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Table 1 High-altitude exposures and physiological phenotypes for the study populations

From: NR3C1 gene polymorphisms are associated with high-altitude pulmonary edema in Han Chinese

Groups

Subjects (n)

Gender

Altitude (m)

Average age (year)

HGB (g/dL)

Hct (%)

HR (b/m)

SPO2 (%)

HAPE-p

133

Male

3760

40.20 ± 9.91

157.24 ± 15.24*

47.79 ± 4.97*

109.73 ± 14.85*

62.46 ± 11.89*

HAPE-r

135

Male

3760

40.92 ± 5.15

172.80 ± 14.54

50.74 ± 8.15

80.84 ± 12.03

88.85 ± 4.17

  1. Values are means ± SD. P < 0.05 vs HAPE-r
  2. HAPE-p high-altitude pulmonary edema patients, HAPE-r high-altitude pulmonary edema resistant (control), HGB hemoglobin, Hct hematocrit, HR heart rate, SPO2 oxyhemoglobin saturation