E.G
{oH CHEMISTRY OF FOOD.
A MAN may eat his fill and yet be hungry. Itis not the quantity but the
proper quality in food that satisfies. It is not only true that what is one
man’s food is another’s poison; but it is also true that what is food at one
season of the year, at one period of life, or in one climate, may be poison
to the same individual at another season or age, or in another climate. The
inhabitant of the tropic subsists and thrives on fruits on which the Ice-
lander would starve; while the blubber and oil that makes up the diet of
the inhabitant of the frozen zones would be fatal to those who live under
the burning sun of the equator. Even the same person requires a fruit
_ diet in the tropics, and one of fats in the north region. The child requireg
food made up of different elements from that which best suits the adult;
and the diet of a laborer in the open air must differ from that of the brain--
worker, who takes little exercise, and whose work makes heavy draughts
on the nervous system.
No one has mastered the art of cooking who does not know something
of the chemical elements of foods, and the purpose they serve when taken
into the system. It is particularly important that those who are compelled
to practice rigid economy should know just what foods will best supply
the real needs of the family, and how the most real nourishment may be
had for their money.
An adult takes into the system daily, through lungs and mouth, eight and
a quarter pounds of dry food, water, and air necessary for respiration. The
same amount is given off as waste through the pores, lungs, kidneys, and
intestines. Life and activity consume this amount as fuel just as a lamp con-
sumes oil. Every movement, every breath, every heart-beat, every thought
burns up a certain amount of fuel-material, and if the supply is not forth-
coming, the machinery stops and death ensues. The better the oil the more
perfect the light; and the more perfectly the food is adapted to its wants,
the more vigorous the body, and the more perfect the working of its intri-
cate machinery of: muscle, nerve, and brain.
Food is first masticated and then digested. In mastication itis not only
moistened with saliva, but acted upon chemically in preparation for the
more vigorous and thorough work of the stomach. It is a mistake to sup-
pose that water or any of the various drinks taken at table are a substitute
for saliva. They not only do not prepare food for the stomach, but force
it into the stomach unprepared, and, besides, retard digestion by delaying
the process until the water can be absorbed into the blood. For these rea-
sons drinks should precede or follow a meal. Crusts of bread and hard and
firm food is wholesome, principally because it must be thoroughly masti-
cated before it can be swallowed.
When the food reaches the stomach it rouses into action, the gastric juice
pours from hundreds of little points, the food is diluted and the more solvy-
ent parts dissolved, ‘to be taken up by the thousands of littie mouths which
honeycomb the surface, and carried into the circulation to re}..\ir the waste
of tissues. The oily porting of food, 2nd such as do not yield \«. +e action
of the gastric juice, pass on and are subjected to the influence 3) ‘le bile
and pancreatic fluid, until all tuat is of value is absorbed, while the waste
is rejected and passes off.
(Sie
THE CHEMISTRY OF FOOD. 513.
Buckeye cookery
1892Page 357
Presented as published in 1892. Historical recipes may not meet modern food-safety standards. Cook from the modern interpretation, not the original instructions.
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E.G
{oH CHEMISTRY OF FOOD.
A MAN may eat his fill and yet be hungry. Itis not the quantity but the
proper quality in food that satisfies. It is not only true that what is one
man’s food is another’s poison; but it is also true that what is food at one
season of the year, at one period of life, or in one climate, may be poison
to the same individual at another season or age, or in another climate. The
inhabitant of the tropic subsists and thrives on fruits on which the Ice-
lander would starve; while the blubber and oil that makes up the diet of
the inhabitant of the frozen zones would be fatal to those who live under
the burning sun of the equator. Even the same person requires a fruit
_ diet in the tropics, and one of fats in the north region. The child requireg
food made up of different elements from that which best suits the adult;
and the diet of a laborer in the open air must differ from that of the brain--
worker, who takes little exercise, and whose work makes heavy draughts
on the nervous system.
No one has mastered the art of cooking who does not know something
of the chemical elements of foods, and the purpose they serve when taken
into the system. It is particularly important that those who are compelled
to practice rigid economy should know just what foods will best supply
the real needs of the family, and how the most real nourishment may be
had for their money.
An adult takes into the system daily, through lungs and mouth, eight and
a quarter pounds of dry food, water, and air necessary for respiration. The
same amount is given off as waste through the pores, lungs, kidneys, and
intestines. Life and activity consume this amount as fuel just as a lamp con-
sumes oil. Every movement, every breath, every heart-beat, every thought
burns up a certain amount of fuel-material, and if the supply is not forth-
coming, the machinery stops and death ensues. The better the oil the more
perfect the light; and the more perfectly the food is adapted to its wants,
the more vigorous the body, and the more perfect the working of its intri-
cate machinery of: muscle, nerve, and brain.
Food is first masticated and then digested. In mastication itis not only
moistened with saliva, but acted upon chemically in preparation for the
more vigorous and thorough work of the stomach. It is a mistake to sup-
pose that water or any of the various drinks taken at table are a substitute
for saliva. They not only do not prepare food for the stomach, but force
it into the stomach unprepared, and, besides, retard digestion by delaying
the process until the water can be absorbed into the blood. For these rea-
sons drinks should precede or follow a meal. Crusts of bread and hard and
firm food is wholesome, principally because it must be thoroughly masti-
cated before it can be swallowed.
When the food reaches the stomach it rouses into action, the gastric juice
pours from hundreds of little points, the food is diluted and the more solvy-
ent parts dissolved, ‘to be taken up by the thousands of littie mouths which
honeycomb the surface, and carried into the circulation to re}..\ir the waste
of tissues. The oily porting of food, 2nd such as do not yield \«. +e action
of the gastric juice, pass on and are subjected to the influence 3) ‘le bile
and pancreatic fluid, until all tuat is of value is absorbed, while the waste
is rejected and passes off.
(Sie
THE CHEMISTRY OF FOOD. 513.