Dr. Aly Cohen

What's the takeaway? You're getting to mechanisms.

What's the takeaway? You're getting to mechanisms.

So many of these chemicals that have been identified, and this has been the research for the last 25 years in the endocrine disrupting chemical research world, which is very siloed because they've been attacked by American Chemical Council and many of the, obviously the big pharma, big pesticide groups. They are now worldwide in terms of their Interaction with their research.

So many of these chemicals that have been identified, and this has been the research for the last 25 years in the endocrine disrupting chemical research world, which is very siloed because they've been attacked by American Chemical Council and many of the, obviously the big pharma, big pesticide groups. They are now worldwide in terms of their Interaction with their research.

So many of these chemicals that have been identified, and this has been the research for the last 25 years in the endocrine disrupting chemical research world, which is very siloed because they've been attacked by American Chemical Council and many of the, obviously the big pharma, big pesticide groups. They are now worldwide in terms of their Interaction with their research.

I work with a lot of them. They are an exclusive, interesting group of thousands of physicians and PhDs and researchers who have come up with robust information on how chemicals such as pesticides and again, there are so many, I'm not calling out one versus another, have effects on the endocrine system, the human endocrine system.

I work with a lot of them. They are an exclusive, interesting group of thousands of physicians and PhDs and researchers who have come up with robust information on how chemicals such as pesticides and again, there are so many, I'm not calling out one versus another, have effects on the endocrine system, the human endocrine system.

I work with a lot of them. They are an exclusive, interesting group of thousands of physicians and PhDs and researchers who have come up with robust information on how chemicals such as pesticides and again, there are so many, I'm not calling out one versus another, have effects on the endocrine system, the human endocrine system.

And when they called this endocrine, when they coined this endocrine disruption, this was 25 years ago. And since that time, having talked to some of the forefathers of this, Pete Myers, Fred von Saal, Terence Collins, they really didn't know exactly how many of these chemicals that they were studying. They started off with BPA.

And when they called this endocrine, when they coined this endocrine disruption, this was 25 years ago. And since that time, having talked to some of the forefathers of this, Pete Myers, Fred von Saal, Terence Collins, they really didn't know exactly how many of these chemicals that they were studying. They started off with BPA.

And when they called this endocrine, when they coined this endocrine disruption, this was 25 years ago. And since that time, having talked to some of the forefathers of this, Pete Myers, Fred von Saal, Terence Collins, they really didn't know exactly how many of these chemicals that they were studying. They started off with BPA.

Bisphenol A is sort of the poster child for endocrine disruption, because it was the first one they got their hands on. And they found that they could mimic estrogens at very, very low levels, parts per million, parts per trillion.

Bisphenol A is sort of the poster child for endocrine disruption, because it was the first one they got their hands on. And they found that they could mimic estrogens at very, very low levels, parts per million, parts per trillion.

Bisphenol A is sort of the poster child for endocrine disruption, because it was the first one they got their hands on. And they found that they could mimic estrogens at very, very low levels, parts per million, parts per trillion.

But keep in mind, when you take Paxil or when you take Lorazepam or you take Xanax or any Metoprolol, you're going to have parts per million, parts per trillion to have the same clinical effects as you're comparing to chemicals that have parts per million, parts per trillion. So I want to give an idea, when we diminish the dose,

But keep in mind, when you take Paxil or when you take Lorazepam or you take Xanax or any Metoprolol, you're going to have parts per million, parts per trillion to have the same clinical effects as you're comparing to chemicals that have parts per million, parts per trillion. So I want to give an idea, when we diminish the dose,

But keep in mind, when you take Paxil or when you take Lorazepam or you take Xanax or any Metoprolol, you're going to have parts per million, parts per trillion to have the same clinical effects as you're comparing to chemicals that have parts per million, parts per trillion. So I want to give an idea, when we diminish the dose,

dass weil diese Endokrin-verbreitenden Chemien wie Hormone funktionieren, können sie große physiologische Auswirkungen haben, auch bei niedrigen Dosen, die früher nicht als schmerzhaft bezeichnet wurden. Jetzt haben wir viel Informationen, die zeigen, was die Non-Monotonic-Dose-Response heißt. Tolle Bücher über das. Und die Idee, dass... Was ist diese Response?

dass weil diese Endokrin-verbreitenden Chemien wie Hormone funktionieren, können sie große physiologische Auswirkungen haben, auch bei niedrigen Dosen, die früher nicht als schmerzhaft bezeichnet wurden. Jetzt haben wir viel Informationen, die zeigen, was die Non-Monotonic-Dose-Response heißt. Tolle Bücher über das. Und die Idee, dass... Was ist diese Response?

dass weil diese Endokrin-verbreitenden Chemien wie Hormone funktionieren, können sie große physiologische Auswirkungen haben, auch bei niedrigen Dosen, die früher nicht als schmerzhaft bezeichnet wurden. Jetzt haben wir viel Informationen, die zeigen, was die Non-Monotonic-Dose-Response heißt. Tolle Bücher über das. Und die Idee, dass... Was ist diese Response?