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Some probiotics (including bacteria in Kefir) produce amines and glutamates.
http://www.plantpoisonsandrottenstuff.info/content/elimination-diet/super-responders.aspx
Strong yellow cheeses: The stronger the taste of the cheese, the higher in amines and particularly glutamates it will be.
Kefir According to published analyses, kefir cultures are very variable in bacterial makeup. A variety of species found commonly in kefir are known to make free glutamate and amines. Lactococcus lactis (found in cheese and kefir) and a variety of lactobacillus and bifidus species produce amines.
Probiotic yoghurt: A variety of species found commonly in so-called probiotic yoghurts are known to make free glutamate and amines. Lactobacillus casei, a common probiotic, forms free glutamates. A variety of lactobacillus and bifidus species produce amines.
And here is the problem with amines:
Neurotransmitters and Pseudo-Neurotransmitters
Free glutamates form when protein is degraded by lengthy cooking or the action of autolytic or bacterial enzymes. Protein is broken down into its constituent parts, amino acids, one of which is glutamate. Amines form when amino acids are broken down even further (decarboxylated) by autolytic or bacterial enzymes. Amines should not be confused with amino acids or proteins, as these are largely safe. Free glutamates and amines are neurotransmitters. Innate capacities to neutralise dietary neurotransmitters vary widely between individuals. Multiple hormonal and genetic factors leave some people with a very low tolerance. Dietary neurotransmitters act directly to disrupt the normal neurotransmitter balance of the body and brain. Food chemical intolerant individuals can experience reactions to the following dietary chemicals:
Amines
Free amino acids
Free glutamates (MSG)
N-methyl-D-aspartic acid (NMDA) and/or aspartate
Glycine (potentially, under some interactions)
http://www.plantpoisonsandrottenstuff.info/content/elimination-diet/super-responders.aspx
Strong yellow cheeses: The stronger the taste of the cheese, the higher in amines and particularly glutamates it will be.
Kefir According to published analyses, kefir cultures are very variable in bacterial makeup. A variety of species found commonly in kefir are known to make free glutamate and amines. Lactococcus lactis (found in cheese and kefir) and a variety of lactobacillus and bifidus species produce amines.
Probiotic yoghurt: A variety of species found commonly in so-called probiotic yoghurts are known to make free glutamate and amines. Lactobacillus casei, a common probiotic, forms free glutamates. A variety of lactobacillus and bifidus species produce amines.
And here is the problem with amines:
Neurotransmitters and Pseudo-Neurotransmitters
Free glutamates form when protein is degraded by lengthy cooking or the action of autolytic or bacterial enzymes. Protein is broken down into its constituent parts, amino acids, one of which is glutamate. Amines form when amino acids are broken down even further (decarboxylated) by autolytic or bacterial enzymes. Amines should not be confused with amino acids or proteins, as these are largely safe. Free glutamates and amines are neurotransmitters. Innate capacities to neutralise dietary neurotransmitters vary widely between individuals. Multiple hormonal and genetic factors leave some people with a very low tolerance. Dietary neurotransmitters act directly to disrupt the normal neurotransmitter balance of the body and brain. Food chemical intolerant individuals can experience reactions to the following dietary chemicals:
Amines
Free amino acids
Free glutamates (MSG)
N-methyl-D-aspartic acid (NMDA) and/or aspartate
Glycine (potentially, under some interactions)