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Malodour classification with low-cost flexible electronics.

Emre OzerJedrzej KufelJohn BiggsAnjit RanaFrancisco J RodriguezThomas Lee-ClarkAntony SouCatherine RamsdaleScott WhiteSuresh Kumar GarlapatiPalaniappan ValliappanAiman RahmanudinVenuskrishnan KomanduriGlenn Sunley SaezSankara GolluGavin BrownPiotr DudekKrishna C PersaudMichael L TurnerStephanie MurraySusan BatesRobert TreloarBrian NewbyJane Ford
Published in: Nature communications (2023)
Understanding body malodour in a measurable manner is essential for developing personal care products. Body malodour is the result of bodily secretion of a highly complex mixture of volatile organic compounds. Current body malodour measurement methods are manual, time consuming and costly, requiring an expert panel of assessors to assign a malodour score to each human test subject. This article proposes a technology-based solution to automate this task by developing a custom-designed malodour score classification system comprising an electronic nose sensor array, a sensor readout interface and a machine learning hardware fabricated on low-cost flexible substrates. The proposed flexible integrated smart system is to augment the expert panel by acting like a panel assessor but could ultimately replace the panel to reduce the test and measurement costs. We demonstrate that it can classify malodour scores as good as or even better than half of the assessors on the expert panel.
Keyphrases
  • low cost
  • machine learning
  • healthcare
  • clinical practice
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  • palliative care
  • solid state
  • quality improvement
  • mass spectrometry
  • induced pluripotent stem cells
  • high density
  • finite element