Abstract

Potency testing is an important part of the evaluation of cellular therapy products. In vitro quantification of identified quality-related biomarkers is a technique often used at the laboratory. Nonetheless, the limited stability of most cellular therapy products, the lot variability and the limited timeframe within which to perform testing are currently hindering their widespread use. Fortunately, within the last two decades, the evolution of material technology and miniaturization processes has enabled the research community to shift the spotlight of attention towards the Lab-on-Chip concept for diagnostic applications. Such devices enable portable, rapid, sensitive, automated and affordable biochemical analyses aiming to advance the healthcare services across a broad application spectrum. However, it could be argued that the aspirations regarding their affordability are far from being exceeded, mainly due to the lack of a practical manufacturing technology. The Lab-on-Printed Circuit Board (Lab-on-PCB) approach has demonstrated enormous potential for developing economical diagnostic platforms leveraging the advantage provided by economy of scale manufacturing of the long-standing PCB industry. The integration capabilities that the PCB platform introduces to the Lab-on-Chip concept concerning the electronics and microfluidics seem to be unique. In this chapter, we will be reviewing the progress of Lab-on-PCB prototypes quantifying within miniaturized microchips a range of critical quality attributes with potential in potency testing. We will focus on their technology and applications and addressing the potential of this approach in practical use and commercialization.
Original languageEnglish
Title of host publicationPotency Assays for Stem Cell Advanced Therapy Medicinal Products
PublisherSpringer Nature
Publication statusAcceptance date - 1 Oct 2020

Keywords

  • Lab-on-Chip
  • Lab-on-PCB
  • microfluidics
  • biosensors
  • Electrochemical sensors
  • total analytical systems
  • μTAS
  • MEMS

Cite this

Papamatthaiou, S., & Moschou, D. (Accepted/In press). Advanced Quantification of Critical Quality Attributes. In Potency Assays for Stem Cell Advanced Therapy Medicinal Products Springer Nature.