HIGHLIGHTS
SUMMARY
The processes of iPS cell reprogramming, maintenance, and differentiation are costly and require constant supervision and cell quality assessment by highly trained personnel (Chen et_al, 2014; Niessing et_al, 2021). Manual handling introduces financial and temporal obstacles that limit large scale iPS cell application (Soares et_al, 2014; Niessing et_al, 2021). Automation of distinct steps and integrated systems of iPS cell generation, culture and differentiation have been previously described (Marx et_al, 2013; Elanzew et_al, 2015; Elanzew et_al, 2020; Konagaya et_al, 2015; Paull et_al, 2015; Coston et_al, 2020; Dhingra et_al, 2020). Human iPS cells harbor the potential . . .
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