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<t>Microfluidics</t> device design and fabrication. (A) Photograph of the microfluidics device. (B) Cartoon representation of the microfluidics device used in these studies. The general layout is shown with the 3 inlet and outlet ports labeled. The dual Herringbone structures for efficient solution mixing are also shown. (C) Device fabrication flowchart. The flowchart includes all steps for device construction as well as pretreatment for MS analysis.
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chromiumtm microfluidics device  (10X Genomics)
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<t>Microfluidics</t> device design and fabrication. (A) Photograph of the microfluidics device. (B) Cartoon representation of the microfluidics device used in these studies. The general layout is shown with the 3 inlet and outlet ports labeled. The dual Herringbone structures for efficient solution mixing are also shown. (C) Device fabrication flowchart. The flowchart includes all steps for device construction as well as pretreatment for MS analysis.
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microfluidic devices  (Xona Microfluidics)
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<t>Microfluidics</t> device design and fabrication. (A) Photograph of the microfluidics device. (B) Cartoon representation of the microfluidics device used in these studies. The general layout is shown with the 3 inlet and outlet ports labeled. The dual Herringbone structures for efficient solution mixing are also shown. (C) Device fabrication flowchart. The flowchart includes all steps for device construction as well as pretreatment for MS analysis.
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Microfluidics device design and fabrication. (A) Photograph of the microfluidics device. (B) Cartoon representation of the microfluidics device used in these studies. The general layout is shown with the 3 inlet and outlet ports labeled. The dual Herringbone structures for efficient solution mixing are also shown. (C) Device fabrication flowchart. The flowchart includes all steps for device construction as well as pretreatment for MS analysis.

Journal: ACS Omega

Article Title: Integrating Simple Microfluidics Design/Fabrication with a Novel Ionization Source for Time-Resolved Chemical Reaction Studies by Mass Spectrometry

doi: 10.1021/acsomega.5c12681

Figure Lengend Snippet: Microfluidics device design and fabrication. (A) Photograph of the microfluidics device. (B) Cartoon representation of the microfluidics device used in these studies. The general layout is shown with the 3 inlet and outlet ports labeled. The dual Herringbone structures for efficient solution mixing are also shown. (C) Device fabrication flowchart. The flowchart includes all steps for device construction as well as pretreatment for MS analysis.

Article Snippet: All three solutions were injected into the microfluidic device using two Fusion 6000 syringe pumps (Chemyx, Stafford, TX) before connecting to the cVSSI device via tubing.

Techniques: Labeling

Total deuterium uptake of the microfluidics setup employing different total flow rates. The PTFE tubing length associated with each flow rate is provided above the respective data point. The dashed line shows the weighted m / z value of unreacted myoglobin 14+ ions. Error bars represent one standard deviation about the mean for triplicate measurements.

Journal: ACS Omega

Article Title: Integrating Simple Microfluidics Design/Fabrication with a Novel Ionization Source for Time-Resolved Chemical Reaction Studies by Mass Spectrometry

doi: 10.1021/acsomega.5c12681

Figure Lengend Snippet: Total deuterium uptake of the microfluidics setup employing different total flow rates. The PTFE tubing length associated with each flow rate is provided above the respective data point. The dashed line shows the weighted m / z value of unreacted myoglobin 14+ ions. Error bars represent one standard deviation about the mean for triplicate measurements.

Article Snippet: All three solutions were injected into the microfluidic device using two Fusion 6000 syringe pumps (Chemyx, Stafford, TX) before connecting to the cVSSI device via tubing.

Techniques: Standard Deviation