Organic Acids Test (OAT)

 

Learn More about our Organic Acids Test

Urine test (at-home)

This is a simple urine test that can assess a wide number of nutritional and metabolic markers. Some complex conditions can be identified or ruled out with this test. Often it is pattern of these markers that can shed light on the root cause of complex metabolic or fatigue conditions. There are also a number of useful nutrient markers.

This test measures:

  • Mitochondrial metabolites – evaluates for mitochondrial dysfunction
  • Neurotransmitter metabolites – evaluates for phenylalanine, tyrosine and tryptophan metabolism linked to neurotransmitter status and quinolinic acid production
  • Fatty acid metabolism problems which can contribute to mitochondrial dysfunction
  • Useful markers of Candida and other bacteria in the gut (not as extensive as a stool test), oxalates
  • Nutritional markers of B vitamins, CoQ10, glutathione, folate cycle

Stacey had Long Covid for 18 months and was experiencing extreme fatigue and post-exertional malaise (PEM) amongst other symptoms. She carried out an organic acids test alongside a nutritional evaluation to see if she could support her energy metabolism, and rule out any further complex issues.

Her results did not identify any severe underlying mitochondrial disorders. Her neurotransmitter levels were normal, along with tryptophan and quinolinic/ kynurenic ratios which are a potential problem in some cases of Long Covid. There was some possible issues with her fat metabolism, which she needed to support with carnitine and B vitamins.

In conjunction with her other nutritional tests, this organic acids tests also highlighted a potential issue with her vitamin B6 pathway, given her low B6 marker and low phosphoric acid. This was a useful pathway for her to support and may have impacted her production of acetylcholine.

Key Findings [excerpt from test]:

  • No underlying complex mitochondrial issues
  • Poor fat metabolism which needed support to produce energy
  • Indicators of issue with vitamin B6 pathway