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home:diseases:anxiety [07.12.2011] – [Evidence of infectious cause] paulalberthome:diseases:anxiety [03.11.2019] – [Evidence of infectious cause] sallieq
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 Anxiety or anxiety disorder is a common co-morbidity of patients sufferings from chronic inflammatory diseases. Like all inflammatory diseases, anxiety disorder is caused by the Th1 pathogens and may temporarily increase during periods of immunopathology. Cognitive dysfunction can be managed using the [[home:mp:managing_immunopathology|generic strategies for managing immunopathology]], and should resolve over the course of the Marshall Protocol (MP). Anxiety or anxiety disorder is a common co-morbidity of patients sufferings from chronic inflammatory diseases. Like all inflammatory diseases, anxiety disorder is caused by the Th1 pathogens and may temporarily increase during periods of immunopathology. Cognitive dysfunction can be managed using the [[home:mp:managing_immunopathology|generic strategies for managing immunopathology]], and should resolve over the course of the Marshall Protocol (MP).
  
-Anxiety can be subtle or debilitating or both. Some patients may not possess the presence of mind to know they're suffering from anxiety. It often does not occur to Marshall Protocol (MP) patients, even in the midst of severe anxiety, that their emotional state is a product of the disease process. +Anxiety can be subtle or debilitating or both. Some patients may not possess the presence of mind to know they're suffering from anxiety. It often does not occur to Marshall Protocol (MP) patients, even in the midst of severe anxiety, that their emotional state may be a product of the disease process. 
  
 Patients suffering from anxiety may wish to modify their dose of antibiotics or take an [[home:othertreatments:antidepressants|anti-anxiety agent]]. Patients suffering from anxiety may wish to modify their dose of antibiotics or take an [[home:othertreatments:antidepressants|anti-anxiety agent]].
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 //**L.E. Goehler** et al.//(({{pubmed>long:17428636}}))</blockquote> //**L.E. Goehler** et al.//(({{pubmed>long:17428636}}))</blockquote>
  
-Further, Neufeld //et al.// showed that germ-free mice exhibited reduced anxiety-like behavior as well as significant neurochemical changes in the brain compared to mice without an intestinal microbiota.(({{pubmed>long:21054680}}))+Further, Neufeld //et al.// showed that germ-free mice exhibited reduced anxiety-like behavior as well as significant neurochemical changes in the brain compared to specific-pathogen-free mice. (({{pubmed>long:21054680}}))
  
  
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 //**John McDonald**// </blockquote> //**John McDonald**// </blockquote>
  
- 
-<blockquote> 
-The first few months on Phase Two were the most difficult for me. Anything connected with emotion was difficult and when it came to physical things, I felt sluggish - as if were doing everything in a swimming pool, working against the force of water. Mental confusion and despair may be better if you rest more and keep in mind that this is //temporary// like all other Herxing. You //will// come out of this dark tunnel to see better scenery at the other end. 
- 
-//**Belinda Fenter**// </blockquote> 
  
 <blockquote> <blockquote>
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 <DiseaseHierarchy> <DiseaseHierarchy>
  
-EDIT+
  
   * Legacy content     * Legacy content  
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 PMID: 17920243</blockquote> PMID: 17920243</blockquote>
  
 +
 +<blockquote>Mice raised in environments without any bacteria were far more likely to take risks than mice that had a normal mix of microbes, Sven Pettersson, a cellular microbiologist at the Karolinska Institute in Stockholm and the Genome Institute of Singapore, discovered with his colleagues. Mice generally skulk around in shadows and stay close to walls, but that behavior may not be the mice’s idea alone.
 +
 +Mice raised in a sterile environment were much bolder, literally going out on a ledge more often than mice reared with bacteria in their bellies, Pettersson’s team reported in the Feb. 15 Proceedings of the National Academy of Sciences. Bacteria-free mice were also more active overall than their bacteria-laden counterparts. Inoculating bacteria-free newborn mice with intestinal bacteria reversed the changes in behavior. But restoring gut bacteria in adult bacteria-free mice did not change the rodents’ behavior, indicating that whatever bacteria do to the brain, they do it early in life.
 +Bacteria’s presence or absence affected how the mice used certain brain chemicals and genes involved in brain development. Taken together, the results indicate that intestinal bacteria somehow shape the brain and make mice more anxious — or cautious, depending how you look at it, Pettersson says.
 +</blockquote>
 ===== References ===== ===== References =====
home/diseases/anxiety.txt · Last modified: 09.14.2022 by 127.0.0.1
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