Quiz: Welches Gift steckt hier drin : )

Grosse Gewinn Chancen : )

Quiz: welcher Gift steckt hier drin : )



Grosse Gewinn Chancen : )

Quiz: welcher Gift steckt hier drin : )




:wave:

Quiz: welcher Gift steckt hier drin : )



:greis:

Quiz: welcher Gift steckt hier drin : )



:freu:

Quiz: welcher Gift steckt hier drin : )





domain-b.com : PET bottles could be harmful to health

Quiz: welcher Gift steckt hier drin : )

Gib es zu Lichtelixier, du weißt es selbst nicht und möchtest nun von uns Experten die Antworten haben, damit du den großen Gewinn abräumen kannst ?

Liebe Grüße :wave:

Quiz: welcher Gift steckt hier drin : )

Anne B. schrieb:

Gib es zu Lichtelixier, du weißt es selbst nicht und möchtest nun von uns Experten die Antworten haben, damit du den großen Gewinn abräumen kannst ?

Liebe Grüße :wave:

Zum Vergrößern anklicken....

Anna, ja rate mal!, od posted eueren spassigsten Gift-Photos!
od gebt mir eine heisse Spur! :hexe:

Tipp:
Hier lauert etwas im Gebüsch und ist besonders Weichhhhhhh

Quiz: welcher Gift steckt hier drin : )

Dies sieht besonders harmlos aus...



aber dies :schock:

Quiz: welcher Gift steckt hier drin : )

Okay, ich versuche es mal .

Post 9 = Asbest
Post 5 = Flavon und Cosmosiin in den Blüten, Saponone und äthereische Öle im Kraut
Post 4 = Quecksilber
Post 3 = Weichmacher (Phtalate)
Post 2 = ungiftig, wenn es Wasser ist

Quiz: welcher Gift steckt hier drin : )

Anne B. schrieb:

Okay, ich versuche es mal .

Post 9 = Asbest
Post 5 = Flavon und Cosmosiin in den Blüten, Saponone und äthereische Öle im Kraut
Post 4 = Quecksilber
Post 3 = Weichmacher (Phtalate)
Post 2 = ungiftig, wenn es Wasser ist

Zum Vergrößern anklicken....

Post 9 ist richtig!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

Bravo!!!!!!!!!!!!! Ich muss aber anmerken, dass du noch ein unschuldiges
Rehlein bist im Jungel der Gifte! Ich vermute stark du weisst
es besser und willst alles nur durcheinander bringen! :schlag:

Post 2: mit heissem Kräutertee wird es 10 mal schlimmer!

Post 3: Weich???? Glaube ganz hart Nein. Rot Käpplein Rot Käpplein

Post 4: die 7 steht nicht für Quecksilber

Post 5: da Fortpflanzungsschädigend:
www.oekotest.de (tb) ÖKO-TEST Testbericht Lebensmittel, Weichmacher

Post 8: Weich Weich Weich

Post 1: Feuer Feuer Feuer

Quiz: welcher Gift steckt hier drin : )

Wenn die Bilder eines nach dem anderen kämen, so daß man das Frage für Frage beantworten könnte, wäre wahrscheinlich mehr Resonanz gekommen. So ist die Sache einfach ziemlich mühsam. Schade, denn die Idee ist super, finde ich.

Gruss,
Uta

Quiz: welcher Gift steckt hier drin : )

Uta schrieb:

Wenn die Bilder eines nach dem anderen kämen, so daß man das Frage für Frage beantworten könnte, wäre wahrscheinlich mehr Resonanz gekommen. So ist die Sache einfach ziemlich mühsam. Schade, denn die Idee ist super, finde ich.

Gruss,
Uta

Zum Vergrößern anklicken....

Danke für den Feedback!
Auflösung des Quiz folgt bald!
Bald kommen auch weitere Photos hinzu!:freu:

Quiz: welcher Gift steckt hier drin : )




bromierter Flammschutzmittel
PVC




Folgender Maus sollte Giftfrei sein:
(ausser ev. Verbindungskabel)
jedoch ist sie für manche Gewöhnungsbedürftig.

Weichmacher (Phtalate),
Künstliches Östrogen.
Alles nicht bewiesen?
Besser Vorsicht walten lassen.





Ein Mann ein Löwe!

Die gute Nachricht:

www.courant.com/news/local/statewire/hc-ap-ct-bisphenolbanmay16



Bisphenol-A wirkt als ein künstliches Östrogen
und treibt so sein Unwesen.
Neuerdings sind es nicht nur die heissen Substanzen
die messbare Mengen von Bisphenol-A aus dem polycarbonat Plastik absorbieren können, sondern auch die kalten Getränke.

Use of plastic bottles increases BPA in study - JSOnline


Die Geheimzahl 7 - polycarbonat Plastik



Polycarbonat Plastikbehälter-Bisphenol-A



Polycarbonat Plastikkrug- Bisphenol-A



Polycarbonat Plastikdeckel Dampfgerät

Bisphenol A entgiften I3C

Da Bisphenol A kein Schwermetall ist,
kann man nicht von Ausleitung sprechen.

Die tägliche Dosis an Bisphenol A und anderes
künstliches Oestrogen aus Petflaschen
Verpackungen usw. kann man kontern mit
"the King of Gemüse"









"
Hormone-disrupting chemicals are prime suspects in the astronomical increase in breast, prostate and other cancers. Chemicals that mimic estrogen and/or disrupt other hormones include bisphenol-A which is used in plastic milk jugs and can linings; DDT and DDE which may be present on imported fruits and vegetables; phthalates found in plastic wrap-especially very clingy deli-wrap; and pesticides commonly used on lawns and gardens. This is the short list. The environment is so saturated with these hormone-disrupters, being exposed to them is all but inevitable. Given that it's difficult to escape them, is there anything that will neutralize their effects?




I3C is one of dozens of similar compounds created in the gut when cruciferous vegetables are digested. It most often makes the news because it's the most well-studied. But in addition to I3C there are N-methoxyindole-3-carbinol (NI3C), 3,3'-diindolymethane (DIM), indolo[3,2-b]carbazole (ICZ), indole-3-acetonitrile, ascorbigen and other anti-cancer compounds. All of these things come from a substance in cruciferous vegetables known as indole-3-glucosinolate. Indole-3-glucosinolate is one of many glucosinolates found in cruciferous vegetables. Each product of the glucosinolate (which is created naturally as the vegetable gets digested) has distinct characteristics. And it may act one way in one cell, and completely differently in another. For example, some of the compounds affect the estrogen receptor; others do not. But those others may work in a different way to change how estrogen interacts with the body. So it has been found, for example, that while indole-3-acetonitrile doesn't do a thing for breast cancer, it looks promising against stomach cancer.

There are dozens of indoles to investigate, but researchers are currently focused on I3C, DIM and ICZ because they have the most proof behind them as to being able to affect the underlying mechanisms of hormone-related cancers. You may have heard of sulforaphane. This is a different type of phytochemical which is also of interest to cancer researchers. Sulforaphane is found in high amounts in broccoli.

Hormone detoxification

I3C has the most well-documented effects of all the glucosinolate products studied so far. Studies in humans show that I3C supplements increase the 2-hydroxylation of estrogen at the expense of other, more dangerous estrogens including 16a.

The question arises, then, that if I3C and other compounds can change the way our body's own estrogen behaves, could it do the same to estrogen-mimicking chemicals? What about chemical estrogens? Could I3C help us detoxify the estrogen-like chemicals in our milk jugs and plastic wrap? The answer is probably. While definitive proof is not available yet, preliminary studies indicate that I3C can detoxify fake estrogens the same way it does real estrogens.

DMBA is the chemical usually given to rodents to induce breast cancer for experiments. DMBA increases the 16a-hydroxylation metabolite-a dangerous estrogen. When I3C is given at the same time, less 16a-hydroxylation and less breast cancer occurs.

Dr. Leon Bradlow and his group at Rockefeller University have done studies on polychlorinated biphenyls (PCBs) and some pesticides including atrazine and DDT. They have been able to show that these estrogen-like chemicals also increase 16a-hydroxylation, just like DMBA. And just as I3C neutralizes the effects of DMBA, it neutralizes the effects of these chemicals as well.

As exciting as this research is, it doesn't translate into the notion that I3C can detoxify every hormone-mimicker that comes into the body. One of the major problems with studying the effects of hormone-disrupters on the human body is that humans ingest and breathe hundreds of chemicals. No one knows what they do in combination. While we know that I3C can detoxify some estrogen-mimickers, we don't know what effects it has on multiple chemicals, nor how much it would take to neutralize them. However, this only pertains to neutralizing estrogen. I3C has other completely different ways of blocking cancer.

Other mechanisms of I3C

When human breast cancer cells are treated with I3C in the test tube, 90% of them will stop growing. It doesn't matter whether they are estrogen receptor positive or negative. I3C stops their growth by mechanisms that don't rely on receptors.

When I3C is given to rodents before they are treated with cancer-causing chemicals, up to 90% of the cases of mammary cancer that would ordinarily develop don't develop. If I3C is given at the same time as cancer-causing chemicals, the number of tumors can be slashed by 96%. I3C also slashes the rate of naturally-occurring breast cancer in rodents by half.

One of the ways I3C protects cells against cancerous changes is by preventing DNA damage. Studies show that I3C is just short of amazing in its ability to protect DNA-not only in breast tissue, but in other tissues as well. A study from the Medical College of Ohio shows that I3C can cut the rate of DNA damage from chemicals in breast tissue by almost 92%. Others have shown that I3C decreases DNA damage in white blood cells by 82%, colon 67% and liver 69%. This would seem almost unbelievable if it hadn't been confirmed by others who have shown that I3C can reduce DMBA-induced liver adducts by 90%, lung and trachea by 55%, and other tissues by similar amounts.

I3C's potential as a chemopreventive agent was confirmed in a study funded by the National Cancer Institute where 90 different cancer preventatives were put through six different tests of cancer prevention. I3C was one of 8 compounds proven effective in all six assays (the other 7 were ascorbic acid, bismuththiol, esculetin, etoperidone, folic acid, hydrocortisone and tocopherol succinate).

Another potential action of I3C against chemical cancers is its potential to keep dioxin and other chlorine chemicals out of cells. Dioxin is so toxic it's measured in parts per trillion. (Other toxic chemicals are measured in parts per billion.) There is no known way to get dioxin out of the body except by breast-feeding. Losing weight will simply make it hunker down in the remaining fat.

Dioxin latches onto a receptor on cells known as the aryl hydrocarbon receptor (Ah receptor), where it gains access into cells. I3C can partially block that receptor and keep dioxin out. One of compounds that I3C naturally converts to in the body, ICZ, works even better. ICZ was found to be the best dioxin blocker found in a study of over 12 different compounds. Ironically, dioxin has the same beneficial effects on estrogen metabolism as I3C, but like cigarette smoke is not an ideal candidate for cancer prevention. In 1995, a national report was issued on the toxic effects of dioxin. It was 2000 pages long, published in six volumes.

It has been recently reported that I3C can affect cancer genes BRCA and Her-2/neu. BRCA normally functions as part of a DNA repair mechanism, and it also contributes to tumor suppression. BRCA is mutated (and nonfunctional) in many cases of familial breast, ovarian and prostate cancer. Researchers at Long Island Jewish Medical Center report that I3C can upregulate BRCA in breast cancer cells and prevent metastasis. It remains to be seen whether I3C would have any effect on people with BRCA mutations in their genes. However, it's interesting to note that the cell line used in the cell study was recently reported to have less BRCA action, indicating it probably has BRCA mutations. This means that I3C may have the potential to upregulate BRCA in people with a mutated gene.

HER-2/neu is an oncogene that is overexpressed in some cases of breast and cervical cancer. Herceptin is a chemotherapeutic drug developed to treat HER-positive cancers. Researchers at Wayne State University have been able to show that I3C can induce apoptosis (cell suicide) of HER-positive and -negative breast cancer cells.

Dozens of studies on I3C in humans and human cells indicate that it has multiple beneficial effects against hormone-related cancers. I3C is converted to several different products in the body, some of which haven't been studied yet, and while virtually nothing is known about them at this point, what is known about I3C is enough to say that this phytochemical has great promise against both the prevention and treatment of cancer. Perhaps the greatest testament to the powers of I3C is that drug companies are scrambling to make versions they can patent and sell as drugs.

Fake Estrogen

The person perhaps most responsible for uncovering the origin of chemical estrogens is Dr. Ana Soto of Tufts University who, in the mid 1980s, discovered that breast cancer cells she had put into plastic test tubes were growing wildly. Unable to get an answer from the manufacturer, Corning, as to what was in the tubes, she had to uncover the culprit herself. She reported her findings in 1991. An estrogen-mimicking chemical called nonylphenol was causing the cancer cells to grow wildly. A form of nonoxynol is sold as a contraceptive gel. Since that time, Dr. Soto has uncovered many more fake estrogens manufactured by chemical companies and put into all kinds of food containers and products humans come in contact with. Not only are these chemicals estrogenic, some are anti-androgenic as well. "

Rohkost Brokkoli mit Avocado

Die Kohlfamilie mit I3C.




"Scientists have long sought to extract the beneficial compounds of cruciferous vegetables. One group of bioactive nutrients responsible for cancer protection in cruciferous vegetables is known as glucosinolates. When consumed by humans, glucosinolates are converted to highly beneficial compounds including isothiocyanates such as sulforaphane and indoles such as I3C. These compounds are believed to inhibit cancer by various mechanisms within the body.17

The conversion of glucosinolates to isothiocyanates occurs naturally in several ways. One method is through the presence of myrosinase, an enzyme found in the cells of cruciferous vegetables. However, the process of cooking cruciferous vegetables destroys much of the naturally available myrosinase. Glucosinolates obtained from cooked cruciferous vegetables can still be converted to isothiocyanates inside the body, albeit much less efficiently than when myrosinase is available. This conversion can occur in the colon, where native gut bacteria hydrolyze the glucosinolates.18,19 Among the most powerful, abundant, and important glucosinolate derivatives is I3C"