| ǰ
MGO ΰ?
Ưǰ ī(Manuka Honey) ȿ
ִ ˷ ֿ밡鿡 αⰡ ƯǰԴϴ. 2008 巹
Thomas Henle (University of Dresden, Germany) ī
ƿ۸(MGO : methylglyoxal)̶
鼭 ī Է Է ġ ǥ UMF(Unique
Manuka Factor, Ưױ) ǥϴ MGO ġ ǥϴ
Ȯϴٰ Ͽϴ.
īコ ̷ ǥ MGO ǰ ǥϿ ī Ǹϴ
Դϴ.
MGO UMF ?
|
|
MGO, mg/kg
|
UMF
|
|
MGO100 Manuka
|
100mg/kg
|
UMF 10+
|
|
MGO250 Manuka
|
250mg/kg
|
UMF 16+
|
|
MGO400 Manuka
|
400mg/kg
|
UMF 20+
|
|
MGO550 Manuka
|
550mg/kg
|
UMF 25+
|
õ
- ȭȯ ǰ ̵
ֿ伺
- ī
- 1~2¾ .¼ Ÿ ϰų ̳ Ͽ ߶ Ͻø ˴ϴ.
- MGO Է ũ 뷮 Ͻø ˴ϴ.
ǻ
- ˷ 索 ǻ Ŀ Ͻñ ٶϴ.
Ʒ Ե ظ ǰ
Դϴ.
MGO30+ (Active 5+) Manuka Honey
Manuka Honey is collected from a plant that is unique to New
Zealand ? Leptospermum scoparium.
The white flowers appear in spring and are much loved by the
honey bees. Manuka flowers have a strong, aromatic fragrance and
are full of the nectar which provides this dark, creamy honey.
MGO30+ (Active 5+) Manuka Honey has naturally minimum 30mg/kg
methylgyoxal content which is responsible for the anti-bacterial
properties in the honey.
Unique MGO Manuka Honey is collected from a New Zealand plant
called Leptospermum scoparium. For quite some time the unique
manuka honey anti-bacterial activity was known and measured by
a general measurement of its biological effect.
What was causing the antibacterial activity remained unknown for
almost 15 years.
The discovery came from the research group led by Professor Thomas
Henle, University of Dresden (Germany).
We unambiguously demonstrate for the first time that Dietary
Methylglyoxal is directly responsible for the anti-bacterial activity
of manuka honey
(reported Molecular Nutrition and Food Research, January, 2008)
So far MGO Manuka honey has been the only food in the world
found with such a significant Dietary Methylglyoxal content ranging
from 20mg/kg to over 800mg/kg. In contrast all other honeys worldwide
tested have ranged between 1 to 10 mg/kg, other foods range from
0 to 50mg/kg with coffee and cocoa being the highest.
|
Product
|
Methylglyoxal, mg/kg
|
|
Manuka Honey
|
20-800+
|
|
Other Honeys
|
0-10
|
|
Other Foods
|
0-50
|
|