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Showing posts with the label Tight junction

Glutamine and Glutamate seems to increase butyrate production in the large intestinal tract

Glutamine and its counterpart glutamate seems to increase the butyrate production in the intestinal tract. Butyrates show a biting or pungeant, light sweat like smell. This strengthens the view that the tight junction sealing is dominated by metabolite pathways that present in one or the other way highly smelling chemical compounds the body is forced to absorb to counter regulate its deregulated energy metabolism in the intestinal tract .

Histamine has a strong impact on tight junction regulation of intestinal cells

In previous posts was mentioned that the fecal body odor seems to be related histamine degradation deficiency. What impact does that have? It looks like histamine concentrations are highly important for the tight junction regulation of intestinal cells. The tight junctions are important for the direct paracellular transport of electrolytes into the blood without transition through the intestinal cell metabolism. Increased open tight junctions will further lead to an increased surface area of the intestinal cells and are as a result a strong regulator of passing amines and their level of being processed. One of the regulation relevant receptor for the tight junctions is the H1 receptor. When mast cells e.g. get active they release histamine to open those tight junctions. So a relation to food allergies as a initial trigger seems to be a possible factor with an upfollowing malregulation of the histamine concentrations. The malregulation would be based on the increased histamine level...