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home:publications:marshall_fda_cder_2006 [10.09.2010] joyfulhome:publications:marshall_fda_cder_2006 [07.04.2022] (current) – external edit 127.0.0.1
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 **Type:** Conference presentation\\ **Type:** Conference presentation\\
 **Presenter:**  Trevor Marshall, PhD\\ **Presenter:**  Trevor Marshall, PhD\\
-**Conference:**  Visiting Professor Lecture Series, organized by the [[http://www.fda.gov/CDER/|Center for Drug Evaluation and Research]], a division of the FDA\\+**Conference:**  Visiting Professor Lecture Series, organized by the [[https://www.fda.gov/CDER/|Center for Drug Evaluation and Research]], a division of the FDA\\
 **Location:**   Bethesda, MD\\ **Location:**   Bethesda, MD\\
 **Date:**  March 7, 2006\\ **Date:**  March 7, 2006\\
-**Related content:** [[http://autoimmunityresearch.org/fda-visiting-professor-7mar06.ram|Video of lecture (.ram file)]]\\  +**Related content:** [[https://autoimmunityresearch.org/fda-visiting-professor-7mar06.ram|Video of lecture (.ram file)]]\\  
-**See also:** [[http://autoimmunityresearch.org/transcripts/Transcript_2006_Marshall_FDA_Visiting_Prof.pdf|Transcript with slides]] \\+**See also:** [[https://autoimmunityresearch.org/transcripts/Transcript_2006_Marshall_FDA_Visiting_Prof.pdf|Transcript with slides]] \\
 **Notes:** full citation for this presentation((Marshall TG: Molecular genomics offers new insight into the exact mechanism of action of common drugs - ARBs, Statins, and Corticosteroids. FDA CDER Visiting Professor presentation, FDA Biosciences Library, Accession QH447.M27 2006)) **Notes:** full citation for this presentation((Marshall TG: Molecular genomics offers new insight into the exact mechanism of action of common drugs - ARBs, Statins, and Corticosteroids. FDA CDER Visiting Professor presentation, FDA Biosciences Library, Accession QH447.M27 2006))
  
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 It interacts with cofactors SRC1 and SRC3, SRC steroid receptor cofactors, which are inhibited by P65, which is half of the nuclear factor kappaB. Again, immune system. And we know it’s associated also with the granulocyte-macrophage stimulating factor, another key immune system function.  It interacts with cofactors SRC1 and SRC3, SRC steroid receptor cofactors, which are inhibited by P65, which is half of the nuclear factor kappaB. Again, immune system. And we know it’s associated also with the granulocyte-macrophage stimulating factor, another key immune system function. 
  
-It regulates TGF-beta signaling, and DRIP coactivators (DRIP is D-Receptor Interactive Proteins), all of which regulate cell differentiation and apostosis. There’s a url of a search engine which will specifically search for citations on the VDR, if any of you are interested in looking further. http://www.ihop-net.org.+It regulates TGF-beta signaling, and DRIP coactivators (DRIP is D-Receptor Interactive Proteins), all of which regulate cell differentiation and apostosis. There’s a url of a search engine which will specifically search for citations on the VDR, if any of you are interested in looking further. https://www.ihop-net.org.
  
 There is so much activity in molecular genomics at the moment, looking at the VDR. We published a paper not too long ago, and recently I wanted to look it up on PubMed. So – I’m lazy, and rather than type in the full name and the author, I just typed in the VDR characters and let the VDR carry through. I thought, well, it’ll be somewhere on the first page. No way! There have been forty papers published on VDR since ours in mid-January. That’s a rate of about one a day. And half of those are on the immune system, and the importance of this receptor to the immune system. There is so much activity in molecular genomics at the moment, looking at the VDR. We published a paper not too long ago, and recently I wanted to look it up on PubMed. So – I’m lazy, and rather than type in the full name and the author, I just typed in the VDR characters and let the VDR carry through. I thought, well, it’ll be somewhere on the first page. No way! There have been forty papers published on VDR since ours in mid-January. That’s a rate of about one a day. And half of those are on the immune system, and the importance of this receptor to the immune system.
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 But what these nuclear receptors are responsible for is transcription of DNA genes to strands of mRNA, which are then translated (in the ribosomes) into proteins. But what these nuclear receptors are responsible for is transcription of DNA genes to strands of mRNA, which are then translated (in the ribosomes) into proteins.
  
-Now, if you want some basic genomics tutorials, there is a simplified set of flash animations at this particular url which I have found to be particularly simple to understand, and yet quite accurate. http://www.johnkyrk.com/ +Now, if you want some basic genomics tutorials, there is a simplified set of flash animations at this particular url which I have found to be particularly simple to understand, and yet quite accurate. https://www.johnkyrk.com/ 
  
 So now we will look at some simplified 3D animations of these transcription molecules, just enough to give an overview of what the nuclear receptors do, and how the Corticosteroids, ARBs and Statins affect gene transcription. Corticosteroids now, because as we went further and further into this study, we widened out the scope of interest as to what we were looking for.  So now we will look at some simplified 3D animations of these transcription molecules, just enough to give an overview of what the nuclear receptors do, and how the Corticosteroids, ARBs and Statins affect gene transcription. Corticosteroids now, because as we went further and further into this study, we widened out the scope of interest as to what we were looking for. 
home/publications/marshall_fda_cder_2006.1286612230.txt.gz · Last modified: 10.09.2010 by joyful
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