Original model tested: ΔP = π_{A} + LpA + SNPF + Protocol + Lab | |||
---|---|---|---|

Dependent Variable | Independent Terms in Multivariate Regression | ||

π_{A} (mmHg) | LpA (nl/s per mmHg) | SNPF (nl/min) | |

^{a}“Protocol” is a categorical variable that refers to the experimental design for manipulating plasma protein concentration. “Lab” is a categorical variable that refers to the laboratory where experiments were performed (Brenner versus Blantz). The regression coefficients for π_{A}, LpA, and SNPF did not change significantly when these categorical variables were removed from the analysis. The results shown here were obtained after removing these categorical variables. Abbreviations as in Table 1. | |||

ΔP (mmHg) | |||

Regression coefficient | 0.84 ± 0.09 | -72 ± 10 | ∼0 |

P value associated with regression coefficient | 2 × 10^{-10} | 1 × 10^{-10} | 0.750 |

Original model tested: EFP_{A} = π_{A} + LpA + SNPF + Protocol + Lab | |||

Dependent Variable | Independent Terms in Multivariate Regression | ||

π_{A} (mmHg) | LpA (nl/s per mmHg) | SNPF (nl/min) | |

EFP_{A} (mmHg) | |||

Regression coefficient | -0.16 ± 0.09 | -72 ± 10 | ∼0 |

P value associated with regression coefficient | 0.10 | 2 × 10^{-11} | 0.750 |