a glass of fresh buttermilk."

Said the host afterward in his broken English, "Ze idea of electing to ze presidency a man vot drink buttermilk vis his soup!"

Old friendships are often destroyed by toasted cheese, and hard salted meat has often led to suicide.—Sydney Smith.

A German sitting beside a Spanish officer on board a Havana steamer, was munching Limberger cheese with evident satisfaction when it occurred to him that he ought to offer some to his neighbor, who very coolly declined. "You think it unhealthful to eat that?" inquired the German in polite astonishment. "Unhealthful?" exclaimed the Hidalgo, with a withering look and a gasp for a more adequate word; "No, sir: I think it an unnatural crime!"—Oswald.

Good for Dyspepsia.—"Really, don't you think cheese is good for dyspepsia?" said an advocate of the use of this common article of food. "Why, my uncle had dyspepsia all his life, and he took a bit of cheese at the close of every meal!"

Mattieu Williams tells us, "When common sense and true sentiment supplant mere unreasoning prejudice, vegetables oils and vegetable fats will largely supplant those of animal origin in every element of our dietary."



EGGS

As will be seen from the analysis given below, an egg is particularly rich in nitrogenous elements. It is indeed one of the most highly concentrated forms of nitrogenous food, about one third of its weight being solid nutriment, and for this reason is often found serviceable in cases of sickness where it is desirable to secure a large amount of nourishment in small bulk.

Composition of the white of an ordinary hen's egg.

Nitrogenous matter..................... 20.4 Fatty matter........................... 10.0 Mineral matter......................... 1.6 Water.................................. 68.0

Composition of the yolk.

Nitrogenous matter..................... 1.0 Fatty matter........................... 30.7 Mineral matter......................... 1.3 Water.................................. 52.0

The white of egg is composed mainly of albumen in a dissolved state, inclosed in layers of thin membrane. When beaten, the membranes are broken, and the liberated albumen, owing to its viscous or glutinous nature, entangles and retains a large amount of air, thus increasing to several times its original bulk.

The yolk contains all the fatty matter, and this, with a modified form of albumen called vitellin, forms a kind of yellow emulsion. It is inclosed in a thin membrane, which separates it from the surrounding white.

The yolk, being lighter than the white, floats to that portion of the egg which is uppermost, but is held in position by two membranous cords, one from each end of the egg. The average weight of an egg is about two ounces, of which ten per cent consists of shell, sixty of white, and thirty of yolk.

HOW TO CHOOSE EGGS.—The quality of eggs varies considerably, according to the food upon which the fowls are fed. Certain foods communicate distinct flavors, and it is quite probable that eggs may be rendered unwholesome through the use of filthy or improper food; hence it is always best, when practicable, to ascertain respecting the diet and care of the fowls before purchasing eggs.

On no account select eggs about the freshness of which there is any reason to doubt. The use of stale eggs may result in serious disturbances of the digestive organs.

An English gentleman who has investigated the subject quite thoroughly, finds upon careful microscopical examination that stale eggs often contain cells of a peculiar fungoid growth, which seems to have developed from that portion of the egg which would have furnished material for the flesh and bones of the chick had the process of development been continued. Experiments with such eggs upon dogs produce poisonous effects.

There are several ways of determining with tolerable accuracy respecting the freshness of an egg. A common test is to place it between the eye and a strong light. If fresh, the white will appear translucent, and the outline of the yolk can be distinctly traced. By keeping, eggs become cloudy, and when decidedly stale, a distinct, dark, cloud-like appearance may be discerned opposite some portion of the shell. Another test is to shake the egg gently at the ear; if a gurgle or thud is heard, the egg is bad. Again, eggs may be tested by dropping into a vessel containing a solution of salt and water, in the proportion of a tablespoonful to a quart. Newly laid eggs will sink; if more than six days old, they will float in the liquid; if bad, they will be so light as to ride on the surface of the brine. The shell of a freshly laid egg is almost full; but owing to the porous character of the shell, with age and exposure to air a portion of the liquid substance of which the egg is composed evaporates, and air accumulates in its place at one of the extremities of the shell. Hence an egg loses in density from day to day, and the longer the egg has been kept, the lighter it becomes, and the higher it will rise in the liquid.

An egg that will float on the surface of the liquid is of too questionable a character to be used without breaking, and is apt to be unfit for use at all.

HOW TO KEEP EGGS.—To preserve the interior of an egg in its natural state, it is necessary to seal the pores of the shell air-tight, as the air which finds its way into the egg through the pores of the shell causes gradual decomposition. Various methods are devised to exclude the air and thus preserve the egg. A good way is to dip perfectly fresh eggs into a thick solution of gum-arabic,—equal parts of gum and water,—let the eggs dry and dip them again, taking care that the shells are entirely covered with the solution each time. When dry, wrap separately in paper and pack in a box of sawdust, bran, salt, or powdered charcoal, and cover tightly to keep out the air.

There is a difference of opinion as to which end should be placed down in packing; most authorities recommend the smaller end. However, an experienced poultryman offers the following reasons for packing with the larger end down: "The air-chamber is in the larger end, and if that is placed down, the yolk will not break through and touch the shell and thereby spoil. Another thing: if the air-chamber is down, the egg is not so liable to shrink away."

It would be well for housekeepers to make the test by packing eggs from the same lot each way and noting the result.

Melted wax or suet may be used to coat the shells. Eggs are sometimes immersed and kept in a solution of lime water, a pound of lime to a gallon of cold water, or simply packed in bran or salt, without a previous coating of fat or gum. By any of these methods they will keep for several weeks. Eggs, however, readily absorb flavors from surrounding substances, and for that reason lime water or salt solution are somewhat objectionable. Nothing of a disagreeable odor should be placed near eggs.

Eggs for boiling may be preserved by placing in a deep pan, and pouring scalding water over them. Let them stand half a minute, drain off the water, and repeat the process two or three times. Wipe dry, and when cool, pack in bran.

Eggs should be kept in a cool, not cold, place and handled carefully, as rough treatment may cause the mingling of the yolk and white by rupturing the membrane which separates them; then the egg will spoil quickly.

The time required for the digestion of a perfectly cooked egg varies from three to four hours.

It is generally conceded that eggs lightly cooked are most readily digested. What is generally termed a hard-boiled egg is not easily acted upon by the digestive juices, and any other manner of cooking by which the albumen becomes hardened and solid offers great resistance to digestion.

TO BEAT EGGS.—This may seem trivial, but no dish requiring eggs can be prepared in perfection, unless they are properly beaten, even if every other ingredient is the best. An egg-beater or an egg-whip is the most convenient utensil for the purpose; but if either of these is not to be had, a silver fork will do very well, and with this the beating should be done in sharp, quick strokes, dipping the fork in and out in rapid succession, while the egg should grow firmer and stiffer with every stroke. When carelessly beaten, the result will be a coarse and frothy instead of a thick and cream-like mass. Use a bowl in beating eggs with an egg-beater, and a plate when a fork or egg-whip is employed.

If the white and yolk are used separately, break the shells gently about the middle, opening slowly so as to let the white fall into the dish, while retaining the yolk in one half of the shell. If part of the white remains, turn the yolk from the one half to the other till the white has fallen. Beat the yolks until they change from their natural orange color to a much lighter yellow. The whites should be beaten until firm and dry enough not to fall from the bowl if turned upside down. The yolk should always be beaten first, since, if the white is left to stand after being beaten, a portion of the air, which its viscous nature allows it to catch up, escapes and no amount of beating will render it so firm a second time. Eggs which need to be washed before breaking should always be wiped perfectly dry, that no water may become mingled with the egg, as the water may dilute the albumen sufficiently to prevent the white from becoming firm and stiff when beaten.

In cold weather, it is sometimes difficult to beat the whites as stiff as desirable. Albumen is quite susceptible to temperature, and this difficulty may be overcome by setting the dish in which the eggs are beaten into warm water—not hot by any means—during the process of beating. In very hot weather it is often advantageous to leave the eggs in cold or ice water for a short time before beating. When a number of eggs are to be used, always break each by itself into a saucer, so that any chance stale egg may not spoil the whole. If the white or yolk of an egg—is left over, it may be kept for a day or two if put in a cool place, the yolk thoroughly beaten, the white unbeaten.

RECIPES.

EGGS IN SHELL.—The usual method of preparing eggs for serving in this way is to put them into boiling water, and boil or simmer until they are considered sufficiently cooked. Albumen, of which the white of the egg is composed, is easiest digested when simply coagulated. The yolk, if cooked at all, is easiest digested when dry and mealy. Albumen coagulates at 160 deg., and when the boiling point is reached, it becomes hardened, tough, and leathery, and very difficult of digestion. If the egg were all albumen, it might be easily and properly cooked by dropping into boiling water, allowing it to remain for a few seconds, and removing it, since the shell of the egg would prevent its becoming sufficiently heated in so short a time as to become hardened; but the time necessary to cook properly the white of the egg would be insufficient for the heat to penetrate to and cook the yolk; and if it is desirable to cook the yolk hard, the cooking process should be carried on at a temperature below the boiling point, subjecting the egg to a less degree of heat, but for a longer time. The most accurate method is to put the eggs into water of a temperature of 160 deg., allowing them to remain for twenty minutes and not permitting the temperature of the water to go above 165 deg. Cooked in this way, the white will be of a soft, jelly-like consistency throughout, while the yolks will be hard. If it is desired to have the yolks dry and mealy, the temperature of the water must be less, and the time of cooking lengthened. We have secured the most perfect results with water at a temperature of 150 deg., and seven hours' cooking. The temperature of the water can be easily tested by keeping in it an ordinary thermometer, and if one possesses a kerosene or gas stove, the heat can be easily regulated to maintain the required temperature.

Another method, although less sure, is to pour boiling water into a saucepan, draw it to one side of the range where it will keep hot, but not boil, put in the eggs, cover, and let stand for twenty minutes. If by either method it is desired to have the yolk soft-cooked, lessen the time to ten minutes or so, according to the hardness desired. Eggs are best served as soon as done, as the white becomes more solid by being kept in a hot shell.

It should be remarked that the time necessary to cook eggs in the shell will vary somewhat with the firmness of the shell, the size of the eggs, and the number cooked together.

EGGS IN SUNSHINE.—Take an earthen-ware dish which will stand heat and also do to use in serving the eggs. Oil it and break therein as many eggs as desired; sprinkle lightly with salt, and put into the oven for two or more minutes till the eggs are set. Have ready some hot tomato sauce prepared as for Tomato Toast; pour the sauce over them, and serve.

EGGS POACHED IN TOMATOES.—Take a pint of stewed tomatoes, cooked until they are homogeneous or which have been rubbed through a colander; season with salt if desired, and heat. When just beginning to boil, slip in gently a half dozen eggs, the shells of which have been so carefully broken that the yolks are intact. Keep the tomato just below the boiling point until the eggs are cooked. Lift the whites carefully with a fork as they cook, until they are firm, then prick them and let the yellow mix with the tomato and the whites. The whole should be quite soft when done, but showing the red of the tomatoes and the white and yellow of the eggs quite distinctly. Serve on toast. If the flavor is agreeable, a little onion.

EGGS IN CREAM.—Put a half cupful or more of cream into a shallow earthen dish, and place the dish in a kettle or pan of boiling water. When the cream is hot, break in as many eggs as the bottom of the dish will hold, and cook until well set, basting them occasionally over the top with the hot cream. Or, put a spoonful or two of cream into individual egg or vegetable dishes, break a fresh egg in each, and cook in the oven or in a steamer over a kettle of boiling water until the white of the egg is well set.

POACHED OR DROPPED EGGS.—Break each egg into a saucer by itself. Have a shallow pan half filled with scalding, not boiling, water on the stove. If desired, a little salt and a tablespoonful of lemon juice may be added. Slip the eggs gently from the saucer upon the top of the water, holding the edge of the saucer under water to prevent the eggs from scattering; dip the water over them with a spoon and let them stand five minutes, or until the yolk is covered with a film, and the white is firm but not hardened; keep the water just below the boiling point. Take out the eggs one by one on a skimmer, and serve in egg-saucers, or on slices of nicely browned toast moistened with a little sweet cream, as preferred. If one is especially particular to keep the shape of the eggs, an egg poacher should be used, or a set of muffin-rings may be laid in the bottom of the pan, and the eggs turned into the rings.

POACHED EGGS WITH CREAM SAUCE.—Poach eggs as in the foregoing, and pour over them a sauce made according to direction on page 351.

QUICKLY PREPARED EGGS.—A good way to cook quickly a large number of eggs, is to use a large-bottomed earthen dish, which will stand the heat and in which the eggs may be served. Oil it well; break the requisite number of eggs separately, and turn each carefully into the dish; sprinkle lightly with salt; set the dish in the oven or in a steamer over a kettle of boiling water for a few minutes until the eggs are set, then serve.

SCRAMBLED EGGS.—Beat four eggs lightly, add a little salt if desired, and half a cup of milk or cream. Have ready a hot, oiled saucepan; turn the eggs in and cook quickly, stirring constantly until firm, but soft.

STEAMED EGGS.—Break eggs into egg or vegetable dishes or patty-pans, salt very lightly, and set in a steamer over a kettle of boiling water until the whites are set and a film has formed over the yolk. Serve the same as poached eggs, with or without toast.

WHIRLED EGGS.—Have a small kettle of water heated almost to boiling, and with a wooden spoon, stir it rapidly round and round in the same direction until a miniature whirlpool is produced. Have ready some eggs broken in separate cups, and drop them carefully one at a time into the whirling water, the stirring of which must be kept up until the egg is a soft round ball. Remove with a skimmer, and serve on cream toast.

OMELETS.

RECIPES.

PLAIN OMELET.—Beat the yolks of three eggs to a cream and beat the whites to a stiff froth. Add to the yolks three tablespoonfuls of milk or cream, one tablespoonful of finely grated bread crumbs, and season lightly with salt; lastly, fold, not stir, the whites lightly in. An omelet pan is the best utensil for cooking, but if that is not to be had, an earthen-ware pudding dish which will stand the heat is good; an iron spider will do, but a larger omelet would need to be prepared. A tin saucepan is apt to cook the omelet so rapidly as to burn it in spots. Whatever the utensil used, it should be hot, the fire clear and steady, and all in readiness by the time the eggs are beaten.

Oil the dish well and gently pour in the omelet mixture; cover, and place the pan on the range where the heat will be continuous. Do not stir, but carefully, as the egg sets, lift the omelet occasionally by slipping a broad-bladed knife under it, or with a fork by dipping in here and there. It should cook quickly, but not so quickly as to burn. From three to five minutes will generally be ample time. When the middle of the omelet is set, it may be put into a hot oven to dry the top. As soon as the center is dry, it should be removed immediately, as it will be hard and indigestible if overdone. To dish, loosen from the pan by running a knife under it, lay a hot platter, bottom upward, over the pan, and invert the latter so as to shake out the omelet gently, browned side uppermost; or if preferred, double one part over the other before dishing. Serve at once, or it will fall.

An omelet of three eggs is sufficient for two or three persons; if more is desired, a second omelet of three eggs may be made. Larger ones are not so light nor so easily prepared. The dish used should be reserved for that purpose alone, and should be kept as smooth and dry as possible. It is better to keep it clean by wiping with a coarse towel than by washing; if the omelet comes from the pan perfectly whole and leaving no fragments behind.

FOAM OMELET.—Prepare as above, leaving out the white of one egg, which must be beaten to a stiff froth and spread over the top of the omelet after it is well set. Let this white just heat through by the time the omelet is done. Fold the omelet together, and dish. The whites will burst out around the edges like a border of foam.

FANCY OMELETS.—Various fancy omelets may be made by adding other ingredients and preparing the same as for plain omelets. Two or three tablespoonfuls of orange juice instead of milk, with a little grated rind for flavor and three tablespoonfuls of sugar, may be combined with the eggs and called an orange omelet.

A little cold cauliflower or cooked asparagus chopped very fine and mixed in when the omelet is ready for the pan, may be denominated a vegetable omelet.

SOFT OMELET.—Beat together thoroughly one quart of milk and six eggs. Season with salt. Pour into a shallow earthen pudding dish, and bake in the oven until well set.



TABLE TOPICS.

The candidates for ancient athletic games were dieted on boiled grain, with warm water, cheese, dried figs, but no meat.

An unpleasant reminder.—(Scene, Thanksgiving dinner, everybody commenting on the immense size of the turkey.) An appalling silence fell upon the crowd when Tommy cried out, "Mamma, is that the old sore-headed turkey?"

The eminent Prof. Wilder was reared a vegetarian, having passed his earlier years without even knowing that flesh food was ever eaten by human beings. When six years old, he saw on the table for the first time, a roasted chicken, at which he gazed for some moments in great bewilderment, when he seemed to make a discovery, and in his astonishment burst out with the remark, "I'll bet that's a dead hen!"

A story is told of a minister who was spending the day in the country, and was invited to dine. There was chicken for dinner, much to the grief of a little boy of the household, who had lost his favorite hen to provide for the feast. After dinner, prayer was proposed, and while the preacher was praying, a poor little lonesome chicken came running under the house, crying for its absent mother. The little boy shouted, "Peepy! Peepy! I didn't kill your mother! They killed her for that big preacher's dinner!" The "Amen" was said very suddenly.



MEATS

This is the term usually applied to the flesh and various organs of such animals, poultry, and game as are used for food. This class of foods contains representatives of all nutritive elements, but is especially characterized by as excess of albuminous matter. But in actual nutritive value flesh foods do not exceed various other food materials. A comparison of the food grains with beefsteak and other flesh foods, shows, in fact, that a pound of grain is equivalent in food value to two or three pounds of flesh.

At present time there is much question in the minds of many intelligent, thinking people as to the propriety of using foods of this class, and especially of their frequent use. Besides being in no way superior to vegetable substances, they contain elements of an excrementitious character, which cannot be utilized, and which serve only to clog and impede the vital processes, rendering the blood gross, filling the body with second-hand waste material which was working its way out of the vital domain of the animal when slaughtered. To this waste matter, consisting of unexpelled excretions, are added those produced by the putrefactive processes which so quickly begin in flesh foods exposed to air and warmth.

That flesh foods are stimulating has been shown by many observations and experiments.

Flesh foods are also specially liable to be diseased and to communicate to the consumer the same disease. The prevalence of disease among animals used for food is known to be very great, and their transmission to man is no longer a matter of dispute. It has been abundantly proved that such diseases as the parasitic, tuberculous, erysipelatous, and foot and mouth diseases are most certainly communicable to man by infected flesh. All stall and sty fed animals are more or less diseased. Shut up in the dark, cut off from exercise, the whole fattening process is one of progressive disease. No living creature could long retain good health under such unnatural and unwholesome conditions. Add to this the exhaustion and abuse of animals before slaughtering; the suffering incident to long journeys in close cars, often without sufficient food and water; and long drives over dusty roads under a burning sun to the slaughter house, and it will be apparent to all thoughtful persons that such influences are extremely liable to produce conditions of the system that render the flesh unfit for food.

Thousands of animals are consumed each year which were slaughtered just in time to save them from dying a natural death. It is a common thing for cattle owners, as soon as an animal shows symptoms of decline, to send it to the butcher at once; and when epidemics of cattle diseases are prevalent, there can be no doubt that the meat markets are flooded with diseased flesh.

There are few ways in which we can more effectually imperil our health than in partaking freely of diseased animal food. This is no new theory. The Jews have for ages recognized this danger, and their laws require the most careful examination of all animals to be used as food, both before and after slaughtering. Their sanitary regulations demand that beast or fowl for food must be killed by bleeding through the jugular vein, and not, according to custom, by striking on the head, or in some violent way. Prior to the killing, the animal must be well rested and its respiration normal; after death the most careful dissection and examination of the various parts are made by a competent person, and no flesh is allowed to be used for food which has not been inspected and found to be perfectly sound and healthy. As a result, it is found in many of our large cities that only about one in twenty of the animals slaughtered is accepted as food for a Jew. The rejected animals are sold to the general public, who are less scrupulous about the character of their food, and who are in consequence more subject to disease and shorter-lived than are Jews.

Trichinae, tapeworms, and various other parasites which infest the flesh of animals, are so common that there is always more or less liability to disease from these sources among consumers of flesh foods.

Meat is by no means necessary for the proper maintenance of life or vigorous health, as is proved by the fact that at least "four tenths of the human race," according to Virey, "subsist exclusively upon a vegetable diet, and as many as seven tenths are practically vegetarians." Some of the finest specimens of physical development and mental vigor are to be found among those who use very little or no animal food. Says St. Pierre, a noted French author, "The people living upon vegetable foods are of all men the handsomest, the most vigorous, the lease exposed to disease and passion; and they are those whose lives last longest."

The use of large quantities of animal food, however free from disease germs, has a tendency to develop the animal propensities to a greater or less degree, especially in the young, whose characters are unformed. Among animals we find the carnivorous the most vicious and destructive, while those which subsist upon vegetable foods are by nature gentle and tractable. There is little doubt that this law holds good among men as well as animals. If we study the character and lives of those who subsist largely upon animal food, we are apt to find them impatient, passionate, fiery in temper, and in other respects greatly under the dominion of their lower natures.

There are many other objections to the use of this class of foods—so many in fact that we believe the human race would be far healthier, better, and happier if flesh foods were wholly discarded. If, however, they are to be used at all, let them be used sparingly and prepared in the simplest and least harmful manner. Let them be cooked and served in their own juices, not soaked in butter or other oils, or disguised by the free use of pepper, mustard, catsup, and other pungent sauces. Salt also should be used only in the smallest possible quantities, as it hardens the fiber, rendering it more difficult of digestion.

We can conceive of no possible stretch of hygienic laws which admits the use of pork; so we shall give it and its products no consideration in our pages.

Such offal as calves' brains, sheep's kidneys, beef livers, and other viscera, is not fit food for any one but a scavenger. The liver and kidneys are depurating organs, and their use as food is not only unwholesome but often exceedingly poisonous.

Meat pies, scallops, sauces, fricassees, pates, and other fancy dishes composed of a mixture of animal foods, rich pastry, fats, strong condiments, etc., are by no means to be recommended as hygienic, and will receive no notice in these pages.

In comparative nutritive value, beef ranks first among the flesh foods. Mutton, though less nutritive, is more easily digested than beef. This is not appreciable to a healthy person, but one whose digestive powers are weak will often find that mutton taxes the stomach less than beef.

Veal or lamb is neither so nutritious nor so easily digested as beef or mutton. Flesh from different animals, and that from various parts of the same animal, varies in flavor, composition, and digestibility. The mode of life and the food of animals influence in a marked manner the quality of the meat. Turnips give a distinctly recognizable flavor to mutton. The same is true of many fragrant herbs found by cattle feeding in pastures.

THE SELECTION OF MEAT.—Good beef is of a reddish-brown color and contains no clots of blood. A pale-pink color indicates that the animal was diseased; a dark-purple color that the animal has suffered from some acute febrile affection or was not slaughtered, but died with the blood in its body.

Good beef is firm and elastic to the touch; when pressed with the finger, no impression is left. It should be so dry upon the surface as scarcely to moisten the fingers. Meat that is wet, sodden, and flabby should not be eaten. Good beef is marbled with spots of white fat. The suet should be dry and crumble easily. If the fat has the appearance of wet parchment or is jelly-like, the beef is not good. Yellow fat is an indication of old, lean animals.

Good beef has little or no odor. If any odor is perceptible, it is not disagreeable. Diseased meat has a sickly odor, resembling the breath of feverish persons. When such meat is roasted, it emits a strong, offensive smell. The condition of a piece of beef may be ascertained by dipping a knife in hot water, drying it, and passing it through the meat. Apply to the nose on withdrawal, and if the meat is not good, a disagreeable odor will be quite perceptible.

Good beef will not shrink greatly in cooking. In boiling or stewing, the shrinkage is computed to be about one pound in four; in baking, one and one fourth pounds in four. Beef of a close, firm fiber shrinks less than meat of coarse fiber.

Good veal is slightly reddish or pink, and the fat should be white and clear. Avoid veal without fat, as such is apt to be too young to be wholesome.

Good mutton should be firm and compact, the flesh, fine-grained and bright-red, with an accumulation of very hard and clear white fat along the borders of the muscles.

Meat should not be kept until decomposition sets in, as by the putrefaction of the albuminous elements certain organic poisons are generated, and flesh partaken of in this condition is liable to result in serious illness. Meat containing white specks is probably infested by parasites and should not be used as food.

PRESERVATION OF MEAT.—The tendency of flesh foods to rapid decomposition has led to the use of various antiseptic agents and other methods for its preservation.

One of the most common methods is that of immersion in a brine made of a solution of common salt to which a small portion of saltpeter has been added. This abstracts the juice from the meat and also lessens the tendency to putrefaction. Salt is used in various other ways for preserving meat. It should be remarked, however, that cured and dried meats are much more difficult to digest than fresh meat, and the nature of the meat itself is so changed by the process as to render its nutritive value much less.

Meat is sometimes packed in salt and afterward dried, either in the sun or in a current of dry air. Both salting and smoking are sometimes employed. By these means the juices are abstracted by the salt, and at the same time the flesh is contracted and hardened by the action of creosote and pyroligneous acid from the smoke.

What is termed "jerked" beef is prepared by drying in a current of warm air at about 140 deg. This dried meat, when reduced to a powder and packed in air-tight cans, may be preserved for a long time. When mixed with fat, it forms the pemmican used by explorers in Arctic voyages.

Meat is also preserved by cooking and inclosing in air-tight cans after the manner of canning fruit. This process is varied in a number of ways.

The application of cold has great influence in retarding decomposition, and refrigeration and freezing are often employed for the preservation of flesh foods.

All of these methods except the last are open to the objection that while they preserve the meat, they greatly lessen its nutritive value. It should also be understood that the decomposition of its flesh begins almost the moment an animal dies, and continues at a slow rate even when the flesh is kept at a low temperature. The poisons resulting from this decomposition are often deadly, and are always detrimental to health.

THE PREPARATION AND COOKING OF MEAT.—Meat, when brought from the market, should be at once removed from the paper in which it is wrapped, as the paper will absorb the juices of the meat; and if the wrapping is brown paper, the meat is liable to taste of it. Joints of meat should not be hung with the cut surface down, as the juices will be wasted.

Meat kept in a refrigerator should not be placed directly on the ice, but always upon plates or shelves, as the ice will freeze it or else draw out its juices.

If meat is accidentally frozen, it should be thoroughly thawed in cold water before cutting. Meat should not be cleaned by washing with water, as that extracts the nutritive juices, but by thoroughly wiping the outside with a damp cloth. The inside needs no cleaning.

Meat may be cooked by any of the different methods of cookery,—boiling, steaming, stewing, roasting, broiling, baking, etc.,—according as the object is to retain the nutriment wholly within the meat; to draw it all out into the water, as in soups or broths; or to have it partly in the water and partly in the meat, as in stews. Broiling is, however, generally conceded to be the most wholesome method, but something will necessarily depend upon the quality of the meat to be cooked.

Meat which has a tough, hard fiber will be made tenderest by slow, continuous cooking, as stewing. Such pieces as contain a large amount of gelatine—a peculiar substance found in the joints and gristly parts of meat, and which hardens in a dry heat—are better stewed than roasted.

BOILING.—The same principles apply to the boiling of all kinds of meats. The purpose to be attained by this method is to keep the nutritive juices so far as possible intact within the meat; consequently, the piece to be cooked should be left whole, so that only a small amount of surface will be exposed to the action of the water. Since cold water extracts albumen, of which the juices of the meat are largely composed, while hot water coagulates it, meat to be boiled should be plunged into boiling water sufficient to cover it and kept there for five or ten minutes, by which time the albumen over the entire surface will have become hardened, thus forming a coat through which the juices cannot escape. Afterward the kettle, closely covered, may be set aside where the water will retain a temperature of about 180 deg. A small portion of albumen from the outer surface will escape into the water in the form of scum, and should be removed.

Meat cooked in this way will require a longer time than when the water is kept boiling furiously, but it is superior in every respect and more digestible. Something depends upon the shape of the piece cooked, thin pieces requiring less time than a thick, cubical cut; but approximately, first allowing fifteen or twenty minutes for the heat to penetrate the center of the meat, at which time the real process of cooking begins, it will require from twelve to fifteen minutes for every pound cooked.

STEWING.—While the object in boiling is to preserve the juices within the meat as much as possible, in stewing, the process is largely reversed; the juices are to be partly extracted. Some of the juices exist between the fibers, and some are found within the fibers. The greater the surface exposed, the more easily these juices will be extracted; hence meat for stewing should be cut into small pieces and cooked in a small quantity of water. Since cold water extracts the albuminous juices, while boiling water hardens them into a leathery consistency, water used for stewing should be neither cold nor boiling, but of a temperature which will barely coagulate the albumen and retain it in the meat in as tender a condition as possible; i.e., about 134 deg. to 160 deg. To supply this temperature for the prolonged process of cooking necessary in stewing, a double boiler of some form is quite necessary. Put the pieces of meat to be stewed in the inner dish, add hot water enough to cover, fill the outer boiler with hot water, and let this outer water simmer very gently until the meat is perfectly tender. The length of time required will be greater than when meat is stewed directly in simmering water, but the result will be much more satisfactory. The juices should be served with the meat.

STEAMING.—Meat is sometimes steamed over boiling water until it is made very tender and afterward browned in the oven.

Another method of steaming, sometimes called smothering, is that of cooking meat in a tightly covered jar in a moderate oven for an hour (the moderate heat serves to draw out the juice of the meat), after which the heat is increased, and the meat cooked in its own juices one half hour for each pound.

ROASTING.—This method, which consists in placing meat upon a revolving spit and cooking it before an open fire, is much less employed now than formerly, when fireplaces were in general use. What is ordinarily termed roasting is in reality cooking meat it in own juices in a hot oven. In cooking meat by this method it is always desirable to retain the juices entirely within the meat, which can be best accomplished by first placing the clean-cut sides of the meat upon a smoking-hot pan over a quick fire; press the meat close to the pan until well scared and slightly browned, then turn over and sear the opposite side in the same manner. This will form a coating of hardened albumen, through which the interior juices cannot escape. Put at once into the oven, arrange the fire so that the heat will be firm and steady but not too intense, and cook undisturbed until tender.

Basting is not necessary if the roast is carefully seared and the oven kept at proper temperature. When the heat of the oven is just right, the meat will keep up a continuous gentle sputtering in the pan. If no sputtering can be heard, the heat is insufficient. The heat is too great when the drippings burn and smoke.

BROILING.—This is the method employed for cooking thin cuts of meat in their own juices over glowing coals. When properly done, broiled meat contains a larger amount of uncoagulated albumen than can be secured by cooking in any other manner; hence it is the most wholesome. For broiling, a bed of clear, glowing coals without flame is the first essential. Coke, charcoal, or anthracite coal serves best for securing this requisite.

In an ordinary stove, the coals should be nearly to the top of the fire-box, that the meat may be held so as almost to touch the fire. No utensil is better for ordinary purposes than a double wire broiler. First, rub it well with a bit of suet, then put in the meat with the thickest part in the center. Wrap a coarse towel around the hand to protect it from the heat, hold the meat as near the fire as possible, so as to sear one side instantly, slowly count ten, then turn and sear the other side. Continue the process, alternating first one side and then the other, slowly counting ten before each turning, until the meat is sufficiently done. Successful broiling is largely dependent upon frequent turning. The heat, while it at once sears the surface, starts the flow of the juices, and although they cannot escape through the hardened surface, if the meat were entirely cooked on one side before turning, they would soon come to the top, and when it was turned over, would drip into the fire. If the meat is seared on both sides, the juices will be retained within, unless the broiling is too prolonged, when they will ooze out and evaporate, leaving the meat dry and leathery. Salt draws out the juices, and should not be added until the meat is done. As long as meat retains its juices, it will spring up instantly when pressed with a knife; when the juices have begun to evaporate, it will cease to do this. Broiled meats should be served on hot dishes.

BEEF.

ECONOMY AND ADAPTABILITY IN SELECTION.—While the greatest care should be exercised in the selection of beef as regards its soundness and wholesomeness, it must likewise be selected with reference to economy and adaptability for cooking purposes, pieces from different portions of the animal being suitable for cooking only in certain ways. Ox beef is said to be best. That beef is most juicy and tender which has fine streaks of fat intermingled with the lean. Beef which is coarse-grained and hard to cut is apt to be tough. An economical piece of beef to purchase is the back of the rump. It is a long piece with only a small portion of bone, and weighs about ten pounds. The thickest portion may be cut into steaks, the thin, end with bone may be utilized for soups and stews, while the remainder will furnish a good roast. Only a small portion of choice tender lean meat is to be found in one animal, and these are also the most expensive; but the tougher, cheaper parts, if properly cooked, are nearly as nutritious.

RECIPES.

BROILED BEEF.—Beef for broiling should be juicy and have a tender fiber. Steaks cut from three parts of the beef are in request for this purpose,—tenderloin, porterhouse, and round steak. The last-named is the more common and economical, yet it is inferior in juice and tenderness to the other two. Steak should be cut three fourths of an inch or more in thickness. If it is of the right quality, do not pound it; if very tough, beat with a steak-mallet or cut across it several times on both sides with a sharp knife. Wipe, and remove any bone and superfluous fat. Have the fire in readiness, the plates heating, then proceed as directed on page 398.

COLD-MEAT STEW.—Cut pieces of cold roast beef into thick slices and put into a stewpan with six or eight potatoes, a good-sized bunch of celery cut into small pieces; and a small carrot cut in dice may be added if the flavor is liked. Cover with hot water, and simmer for three fourths of an hour. Thicken with a little browned flour.

PAN-BROILED STEAK.—In the absence of the necessary appliances for broiling over coals, the following method may be employed. Heat a clean skillet to blue heat, rub it with a bit of suet, just enough to keep the meat from sticking, but leave no fat in the pan. Lay in the steak, pressing it down to the pan, and sear quickly on one side; turn, and without cutting into the meat, sear upon the other. Keep the skillet hot but do not scorch; cook from five to ten minutes, turning frequently, so as not to allow the juices to escape. Add no salt until done. Serve on hot plates. This method is not frying, and requires the addition of no water, butter, or stock.

PAN-BROILED STEAK NO.2.—Take a smooth pancake-griddle, or in lieu of anything better, a clean stove-griddle may be used; heat very hot and sear each side of the steak upon it. When well seared, lift the steak into a hot granite-ware or sheet-iron pan, cover, and put into a hot oven for two or three minutes, or until sufficiently cooked.

ROAST BEEF.—The sirloin and rib and rump pieces are the best cuts for roasting. Wipe, trim, and skewer into shape. Sear the cut surfaces and proceed as directed on page 397, cooking twenty minutes to the pound if it is to be rare, less half an hour deducted on account of soaring. The application of salt and water has a tendency to toughen the meat and draw out its juices; so if it is desired to have the meat juicy and tender, it is better to cook without basting. Unless the heat of the oven is allowed to become too great, when meat is cooked after this manner there will be a quantity of rich, jelly-like material in the pan, which with the addition of a little water and flour may be made into a gravy.

SMOTHERED BEEF.—Portions from the round, middle, or face of the rump are generally considered best for preparing this dish. Wipe with a clean wet cloth, put into a smoking-hot skillet, and carefully sear all cut surfaces. Put into a kettle, adding for a piece of beef weighing about six pounds, one cup of hot water. Cover closely and cook at a temperature just below boiling, until the meat is tender but not broken. As the water boils away, enough more boiling water may be added to keep the meat from burning. Another method of securing the same results is to cut the beef into small pieces and put into a moderate oven inside a tightly covered jar for an hour. Afterward increase the heat and cook closely covered until the meat is tender. Thicken and season the juice, and serve as a gravy.

VEGETABLES WITH STEWED BEEF.—Prepare the beef as directed for Stewed Beef, and when nearly tender, add six or eight potatoes. Just before serving, thicken the gravy with a little browned flour braided in cold water, and add a cup of strained, stewed tomato and a teaspoonful of chopped parsley.

STEWED BEEF.—The aitch-bone and pieces from the shin, the upper part of the chuck-rib and neck of beef, are the parts most commonly used for stewing. All meat for stews should be carefully dressed and free from blood. Those portions which have bone and fat, as well as lean beef, make much better-flavored stews than pieces which are wholly lean. The bones, however, should not be crushed or splintered, but carefully sawed or broken, and any small pieces removed before cooking. It is generally considered that beef which has been previously browned makes a much more savory stew, and it is quite customary first to brown the meat by frying in hot fat. A much more wholesome method, and one which will have the same effect as to flavor, is to add to the stew the remnants of roasts or steak. It is well when selecting meat for a stew to procure a portion, which, like the aitch-bone, has enough juicy meat upon it to serve the first day as a roast for a small family. Cut the meat for a stew into small pieces suitable for serving, add boiling water, and cook as directed on page 396. Remove all pieces of bone and the fat before serving. If the stew is made of part cooked and part uncooked meat, the cooked meat should not be added until the stew is nearly done. The liquor, if not of the proper consistency when the meat is tender, may be thickened by adding a little flour braided in cold water, cooking these after four or five minutes.

MUTTON.

The strong flavor of mutton is said to be due to the oil from the wool, which penetrates the skin, or is the result, through heedlessness or ignorance of the butcher, in allowing the wool to come in contact with the flesh. There is a quite perceptible difference in the flavor of mutton from a sheep which had been for some time sheared of its woolly coat and that from one having a heavy fleece.

The smallest proportion of both fat and bone to muscle is found in the leg; consequently this is the most valuable portion for food, and is likewise the most economical, being available for many savory dishes. On account of the disagreeable adhesive qualities of its fat when cold, mutton should always be served hot.

RECIPES.

BOILED LEG OF MUTTON.—Wipe carefully, remove the fat, and put into boiling water. Skim, and cook as directed on page 395, twelve minutes for each pound.

BROILED CHOPS.—The best-flavored and most tender chops are those from the loins. Remove carefully all the pink skin above the fat, scraping it off if possible without cutting into the lean. Wipe with a wet cloth, and broil in the same manner as beefsteak over hot coals or in a hot skillet, turning frequently until done; five or eight minutes will suffice to cook. Sprinkle salt on each side, drain on paper, and serve hot.