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Sprouts
are considered as wonder foods. They rank as the freshest
and most nutritious of all vegetables available to the
human diet. By a process of natural transmutation,
sprouted food acquires vastly improved digestibility and
nutritional qualities when compared to non-sprouted
embryo from which it derives.
Sprouted foods have been part of the diet of many ancient
races for thousands of years. Even to this day, the
Chinese retain their fame for delicious mung
beansprouts`. Sprouts provide all the essential vitamins
and minerals. They should form a vital component of our
diet. Sprouting requires no constant care but only an
occasional sprinkling of water.
All edible grains, seeds and legumes can be sprouted.
Generally the following are used for sprouting :
- Grains : Wheat,
maize, ragi, bajra and barley.
- Seeds : Alfalfa
seeds, radish seeds, fenugreek seeds, carrot
seeds, coriander seeds, pumpkin seeds and
muskmelon seeds.
- Legumes : Mung,
Bengal gram, groundnut and peas.
Alfalfa, as the name in
Arabic signifies, is the king of all sprouts. Grown as a
plant, its roots are known to burrow as much as 12 meters
into the subsoil to bring up valuable trace minerals of
which manganese is especially important to health and
digestion ; it is a vital component of human insulin.
Apart from minerals, alfalfa is also a rich source of
vitamins A,B,C,E and K and amino acids. Sesame seeds are
another good source of nourishment. They contain all the
essential amino acids in their 20 per cent protein
content and higher concentration of calcium than does
milk. They are high in letichin, unsaturated fats,
vitamin E and vitamin B complex, besides other live
nutrients.
How
to Sprout
As a first
step, a good variety of seeds should be used for
sprouting. It should be ensured that the seeds, legumes
or grains are of the sproutable type. Soyabeans do not
sprout well as they often become sour. Wheat has to be
grown in soil. It is advisable to use seeds which are not
chemically treated as this slows down the germination
rate. The seeds should be washed thoroughly and then
soaked overnight in a jar of pure water. The jar should
be covered with cheesecloth or wire screening. The
duration of soaking will depend upon the size of the
seed. Small seeds are soaked for five hours, medium size
for eight hours and beans and grains for 10 to 12 hours.
On the following morning, the seeds should be rinsed and
the water drained off. Not more than one-fourth of the
jar should be filled with the seeds for sprouting.
Soaking makes the seeds, grains or legumes fatty, pulpy
and full of water. It should, therefore, be ensured that
the jar has enough room for the seeds to expand during
sprouting. They will expand about eight times their
original size. The jar should be kept at a place which is
exposed neither to chill nor hot winds. It should also be
ensured that the mouth of the jar is not completely
covered so as to allow air in. The seeds should be rinsed
and water drained off three times every day till they are
ready to eat.
The seeds will germinate and become sprouts in two or
three days from commencement of soaking, depending on
temperature and humidity. Care should always be taken to
ensure that sprouts do not lie in water. They should be
kept well drained to prevent souring. Sprouts are at
their optimum level of flavour and tenderness when tiny
green leaves appear at the tips. Their nutritional value
is also optimum. To retain their freshness and
nutritional value, they should be placed in a
refrigerator, if they cannot be consumed immediately
after reaching suitable maturity. Sprouts can be kept for
several days in this way.
Some caution is necessary
in sprouting. Soaking for a longer period than required
makes the seeds rot or ferment. The main factors for
germination are water, air, heat and darkness. There may
be poor germination or no germination at all if any of
these factors are not present such as insufficient water,
or too much water, lack of sufficient heat, lack of fresh
air, either too cold or too hot surroundings and too much
light.
Benefits
There is an
amazing increase in nutrients in sprouted foods when
compared to their dried embryo. In the process of
sprouting, the vitamins, minerals and protein increase
substantially with corresponding decrease in calories and
carbohydrate content. These comparisons are based on an
equivalent water content in the foods measured. Analysis
of dried seeds, grains and legumes shows a very low water
content. But this increases upto tenfold when the same
food is converted into sprouts. For accurate comparison
each must be brought to a common denomination of equal
water content to assess the exact change brought in
nutritional value.
Sprouted mung beans, for instance, have a 8.3 increase of
water content over dried beans. Hence the nutritional
value of sprouted and dried mung beans can be compared by
multiplying the analysed nutrients of sprouted mung beans
by the factor of 8.3. Based on this criterion, the
changes found in sprouted mung beans when compared with
the figures for the beans in the dried state are as
follows :
| Energy content -
calories |
Decrease 15 per
cent. |
| Total
carbohydrate content |
Decrease 15 per
cent |
| Protein
availability |
Increase 30 per
cent |
| Calcium content |
Increase 34 per
cent |
| Potassium content |
Increase 80 per
cent |
| Sodium content |
Increase 690 per
cent |
| Iron content |
Increase 40 per
cent |
| Phosphorous
content |
Increase 56 per
cent |
| Vitamin A content
|
Increase 285 per
cent |
| Thiamine or
Vitamin B1 content |
Increase 208 per
cent |
| Riboflavin or
Vitamin B2 content |
Increase 515 per
cent |
| Niacin or Vitamin
B3 content |
Increase 256 per
cent |
| Ascorbic acid or
Vitamin C content |
An infinite
increase |
The increase in
protein availability is of great significance. It is a
valuable indicator of the enhanced nutritional value of a
food when sprouted. The simultaneous reduction in
carbohydrate content indicates that many carbohydrate
molecules are broken down during sprouting to allow an
absorption of atmospheric nitrogen and reforming into
amino-acids. The resultant protein is the most easily
digestible of all proteins available in foods.
The remarkable increase in sodium content supports the
view that sprouted foods offer nutritional qualities.
Sodium is essential to the digestive process within the
gastro-intestinal tract and also to the elimination of
carbon dioxide. Together with the remarkable increase in
vitamins, sodium materially contributes to the easy
digestibility of sprouts.
Dried seeds, grains and legumes do not contain
discernible traces of ascorbic acid, yet when sprouted,
they reveal quite significant quantities which are
important in the bodys ability to metabolise
proteins. The infinite increase in ascorbic acid derives
from their absorption of atmospheric elements during
growth.
Sprouts have several other benefits. They supply food in
predigested form, that is, the food which has already
been acted upon by the enzymes and made to digest easily.
During sprouting, much of the starch is broken down into
simple sugars such as glucose and sucrose by the action
of the enzyme amylase. Proteins are converted
into amino acids and amides. Fats and oils are converted
into more simple fatty acids by the action of the enzyme
lipase.
During sprouting, the beans lose their objectionable gas
producing quality. Research has shown that
oligosaccharides are responsible for gas formation. For
maintenance of health, some amount of gas production is
necessary but it should be within safe limits. As the
process of germination ends and sprouting begins, the
percentage of oligosaccharides is reduced by 90. Sprouts
contain a lot of fibre and water and, therefore, are
helpful in overcoming constipation.
Sprouts are an extremely inexpensive method of obtaining
a concentration of vitamins, minerals and enzymes. They
have in them all the constituent nutrients of fruits and
vegetables and are live foods. Eating sprouts
is the safest and best way of getting the advantage of
both fruits and vegetables without contamination and
harmful insecticides.
It should, however, be ensured that seeds and dried beans
are purchased from a store where they are fresh,
unsprayed and packaged as food. Seeds that are packaged
for planting purposes may contain mercury compounds or
other toxic chemicals.
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