Yvonne

1 ist, dass wenn man diese Flaschen leuchtet, sie Carcinogen wie Benzin, Toluene und Formaldehyde befreien. Aber nicht nur das, aber auch ultrafine Partikel. Ultrafine Partikel sind einige der gefährlichsten Substanzen, die man in seinem Haus kreieren kann. Also sind ultrafine Partikel kleine Partikel, weniger als 100 Mikron in Diameter, Entschuldigung, weniger als 0,1.

1 ist, dass wenn man diese Flaschen leuchtet, sie Carcinogen wie Benzin, Toluene und Formaldehyde befreien. Aber nicht nur das, aber auch ultrafine Partikel. Ultrafine Partikel sind einige der gefährlichsten Substanzen, die man in seinem Haus kreieren kann. Also sind ultrafine Partikel kleine Partikel, weniger als 100 Mikron in Diameter, Entschuldigung, weniger als 0,1.

Mikrons in Diameter, 100 Nanometer, unbeleuchtet für das menschliche Auge. Klein. Und diese Partikel haben die Möglichkeit, sobald du sie inhalierst, sie gehen in dein Gehirn. Sie haben die Möglichkeit, das zu tun. Sie haben auch die Möglichkeit, so weit in die Lunge zu gehen, wie man kann, bis zu den Alveolen.

Mikrons in Diameter, 100 Nanometer, unbeleuchtet für das menschliche Auge. Klein. Und diese Partikel haben die Möglichkeit, sobald du sie inhalierst, sie gehen in dein Gehirn. Sie haben die Möglichkeit, das zu tun. Sie haben auch die Möglichkeit, so weit in die Lunge zu gehen, wie man kann, bis zu den Alveolen.

Und in diese mikroscopischen Strukturen der Lunge, das ist, wo der Gas-Einsatz passiert. There's only one cell layer separating the outside from the inside, your bloodstream. One cell, that's pretty much nothing. That's pretty much no separation, no protection. So if an ultrafine particle can get that far down into your lungs, it's guaranteed into your bloodstream. It's getting all over your body.

Und in diese mikroscopischen Strukturen der Lunge, das ist, wo der Gas-Einsatz passiert. There's only one cell layer separating the outside from the inside, your bloodstream. One cell, that's pretty much nothing. That's pretty much no separation, no protection. So if an ultrafine particle can get that far down into your lungs, it's guaranteed into your bloodstream. It's getting all over your body.

It's causing inflammation and oxidative stress, which are the basis of many chronic diseases. So ultrafine particles, we need to avoid them as much as possible. And so one way is to not light. A conventional candle. Number two is that they're also releasing volatile organic compounds, right, as I mentioned. Number three, they contain undisclosed fragrance.

It's causing inflammation and oxidative stress, which are the basis of many chronic diseases. So ultrafine particles, we need to avoid them as much as possible. And so one way is to not light. A conventional candle. Number two is that they're also releasing volatile organic compounds, right, as I mentioned. Number three, they contain undisclosed fragrance.

And within fragrance, there can be endocrine disruptors, carcinogens and allergens. So when you light these candles, you're getting all of these toxins into your air. Number four, some of the dyes that are used to color candles are carcinogenic. And nobody has any idea is if you burn them, What are the health effects of burning these carcinogenic dyes?

And within fragrance, there can be endocrine disruptors, carcinogens and allergens. So when you light these candles, you're getting all of these toxins into your air. Number four, some of the dyes that are used to color candles are carcinogenic. And nobody has any idea is if you burn them, What are the health effects of burning these carcinogenic dyes?

And number five, candles are largely unregulated, which means that if you were to look at that candle and it says soy blend, There can be paraffin wax in there, even though it says soy blend. A lot of people think soy blend. Oh, it comes from soy. It must be healthier for me. So they'll go for that.

And number five, candles are largely unregulated, which means that if you were to look at that candle and it says soy blend, There can be paraffin wax in there, even though it says soy blend. A lot of people think soy blend. Oh, it comes from soy. It must be healthier for me. So they'll go for that.

But if it says soy blend, one should assume that it's a majority of petroleum derived paraffin wax with a little bit of soy wax in there. Because the Consumer Product Safety Commission, which regulates candles, doesn't look at the ingredients in the candle. They're concerned with the vessel, the container of the candle, whether or not it's fireproof, and whether or not the wick contains lead.

But if it says soy blend, one should assume that it's a majority of petroleum derived paraffin wax with a little bit of soy wax in there. Because the Consumer Product Safety Commission, which regulates candles, doesn't look at the ingredients in the candle. They're concerned with the vessel, the container of the candle, whether or not it's fireproof, and whether or not the wick contains lead.

They're not looking at what's in the wax. But studies have shown that when you light these candles, you are liberating a significant number of hazardous chemicals.

They're not looking at what's in the wax. But studies have shown that when you light these candles, you are liberating a significant number of hazardous chemicals.

Incense is even worse. And I'm sorry to burst your bubble, but incense has been used for thousands of years. But incense as we know it now is not the same as incense that was used a thousand years ago. They now contain, again, phthalates, the endocrine disruptors. but also the ultrafine particles.

Incense is even worse. And I'm sorry to burst your bubble, but incense has been used for thousands of years. But incense as we know it now is not the same as incense that was used a thousand years ago. They now contain, again, phthalates, the endocrine disruptors. but also the ultrafine particles.

And studies have shown that incense creates more ultrafine particles in pollutants than cigarette smoke. There's an increased risk of cancer because these ultrafine particles are damaging DNA. Damaged DNA leads to mutations. Mutations can lead to cancer. There's an increased incidence... In den Häusern, in denen die Eltern Inzest in den Häusern gebraten haben.

And studies have shown that incense creates more ultrafine particles in pollutants than cigarette smoke. There's an increased risk of cancer because these ultrafine particles are damaging DNA. Damaged DNA leads to mutations. Mutations can lead to cancer. There's an increased incidence... In den Häusern, in denen die Eltern Inzest in den Häusern gebraten haben.