Wild garlic, fresh garlic, society garlic Wildeknoffel, Isihaqa

What You Should Know
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Wild garlic, fresh garlic, society garlic Wildeknoffel, Isihaqa
Tulbaghia violacea is an African herb historically used for the treatment of certain infectious diseases, due to the potential for anti-microbial grass that. [1] The herb appears to be synergistic with the same in this regard, suggests that multiple components within the same grass work together. [1]

It belongs to the herbs, such as garlic and family Alliaceae. Sometimes referred to as sweet garlic (consumption is not associated with bad breath), wild garlic or garlic in the community, and has a strong smell of garlic, although the roots of the times called skunky. [2] [3] [4] It is also known as' Isihaqa "by the Zulu, who used this plant as an aphrodisiac, and that it" Wildeknoffel through the African. [5] you can share with family reasons nutrients garlic. [2] referred to as humble and simple plant with small flowers and foliage grass. [2]


1.2. Installation

As an herbal supplement, can Tulbaghia violacea contain a wide range of vehicles. Some of these compounds are:

3 cysteine ​​derivatives known as Marasmin, Ethiin and Methiin [6] [3] [7]
Kaempferol
Securities, 2,4,5,7-tetrathiaoctane-2,2- dioxide, 2,4,5,7-tetrathiaoctane, and 2,4,5,7- tetrathiaoctane-4- oxide [2] [8]
Steroidal saponins
Alpha-methyl-D-glucopyranoside [2]
And include compounds that are inherent in the (garlic) from the Allium family and motifs appear Tulbaghia (with respect to the traditional use and setup) (note, is reasonable, but not Tulbaghia said containing these molecules):

Sulfoxide derivative (alliin, and Methiin Isoalliin) found in each of the onion and garlic [2] has been reported in these compounds T.Acutiloba. [9]
Herbs Tulbaghia family, it seems that the focus violacea be the highest known sulfur containing compounds (though not everyone has been species) test. [2]



2. Interaction with cardiovascular health

21. blood pressure

Tulbaghia Violacea seems to be ACE inhibition properties of up to 68% inhibition of ACE with water and extract 71% ethanol extract in the laboratory. [10] [11] When the rats subjected to injection of 0.1 mg / kg of angiotensin I (control group increased blood pressure 14.5%) participated in the injection of 50 mg / kg of body Tulbaghia weight Violacea and was able to mitigate the increase of 2.2%, which It shows bioactivity. [10]

Tulbaghia Violacea has been shown in mice model of hypertension spontaneously to reduce both systolic and diastolic blood pressure and heart rate, by acting inhibitor ACE. Could [4] also interact with (1) receptors B. [4]

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3. carbohydrate metabolism interactions
Tulbaghia Violacea exercise has been implicated in the fight against the effects of diabetes in the laboratory, by increasing the absorption of glucose from 140.5% in muscle cells concentration 0.5ug / ml extract with ethanol. [12] have been increasing water increase the absorption of glucose from 119% in this focus extraction, absorption by nearly 117% in each of the extracts concentration of 50 micrograms / ml, although the 0.5ug insulin incubation / seemed not to limit the absorption glucose resulting from T.Violacea. [12]



4. interaction with testosterone
The in vitro study of testicular cells was observed Tulbaghia extract violacea able to increase the testes release testosterone in response to stimulation hormone. [5] and incubated the cells at concentrations varying between 156.25-5000ug / ml to repeat periods, despite the fact that only a sample statistically significant differences in the concentration of 312.5ug / ml and above, did not show any effect of a dose-dependent, but the continuing rise rather than the secretion of testosterone . [5] it has been measuring the height of testosterone to be 30-72% greater than control cells, and was dependent on the presence of the hormone. Testis were observed directly any increases in estradiol. [5]



5. Safety and Toxicity
Historically, it has been observed that the prolonged use and excessive lamps Tulbaghia violacea cause distress in the gastrointestinal tract and may be associated with acute intestinal tissue and stop the launch of peristalsis. It was reported also [2] contraction of the pupils and the delayed response to stimuli. [2]