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Peak pressure (cmH 2 O)

A B. 30%. 50%. Peak pressure (cmH 2 O). Inspiratory drive (cmH 2 O/sec). 70%. Figure S1. No.1. r=0.98 S=1.17 I=-0.49. Pdi. r=0.92 S=1.59 I=-0.14. Pmus PVI. Pmus p. r=0.93 S=1.49 I=-0.02. Pmus a. Figure S2 1.

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Peak pressure (cmH 2 O)

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  1. A B 30% 50% Peak pressure (cmH2O) Inspiratory drive (cmH2O/sec) 70% Figure S1

  2. No.1 r=0.98 S=1.17 I=-0.49 Pdi r=0.92 S=1.59 I=-0.14 PmusPVI Pmusp r=0.93 S=1.49 I=-0.02 Pmusa Figure S21

  3. No.2 r=0.996 S=1.02 I=-0.14 Pdi r=0.996 S=0.96 I=-0.29 PmusPVI Pmusp r=0.995 S=0.91 I=-0.15 Pmusa Figure S22

  4. No.3 r=0.95 S=1.25 I=0.46 PmusPVI Pdi Figure S23

  5. No.4 r=0.91 S=1.20 I=1.64 Pdi r=0.95 S=1.01 I=1.20 PmusPVI Pmusp r=0.92 S=1.06 I=1.37 Pmusa Figure S24

  6. No.5 r=0.94 S=2.03 I=1.38 Pdi r=0.99 S=1.05 I=-0.11 PmusPVI Pmusp r=0.99 S=1.06 I=-0.20 Figure S25 Pmusa

  7. No.6 r=0. 83 S=1.06 I=3.00 Pdi r=0.85 S=1.04 I=2.60 PmusPVI Pmusp r=0.85 S=1.05 I=2.65 Pmusa Figure S26

  8. No.7 r=0. 99 S=0.76 I=1.41 Pdi r=0.99 S=0.92 I=1.45 PmusPVI Pmusp r=0.99 S=0.91 I=1.47 Pmusa Figure S27

  9. No.8 r=0. 95 S=1.66 I=0.22 Pdi r=0.99 S=0.59 I=0.59 PmusPVI Pmusp r=0.98 S=0.65 I=0.07 Pmusa Figure S28

  10. No.9 r=0. 94 S=1. 74 I=0.90 Pdi r=0.97 S=0.90 I=-0.19 PmusPVI Pmusp r=0.97 S=0.88 I=-0.13 Pmusa Figure S29

  11. No.10 r=0. 83 S=1. 27 I=0.48 Pdi r=0.80 S=0.72 I=0.31 PmusPVI Pmusp r=0. 83 S=0.80 I=0.17 Pmusa Figure S210

  12. No.11 r=0. 98 S=1. 01 I=0. 21 Pdi r=0. 97 S=0. 89 I=0.22 PmusPVI Pmusp r=0. 98 S=0. 99 I=0.007 Pmusa Figure S211

  13. A B cmH2O cmH2O % of inspiratory time Pdi PmusPVI Pmusp Pmusa Figure S3

  14. PeakPmusPVI --PeakPdi PeakPmusPVI r=0.84, y=5.6+0.6x PeakPdi (PeakPmusPVI+PeakPdi)/2 PeakPmusPVI --Peakmusp PeakPmusPVI r=0.83, y=1.4+0.8x PeakPmusp (PeakPmusPVI+PeakPmusp)/2 PeakPmusPVI --PeakPmusa PeakPmusPVI r=0. 84, y=1.6+0.8x PeakPmusa (PeakPmusPVI+PeakPmusa)/2 Figure S4

  15. dp/dt PmusPVI -dp/dt Pdi dp/dt PmusPVI r=0.88, y=7.2+0.8x dp/dt Pdi (dp/dt PmusPVI+dp/dt Pdi)/2 dp/dt PmusPVI dp/dt PmusPVI -dp/dt Pmusp r=0.95, y=-2.4+1.1x (dp/dt PmusPVI+dp/dt Pmusp)/2 dp/dt Pmusp dp/dt PmusPVI -dp/dt Pmusa dp/dt PmusPVI r=0. 94, y=-1.0+1.0x dp/dt Pmusa (dp/dt PmusPVI+dp/dt Pmusa)/2 Figure S5

  16. PTPPmusPVI --PTPPdi PTPPmusPVI r=0.80, y=0.6x+2.2 PTPPdi (PTPPmusPVI+PTPPdi)/2 PTPPmusPVI --PTPPmusp PTPPmusPVI r=0.77, y=1.4+0.6x PTPPmusp (PTPPmusPVI+PTPPmusp)/2 PTPPmusPVI --PTPPmusa PTPPmusPVI r=0. 78, y=1.3+0.6x PTPPmusa (PTPPmusPVI+PTPPmusa)/2 Figure S6

  17. ErsPVI Ersp-ErsPVI r=0.74 y=7.1+0.6x (ErsPVI+Ersp)/2 Ersp ErsPAV+-ErsPVI ErsPVI r=0.91 y=-2.2+1.2x ErsPAV+ (ErsPVI+ErsPAV+)/2 Figure S7

  18. RrsPAV+--RrsPVI RrsPVI r=0.69, y=1.4+1.2x RrsPAV+ (RrsPVI+RrsPAV+)/2 Rrsiso--RrsPVI RrsPVI r=0.89, y=1.3+0.8x Rrsiso (RrsPVI+Rrsiso)/2 RrsPVI Rrsmin--RrsPVI r=0. 64, y=5.1+1.0x Rrsmin (RrsPVI+Rrsmin)/2 Rrsmax--RrsPVI RrsPVI r=0. 79, y=0.7+0.8x Figure S8 Rrsmax (RrsPVI+Rrsmax)/2

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