Tree-man by Human Papilloma Virus

February 3, 2008 at 6:38 pm | In blogging, changing, metaformation | 2 Comments
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An Indonesian fisherman who feared that he would be killed by tree-like growths covering his body

Dede, now 35, baffled medical experts when warty "roots" began growing
out of his arms and feet after he cut his knee in a teenage accident.

majdede_wideweb__470x310,0-1

The welts spread across his body unchecked and soon he was left unable to carry out everyday household tasks.

Sacked from his job and deserted by his wife, Dede has been raising his two children – now in their late teens – in poverty, resigned to the fact that local doctors had no cure for his condition.

To make ends meet he even joined a local "freak show", parading in front of a paying audience alongside victims of other peculiar diseases.

Continue reading Tree-man by Human Papilloma Virus…

Tearless Onion …!!

February 2, 2008 at 2:33 pm | In blogging, metaformation | 2 Comments
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As i was talking in earlier post about the effect of propanethiol S-oxide and some other enzyme in the onions which emits tears from your eyes .

Info For Onion Criers

2008-02-02_134508

Onions produce the chemical irritant known as syn-propanethial-S-oxide. It stimulates the eyes’ lachrymal glands so they onions choppingrelease tears. Scientists used to blame the enzyme allinase for the instability of substances in a cut onion. Recent studies from Japan, however, proved that lachrymatory-factor synthase, (a previously undiscovered enzyme) is the culprit

  1. Lachrymatory-factor synthase is released into the air when we cut an onion.
  2. The synthase enzyme converts the sulfoxides (amino acids) of the onion into sulfenic acid.
  3. The unstable sulfenic acid rearranges itself into syn-ropanethial-S-oxide.
  4. Syn-propanethial-S-oxide gets into the air and comes in contact with our eyes. The lachrymal glands become irritated and produces the tears!

BUT recently i found that scientist are working and trying to disarm that crying bomber in a quest against natural tears agonist .

Japanese researcher recently pinpointed the eye-irritating chemical that cut-up onions release: It’s called lachrymatory factor synthase. the researcher says he can eliminate the gene (basic hereditary unit) that creates the tear-jerker chemical–without ruining an onion’s taste….. !!!!!

Good news for cooks, but would it be for the onion? "It’s reasonable to
assume that Mother Nature incorporated the chemical to afford some
protection," says chemist Eric Block at the State University of New
York in Albany.

can they do it .. can’t they . will that have some side effects on humans !?

who know . we’ll just wait and see

Sources [1] [2] [3]

Info For Onion Criers

January 22, 2008 at 11:26 pm | In blogging | 2 Comments
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Why does chopping an onion make you cry?

onion

It is not the strong odor of the onion that makes us cry, but the gas that the onion releases when we sever this member of the lily family.

The onion itself contains oil, which contains sulfur, an irritant to both our noses and to our eyes. Cutting an onion arouses a gas contained within the onion, propanethiol S-oxide, which then couples with the enzymes in the onion to emit a passive sulfur compound. When this upwardly mobile gas encounters the water produced by the tear ducts in our eyelids, it produces sulfuric acid.

In response to the caustic acid, our eyes automatically blink, and produce tears which irrigate the eye, and which flush out the sulfuric acid.

Another reflex to rid the eyes of a foreign substance, that of rubbing our eyes with our hands, often exacerbates the situation, because our hands are coated with the caustic, sulfuric acid producing oil from cutting the onion, which we then rub directly into our eyes.

Much to our chagrin, the only remedy for ridding the onion of its pungent, irritating oil is to boil it, not to slice it or dice it.

Onions produce the chemical irritant known as syn-propanethial-S-oxide. It stimulates the eyes’ lachrymal glands so they onions choppingrelease tears. Scientists used to blame the enzyme allinase for the instability of substances in a cut onion. Recent studies from Japan, however, proved that lachrymatory-factor synthase, (a previously undiscovered enzyme) is the culprit

The process goes as follows:

  1. Lachrymatory-factor synthase is released into the air when we cut an onion.
  2. The synthase enzyme converts the sulfoxides (amino acids) of the onion into sulfenic acid.
  3. The unstable sulfenic acid rearranges itself into syn-ropanethial-S-oxide.
  4. Syn-propanethial-S-oxide gets into the air and comes in contact with our eyes. The lachrymal glands become irritated and produces the tears!

Fresh_Peeled_Onions

glycoside

January 16, 2008 at 10:49 pm | In Uncategorized | Leave a Comment
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Salicin-perspective

  • Any of a group of organic compounds, occurring abundantly in plants , that yield a sugar and one or more non-sugar substances on hydrolysis
  • a simple sugar (monosaccharide) by replacing the hydrogen atom of one of its hydroxyl groups (OH) with the bond to another biologically active molecule.
  • occur abundantly in plants, especially as pigments, and are used in medicines, dyes, and cleansing agents.

Some medicinal value of the glycosides :
Cardiac glycosides
the glycosides of Digitalis purpurea (digitoxin, gitalin and gitoxin) and digoxin (from D. lanata). Strophanthin and ouabain are glycosides found in Strophanthus spp. Other cardiac glycosides are present in the skin of toads (Bufo maritimus, B. vulgaris), but are of toxicological rather than therapeutic interest.[used in the treatment of congestive heart failure ]
laxative glycosides
These glycosides contain an aglycone group that is a derivative of anthraquinone. They are present in senna, rhubarb and aloes, cascara and frangula ; they have a laxative effect .
these was just simple examples for what glycosides can do
some other functions of it as ….
Anti-inflammatory glycosides
Antirhumatic glycosides
renal disinfectant glycosides
adaptogen glycosides
counter irritant , rubifacient glycosides
expectorant glycosides
antibiotic glycosides
steroidal glycosides
analgesics glycosides

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