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DID
YOU KNOW?
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The
Glycemic Index of some common foods |
|
Food |
G.I.
values |
Beans
Whole milk
Plums
Apple
Orange
Natural yoghurt
Pear
Orange juice
Grapes
Kiwi fruit
Wholemeal bread
Carrots
Muesli
Honey
Rye bread
Spaghetti
Apricots
Dry biscuits
Cane sugar
Orange squash
Bananas
Chips (frozen)
White bread
Riso bianco
Crackers
Popcorn
Boiled potatoes
Roast potatoes
Corn flakes
Glucose |
20
- 38
23 - 31
24 - 53
28 - 44
31 - 51
32 - 40
36 - 40
46 - 54
46 - 59
47 - 59
50 - 56
31 - 63
39 - 75
32 - 95
50 - 64
51 - 63
57 - 64
61 - 67
63 - 73
62 - 74
65 - 75
approx. 75
30 - 110
48 - 112
52 - 98
55 - 89
56 - 101
77 - 101
approx. 91
100 |
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Health
Information
Regulating and maintaining healthy
blood sugar levels have been more and more common
in the recent years. In either hereditary or acquired
cases of diabetes, people are advised to regulate
their use of sugar and their glycemic index. Because
of this need, substitutes for cane sugar have since
come out. The glycemic index or GI is regulated
but the taste is artificial. But
as Lim discovered, not all natural sugars have
unhealthy levels of glycemic index. Benevita Cocosugar
and Coconectar gives both the taste and the low
GI.
Derived from coconut toddy, Benevita Cocosugar
and Coconectar have a low glycemic index of 35,
much lower than cane sugar which ranges from 63-73
and honey which has 64. Glycemic Index (GI) is
a measurement of how much the blood glucose rises
after a food is eaten; the greater the rise in
blood glucose, the higher the GI. A GI of 55 or
less is low, 56-69 is medium and 70 or more is
high.
Low glucose index food is good for proper control
of diabetes mellitus and it has shown to lower
the LDL (low density lipoprotein) cholesterol
or known as the bad cholesterol. It is also good
for weight maintenance, preventing obesity or
being overweight.
1. What is diabetes?
Diabetes is a common disease caused
by both hereditary and environmental conditions.
It is characterized by high blood sugar levels
which cannot be processed effectively or efficiently
by the body. Blood glucose levels are controlled
by a complex interaction of multiple chemicals
and hormones in the body, including the hormone
insulin produced by the pancreas. Diabetes is
the result of high blood glucose levels due to
defects in either insulin secretion or insulin
action in the body.
So in preventing and treating diabetes, it is
important to control the intake of sugar as well
as the production of insulin and its effective
action on the blood glucose.
There are different types of diabetes. The first
type is due to insufficient production of insulin.
The second type is due not to the lack of insulin
but the ineffective chemical interaction where
insulin processes the blood sugar. The second
type also occurs in gestational diabetes or diabetes
during pregnancy. Both types of diabetes lead
to hyperglycemia that causes excessive urine production,
resulting compensatory thirst and increased fluid
intake, blurred vision, weight loss, lethargy
and low energy levels.
There is no cure for diabetes but it can be treated
and managed through insulin. For the first type
of diabetes, insulin is injected to compensate
for poor or insufficient production in the body.
For the second type, management is through a combination
of proper diet, exercise, medications and insulin
supplementation. It is very important to monitor
and regulate one's intake of foods with sugar.
If the disease goes unmonitored and untreated,
it can lead to cardiovascular disease, chronic
renal failure, retinal damage (that can lead to
blindness), nerve and microvascular damage (that
can cause erectile dysfunction and poor wound
healing).
2. What is glycemic index?
People need carbohydrates in the body through
food intake. Glycemic index or GI is the measure
of the effects of carbohydrates on blood glucose
levels. Carbohydrates with a high GI are those
that break down rapidly during digestion, releasing
glucose at a fast rate into the bloodstream. The
body has to cope with the high and fast release
of glucose, and produce more insulin. Carbohydrates
with a low GI are those that break down slowly
during digestion, releasing glucose gradually
into the bloodstream. So the body is not taxed
by having to cope with oversupply of glucose.
Thus, for most people, it is healthier to eat
foods that have a low GI and it is equated with
a lower insulin demand.
Below are examples of foods and their glycemic
index. (include chart)
In cases of very low blood sugar, or hypoglycemia,
as well as after intensive exercise, foods with
high GI might be more suitable because of the
need for fast recovery of blood glucose levels.
Otherwise, generally, low to medium GI foods are
healthier for daily diets.
|
Nutritional
Value of Coconut Sap Sugar |
Nutrition
Parameter |
Value |
Total
energy content1, cal/100g |
369.4 |
Total
carbohydrate1, g/100g |
92.3 |
Moisture1,
% |
2.2 |
Ash1,
% |
2.2 |
Crude
protein1, % |
1.3 |
Crude
fat1, % |
0.12 |
Vit.C1,
mg ascorbic acid/100g |
23.4 |
Thiamine1,
mg/100g |
0.41 |
Glycemic
Index2 (GI) |
35 |
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1
Analyzed by the SGS, Philippines
2 Analyzed by the DOST-Food & Nutrition
Research Institute
GI- measures how much one’s blood glucose
increases in 2-3 hours after eating a certain
food, Low GI=55 or less, Med GI=56-59, High
GI =70 or more
Low GI food- is good for proper control and
management of diabetes mellitus and has been
shown to lower total and ldl cholestrol.
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Elemental
content (ppm or mg/L) of 3 sources of edible
sugar, analyzed by PCA-PTAL, Sept. 11, 2000 |
|
Nutrient
(ppm or mg/L)
In dry matter |
Cocosap
Sugar |
Brown
Cane Sugar |
Refined
White |
Nitrogen*
(N) |
2,020 |
100 |
0 |
Phosphorus*
(P) |
790 |
30 |
0.7 |
Potassium*
(K) |
10,300 |
650 |
25 |
Calcium
(Ca) |
60 |
240 |
60 |
Magnesium*
( Mg) |
290 |
70 |
10 |
Sodium*
(Na) |
450 |
20 |
10 |
Chloride*
(Cl) |
4,700 |
180 |
100 |
Sulfur
(S) |
260 |
130 |
20 |
Boron
(B) |
6.3 |
0 |
0 |
Zinc*
(Zn) |
21.2 |
2 |
1.2 |
Manganese
(Mn) |
1.3 |
2 |
0 |
Iron*
( Fe) |
21.9 |
0.6 |
0.6 |
Copper (Cu) |
2.3 |
12.6 |
1.2 |
|
|
*
Dominant nutrients in coconut sugar |
|
Glutamic
acid –
the most common stimulating neorotransmitter
in the nervous system, plays a role in the
normal function of the prostate gland (male
reproductive organ)
|
Sugar
components of coconut sap sugar in comparison
with table cane sugar. |
Type
of sugar |
Sugar
Sucrose
|
Components
Fructose
|
(%)
Glucose |
Coco
sap sugar1 |
84.98 |
2.90 |
2.00 |
Standard
grade2 |
99.70 |
- |
- |
Premium
grade2 |
99.80 |
- |
- |
Boltler’s
grade2 |
99.90 |
- |
- |
Mill/factory |
99.50 |
- |
- |
grade2 |
450 |
20 |
10 |
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1
Analyzed by the Sugar Regulatory Administration,
Nov. ,2006
2 Cane sugar: source of data: PNS 1098:1998
|
|
Amino
acid content of fresh sap (Kosaki,1974 as
cited by Magat, 1996) |
Amino
Acid |
Value
(g/100g) |
Trytophan |
1.27 |
Lysine |
0.32 |
Histidine |
1.19 |
Arginine |
0.35 |
Aspartic
Acid |
11.22 |
Threonine* |
15.36 |
Serine* |
8.24 |
Glutamic
Acid |
34.20 |
Proline |
3.52 |
Alanine |
2.57 |
Valine |
2.11 |
Isoleucine |
0.38 |
Leucine |
0.48 |
Phehylalanine |
0.78 |
|
|
Vitamin
content of freshly-gathered coconut sap (Kosaki,
1974 as cited in Magat, 1996) |
|
Vitamin |
Value
(mg/dl) |
Thiamine* |
77.0 |
Riboflavin |
12.20 |
Pyridoxine* |
38.40 |
Para-aminonobenzoic
acid* |
47.10 |
Pyridoxal*
|
38.40 |
Pantothenic
acid* |
5.20 |
Nicotinic
acid* |
40.60 |
Biotin |
0.17 |
Folic
acid |
0.24 |
Inositol* |
127.70 |
Choline |
9.00 |
Vitamin
B12 |
trace |
|
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*
Dominant vitamins
INOSITOL –
highest of all vitamins, its beneficial effects:
• Component of phospholipids in the
brain, skeletal , heart and male reproductive
organ
• Functions in nerve transmission, regulation
of enyzme activity and transportation of fats
within the body
• Helps reduce high cholesterol and
important for the heart
Also beneficial for treatment of eye abnormalities,
eczema and some cases of obesity
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