
Institute of Molecular Systems Biology at @ETH_en @ETH_DBIOL - Contributors: Members of IMSB
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![(A) The experimental apparatus used in the study of cytochrome c, copied from Dharmasiri and Smith (1996) [49]. (B) The static mixer used to study partially folded myoglobin, adapted from Simmons et al. (2003) [50]. (C) The repurposed adjustable capillary mixer, previously used to study enzyme kinetics, attached to a microfluidic device, adapted from Wilson and Konermann (2003) [51]. (D) Experimental setup using a single syringe pump to control the constant flow rate of all three syringes, adapted from Keppel and Weis (2013) [26]. (E) FastHDX thiol-ene microchip apparatus, adapted copied from Svejdal et al. (2019) [52]. (F) Automatic FastHDX prototype by Seetaloo and Philips (2022) [53]. Image adapted from Waters Corporation 2014 Acquity UPLC M-Class with HDX Technology System Guide.](https://pbs.twimg.com/media/Ge2Eaw2WcAAeFCq.png?name=small&format=webp)
ALT (A) The experimental apparatus used in the study of cytochrome c, copied from Dharmasiri and Smith (1996) [49]. (B) The static mixer used to study partially folded myoglobin, adapted from Simmons et al. (2003) [50]. (C) The repurposed adjustable capillary mixer, previously used to study enzyme kinetics, attached to a microfluidic device, adapted from Wilson and Konermann (2003) [51]. (D) Experimental setup using a single syringe pump to control the constant flow rate of all three syringes, adapted from Keppel and Weis (2013) [26]. (E) FastHDX thiol-ene microchip apparatus, adapted copied from Svejdal et al. (2019) [52]. (F) Automatic FastHDX prototype by Seetaloo and Philips (2022) [53]. Image adapted from Waters Corporation 2014 Acquity UPLC M-Class with HDX Technology System Guide.

























