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Urea Cycle Related Amino Acids Measured in Dried Bloodspots Enable Long-Term In Vivo Monitoring and Therapeutic Adjustment.


ABSTRACT: BACKGROUND:Dried bloodspots are easy to collect and to transport to assess various metabolites, such as amino acids. Dried bloodspots are routinely used for diagnosis and monitoring of some inherited metabolic diseases. METHODS:Measurement of amino acids from dried blood spots by liquid chromatography-tandem mass spectrometry. RESULTS:We describe a novel rapid method to measure underivatised urea cycle related amino acids. Application of this method enabled accurate monitoring of these amino acids to assess the efficacy of therapies in argininosuccinate lyase deficient mice and monitoring of these metabolites in patients with urea cycle defects. CONCLUSION:Measuring urea cycle related amino acids in urea cycle defects from dried blood spots is a reliable tool in animal research and will be of benefit in the clinic, facilitating optimisation of protein-restricted diet and preventing amino acid deprivation.

SUBMITTER: Baruteau J 

PROVIDER: S-EPMC6918381 | biostudies-literature | 2019 Nov

REPOSITORIES: biostudies-literature

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Urea Cycle Related Amino Acids Measured in Dried Bloodspots Enable Long-Term In Vivo Monitoring and Therapeutic Adjustment.

Baruteau Julien J   Khalil Youssef Y   Grunewald Stephanie S   Zancolli Marta M   Chakrapani Anupam A   Cleary Maureen M   Davison James J   Footitt Emma E   Waddington Simon N SN   Gissen Paul P   Mills Philippa P  

Metabolites 20191112 11


<h4>Background</h4>Dried bloodspots are easy to collect and to transport to assess various metabolites, such as amino acids. Dried bloodspots are routinely used for diagnosis and monitoring of some inherited metabolic diseases.<h4>Methods</h4>Measurement of amino acids from dried blood spots by liquid chromatography-tandem mass spectrometry.<h4>Results</h4>We describe a novel rapid method to measure underivatised urea cycle related amino acids. Application of this method enabled accurate monitor  ...[more]

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