
Result of analyzing microbes Seoul National
University
Lactobacillus buchneri - 3.56 X 10 6CFUs/ml
Saccharomyces exiguus Reess ex Hansen - 2.98 X 104
CFUs/ml
Proven effectiveness of Stevia to growing
lettuce and its yields Chung-Nam University
Weight of leaves and roots was increased by 10%~21%
and recognized as a promoter of quality improvement.
Rice
Korea Food Research Institute:Evaluated Stevia
rice as top quality rice with gloss, flavor, elasticity,
low calorie.
Research center of cereals industry of Lotte Trading
Co., Ltd : high
scores of 96
Apple - Chungju Agricultural
Technology Center 2004. 9. 10(Kind:Hong Lo)
Treatment
|
Control |
Brix %
|
15.2
|
Brix %
|
14.0 |
Weight (g)
|
270
|
Weight (g)
|
240 |
Flesh
|
Good
|
Flesh
|
Normal |
Bokbunja Go-chang Agricultural Technology
Center
Test of Weight and Brix
| |
WEIGHT
|
SWEETNESS |
| AVERAGE |
CONTROL |
AVERAGE |
CONTROL |
CONTROL
|
1.58
|
100
|
8.30
|
100 |
USE STEVIA
(first)
04. 04. 22
|
1,000 times
|
1.92
|
121
|
12.00
|
145 |
| 500 times |
1.85 |
117 |
7.00 |
84 |
USE STEVIA
(Second)
04. 05. 12
|
1,000 times
|
2.31
|
146
|
9.10
|
110
|
500 times
|
2.31
|
146
|
11.00
|
133 |
USE STEVIA
(Third)
04. 06. 01 |
1,000 times
|
2.01
|
127
|
13.00
|
157 |
500 times
|
2.38
|
151
|
13.50
|
163 |
Influence of Stevia application on potatoes
- Orion
Effect
Surface of potatoes are clean while having transparency
of interior of them without discoloration.
Size and shape of potatoes are even.
No decrease of duration of storage caused by second
stage of growth
Influence of Stevia application on potatoes -
Orion
Value of Solids of potatoes was highest at Max.1.39%
produced from Kim Chul-Gi, farmer, who used Stevia
agricultural technique among farmers in CheongWon
province.
Solids is a key factor of evaluating product cost.
(As same standard of solids as in developed countries
such as Australia or America) based on Atlantic
| |
Solides/Color
|
Defects |
| |
Solids(%) |
H/L color |
Outside defects |
Inside defects |
Kim Chul-Gi
|
18.3
|
67
|
0.24
|
0.00 |
| A |
17.7 |
66 |
2.69 |
0.16 |
B
|
16.64
|
66
|
2.42
|
1.77 |

Poultry(Jeon-Buk University)
¨ç Increased strength,thickness of egg-shell and
color of egg yolks when applied with Stevia
¨è Increased unsaturated fatty acid when applied
with Stevia
Hogs(Jeon-Buk University)
¨ç Decreased amount of total cholesterol
¨è Increased hardness, cohesion and elasticity
with tender texture.
¨é Worthy of making use of feed
Change of somatic cell after feeding
Stevia
In case of feeding mild cattle with Stevia
Test center:Affiliated livestock technology center
of Rural Development Administration
Test method: Observation of somatic cell after
feeding milk cow with 40cc of Stevia extract by
oral administration. Test ingredient: Stevia extract
from Koreastevia Co.,Ltd..
Object: 18 milk cattle in delivery room
Objective: Prevention of abusing antibiotic with
branding milk and increasing of profits of farming
Test result of milk cattle having mastitis
Test center:Gobe university, Hirosima agriculture
technology center
Objective: Research into decreasing material of
natural somatic cell for prevention of antibiotic
abuse.
Test method: Observation of decreasing somatic
cell after feeding milk cow with natural fermented
Stevia extract After feeding milk cow on 100cc
of Stevia extract mixed with 100cc of water
Test result
Proven effectiveness of Stevia among 70% of cattle
which excels in effectiveness of antibiotic, proven
decrease of somatic cell by Stevia.
Decrease of somatic cell by Stevia needs explanation
of mechanism. (Immunity test)
It has a high potential of being new and natural
substance contributing to making profits for farming
and to bring prevention of antibiotic abuse.
Analysis of cattle type not showing effectiveness
1. In case of within one week since giving a birth
2. In case of acute attack of mastitis
3. In case of old age
Function test for Stevia treated milk
Test center: Affiliated livestock technology center
of Rural Development Administration
Objective: Quality inspection of milk after feeding
cattle with Stevia extract and powder
Test method: Feeding cattle with each 4g of Stevia
powder and extract
Tested item: Sweetness and anti-oxidantation of
milk
Test result:
Discovered natural cure for preventing antibiotic
abuse and producing functional milk
Decrease of somatic cell in milk when feeding
cattle on Stevia needs explanation of mechanism.
Need of test for hogs, poultry and others except
milk cattle
Using Stevia for hens in Japan
Location : Miyagi-ken sanbongi
Farming:Nacamura (age:45)
Number of hens breeding: Try feeding Stevia to
100 hens among 20,000 hens.
How to use: Feed 10§¢ of Stevia concentrate mixed
with prey for each hen.
Changes of eggs
1. Fish smell is considerably decreased.
2. Tastes little of sweetness
3. They became dark and sharp color of egg yolks
and deep color of egg whites.
4. Egg yolks did not shattered while stirring
with chopstick and egg whites did not dull.
5. Eggs had enhanced flavor and taste having original
taste.
6. It seemed that Stevia influenced on thickness
of egg shell while the egg shell became hard.
7. Extended duration of storage
Changes of hens
1. Complexion of hens was better and the color
of cocks comb became darker.
2. 100 hens became stronger not to catch a cold.
3. Mortality rate of hens were considerably decreased.
Kind(Rhode Island Red)
|
Normal Egg
|
Stevia Egg |
Lipid
|
18.3
|
6.0g/100g |
Cholesterol
|
17.7
|
310§·/100g |
hatchery Fish
Feeding Stevia test of hatchery fish
Objective : Decrease mortality rate, Production
cost
Test method : Add powder in feed 1ton
Effect : Powerful,water treatment( by-product
fermentation)
Increase anti-pathogenicity power

Feeding Stevia test of hatchery fish
Objective : Decrease mortality rate, Production
cost
Test method : Add powder in feed 1ton
Effect : Powerful,water treatment( by-product
fermentation)
Increase anti-pathogenicity power
Test for cosmetics: Clinical test of Stevia extract
Test method: Paste patch of Stevia extract on
object's arm.
Objective: Examination of influence (safety) of
Stevia extract on normal skin
Test institute: Japan hair science association
Object: Selected 19 males and 23 females through
20 to 56 years old, in total 42 people.
Test result: No response from objects after 72
hours doing patch test, 7 days after patch test,
no reaction.
Conclusion: It is considered that Stevia extract
could unlikely cause irritation or allergy to
normal skin and higher availability of having
safety.
| Cosmetic |
Shampoo
|
Protects hair and scalp with Amino acid |
Treatment
|
Effective to moisturizing gloss on hair |
Mask
|
Moisturizes hair with natural mineral |
Foundation
|
Blocks UV on skin |
Essence
|
Hydrated skin as a best moisturizer |
Cream
|
Makes skin healthy and white with extra
firming care |
Foam cleanser
|
Eliminates dead skin cells and absorbs
surface impurities |
Toner
|
Moisturizes skin
|

| Improvement of fork quality and growth acceleration |
Kitanihon Kumiai Feedstuff, Ltd |
| Multiplication activity for useful bacteria
in cow's lumen |
faculty of Agriculture Tokoku Uni |
| Anti-rotavirus actvity |
Fukushima Medical Uni |
| Anti-Aujeszky-virus acticity |
Fukushima Medical Uni |
| Microbe miltiplication in the bark |
Ohita prefecture Forestry Reseach Station |
| prevention against pine tree damping-off |
Ohita prefecture Forestry Reseach Station |
| Prevention of root rot by Stevia Compost |
JBB Stevia Laboratory, Ltd |
| Organic manure production from food garbage
by stevia |
JBB Stevia Laboratory, Ltd |
| Substantial weight increase of farm fish
through physiologocal activation and Immunizing
power enhanvement by Stevia |
Pearl Island Fishery Farm, Kagawa Prefecture |
| Isolation, Identifivation and charaterization
of the nitrate-reducing bacteria from Stevia
powder |
Fukucka Junior Collge of Agricuture |
| Effect of the compost produced with Stevia
powder on the rooting, germination and growth
of the sterille seeds |
Fukucka Junior Collge of Agricuture |
| Effect of the foliar dressing and soil application
of Stevia materials on nitarte of Chinese
mustard |
Hyogo Prefectural Technology center for
Agriculture |
| activity of Stevia extract to control avian
influenza(in vitro) |
Osaka Prefechural Insttute of Public Health |
|