Human-AI Technology Lab at UVA
Nutrition
Nutrition Leveraging ubiquitous devices to gain insights into micronutrient status.

Micronutrient imbalance is a global issue with major downstream health effects. On top of this, the detection of one’s micronutrient status is invasive and expensive, often requiring a blood draw and complex laboratory tests. Our project explores new, more accessible ways of assessing the levels of vitamins and minerals in your body. Developments in accessible micronutrient assessment are necessary to properly understand and address the burden of micronutrient malnutrition in underserved populations.

Contact

If you feel like your skills and interests are aligned with this project, please reach out to Andrew Balch to get involved!

Publications

Towards an Accessible, Noninvasive Micronutrient Status Assessment Method: A Comprehensive Review of Existing Techniques
Towards an Accessible, Noninvasive Micronutrient Status Assessment Method: A Comprehensive Review of Existing Techniques
Andrew Balch, Maria A. Cardei, Sibylle Kranz, Afsaneh Doryab
arXiv  ·  26 Aug 2024  ·  arXiv:2408.11877
Exploring Smartphone-based Spectrophotometry for Nutrient Identification and Quantification
Exploring Smartphone-based Spectrophotometry for Nutrient Identification and Quantification
Andrew Balch, Maria A. Cardei, Afsaneh Doryab
arXiv  ·  17 Oct 2024  ·  arXiv:2410.11027

News

Virginia Commonwealth Cyber Initiative Symposium Poster Presentation
Virginia Commonwealth Cyber Initiative Symposium Poster Presentation

Andrew Balch presented his poster on a smartphone-based spectrophotometer for Vitamin B12 quantification at the 2024 Commonwealth Cyber Initiative Symposium in Richmond, Virginia!

Project Team

Past Contributors