Phenotype measures associated with
VT:0005388   'respiratory system trait'

All measures in this list are mapped to this term and its descendants.
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Data set MPD ID Procedure / Protocol Drug or Challenge Phenotype Measure Panel No. of Strains Sex Age Sample Size (Avg) Year
Ackerman1 15601 ventilator methacholine individual pulmonary resistance values, a percentage of baseline for the 100 µg/kg dose   [%]  RL100 QTL population f 7-8wks N=372 2005
Ackerman1 15602 ventilator methacholine individual pulmonary resistance, a percentage of baseline for the 330 µg/kg dose   [%]  RL330 QTL population f 7-8wks N=372 2005
Ackerman1 15603 ventilator methacholine individual pulmonary resistance, a percentage of baseline for the 1000 µg/kg dose   [%]  RL1000 QTL population f 7-8wks N=372 2005
Ackerman1 15604 ventilator methacholine individual pulmonary resistance, a percentage of baseline for the 3300 µg/kg dose   [%]  RL3300 QTL population f 7-8wks N=372 2005
Ackerman1 15605 ventilator methacholine effective doses of methacholine required for a 1.50-fold increase in RL), log transformed   [log(n)]  logED150 QTL population f 7-8wks N=372 2005
    Berndt1 34201 ventilator (none) airway resistance (naive, untreated, H2O pressure)   [cm/mL/s]  airway_res inbred 36 both 9-12wks N=9 2010
    Berndt1 34210 ventilator methacholine airway resistance (H2O pressure)   [cm/mL/s]     baseline    MCh challenge (mg/mL):    1    3    10    30 inbred 36 both 9-12wks N=9 2010
    Berndt1 34221 ventilator methacholine airway resistance (as % of baseline, H2O pressure)   [%]     MCh challenge (mg/mL):    1    3    10    30 inbred 36 both 9-12wks N=8 2010
    Berndt2 35101 plethysmography methacholine minute ventilation   [mL/min]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35108 plethysmography methacholine breath frequency   [n/min]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35114 plethysmography methacholine inspiratory phase   [s]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35121 plethysmography methacholine expiratory phase   [s]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35128 plethysmography methacholine respiratory cycle   [s]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35134 plethysmography methacholine duty cycle   [ratio]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35141 plethysmography methacholine inspiratory flow rate   [mL/kg/s]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35148 plethysmography methacholine expiratory flow rate   [mL/kg/s]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35154 plethysmography methacholine respiratory flow rate   [mL/kg/s]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35161 plethysmography methacholine enhanced pause     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35168 plethysmography methacholine tidal volume   [mL]     saline    5 MCh    10 MCh    20 MCh    response index inbred 29 both 9-12wks N=8 2010
    Berndt2 35181 ventilator methacholine airway resistance (H20 pressure)   [cm/mL/s]     saline    1 MCh    3 MCh    10 MCh    30 MCh    response index inbred 29 both 9-12wks N=9 2010
    Berndt2 35191 ventilator methacholine lung tissue dynamic elastance (H20 pressure)   [cm/mL]     saline    1 MCh    3 MCh    10 MCh    30 MCh    response index inbred 29 both 9-12wks N=9 2010
    Berndt4 48301 histopathology (none) lung adenoma frequency   [%]  adenoma_freq inbred 28 both 90wks N=10 2011
    Berndt4 48302 histopathology (none) lung adenoma severity score   [score]  adenoma_score inbred 28 both 90wks N=10 2011
    Graubert1 11616 histopathology ENU lung adenoma frequency rate   [score]     control    ENU inbred 20 both 13-68wks N=6 2006
    Graubert1 11617 histopathology ENU lung carcinoma frequency rate   [score]     control    ENU inbred 20 both 13-68wks N=6 2006
    Haston1 48801 health assessment radiation number of days in the absence of respiratory distress   [d]  survival inbred 20 both 15-36wks N=7 2012
    Haston1 48802 histopathology radiation percentage of lung surface covered by fibrotic scar   [%]  fibrosis inbred 20 both 15-36wks N=6 2012
    Haston1 48807 histopathology radiation inflammation index (0=no alveolitis, 6=severe alveolitis)   [score]  alveolitis inbred 20 both 15-36wks N=7 2012
    Hunter1 6006 histopathology (none) number of pulmonary metastases   [n]  mets MMTV PyVT transgenic 28 f N=19 1998
    Hunter1 6007 histopathology (none) area of pulmonary metastases (x 103)   [µm2]  met_area MMTV PyVT transgenic 28 f N=14 1998
    Hunter1 6008 histopathology (none) total lung area (x 103)   [µm2]  tot_area MMTV PyVT transgenic 28 f N=14 1998
    Hunter1 6009 histopathology (none) number of pulmonary metastases per total lung area (x 10-9)   [n/µm2]  ratio_mta MMTV PyVT transgenic 28 f N=14 1998
    Hunter1 6010 histopathology (none) area of pulmonary metastases per number of metastases   [µm2/n]  met_size MMTV PyVT transgenic 28 f N=14 1998
    Hunter1 6011 histopathology (none) area of pulmonary metastases per total lung area   [ratio]  ratio_ata MMTV PyVT transgenic 28 f N=14 1998
    Mathes1 45209 monitoring system (none) nocturnal respiratory exchange ratio (RER) prior to wheel running (VCO2:VO2)   [ratio]  RER_pre CC pre w/par 138 m 10-12wks N=1 2011
    Schughart5 58881 organ weights influenza A (H3N2) virus lung weight, control group, day 3   [g]  lungwt_ctrl_d3 inbred w/CC8 8 f 10wks N=3 2016
    Schughart5 58883 organ weights influenza A (H3N2) virus lung weight, treated group   [g]     days post-infection:    3    5    8    18    30 inbred w/CC8 8 f 10wks N=4 2016
    Schughart5 58891 organ weights influenza A (H3N2) virus relative lung weight, control group, day 3   [%]  lungwtadj_ctrl_d3 inbred w/CC8 8 f 10wks N=3 2016
    Schughart5 58893 organ weights influenza A (H3N2) virus relative lung weight, treated group   [%]     days post-infection:    3    5    8    18    30 inbred w/CC8 8 f 10wks N=4 2016
    Schulz1 1606 ventilator (none) inspiratory capacity (+ 25 cm H2O)   [µL]  IC inbred 7 both 12-14wks N=15 2000
    Schulz1 1607 ventilator (none) functional residual capacity   [µL]  FRC inbred 7 both 12-14wks N=15 2000
    Schulz1 1608 ventilator (none) total lung capacity   [µL]  TLC inbred 7 both 12-14wks N=15 2000
    Schulz1 1609 ventilator (none) vital capacity   [µL]  VC inbred 7 both 12-14wks N=15 2000
    Schulz1 1610 ventilator (none) dynamic compliance of respiratory system with breathing rate of 130 per min (H2O pressure)   [µL/cm]  Cdyn130 inbred 7 both 12-14wks N=15 2000
    Schulz1 1611 ventilator (none) static compliance of respiratory system (H2O pressure)   [µL/cm]  CRS inbred 7 both 12-14wks N=15 2000
    Schulz1 1612 ventilator (none) static compliance of lung (H2O pressure)   [µL/cm]  CL inbred 7 both 12-14wks N=14 2000
    Schulz1 1613 ventilator (none) respiratory system resistance with breathing rate of 130 per min (H2O pressure)   [cm/mL/s]  R inbred 7 both 12-14wks N=15 2000
    Schulz1 1614 ventilator (none) specific respiratory system resistance with breathing rate of 130 per min related to total lung capacity (H2O pressure)   [cm⋅s]  sR inbred 7 both 12-14wks N=15 2000
    Schulz1 1616 ventilator (none) intrapulmonary gas mixing: slope of phase III (Hg pressure)   [mm/mL]  slope inbred 7 both 12-14wks N=15 2000
    Schulz1 1617 ventilator (none) alveolar volume   [µL]  VA inbred 7 both 12-14wks N=15 2000
    Schulz1 1618 ventilator (none) diffusing capacity: carbon monoxide   [µmol/min/hPa]  D_CO inbred 7 both 12-14wks N=15 2000
    Schulz1 1619 ventilator (none) specific diffusing capacity: carbon monoxide to alveolar volume   [µmol/min/hPa/mL]  sD_CO inbred 7 both 12-14wks N=15 2000
    Schulz1 1620 ventilator (none) functional residual capacity to total lung capacity   [µL/µL]  ratio_FRC_TLC inbred 7 both 12-14wks N=15 2000
    Schulz1 1622 ventilator (none) total lung capacity to body weight   [µL/g]  ratio_TLC_bw inbred 7 both 12-14wks N=15 2000
    Schulz1 1623 ventilator (none) vital capacity to body weight   [L/g]  ratio_VC_bw inbred 7 both 12-14wks N=15 2000
    Schulz1 1624 ventilator (none) functional residual capacity to body weight   [µL/g]  ratio_FRC_bw inbred 7 both 12-14wks N=15 2000
    Schulz1 1626 ventilator (none) static compliance of lung related to total lung capacity (H2O pressure)   [1/cm]  ratio_CL_TLC inbred 7 both 12-14wks N=14 2000
    Schulz1 1627 ventilator (none) dynamic compliance of respiratory system (breathing rate 130/min) related to total lung capacity (H2O pressure)   [1/cm]  ratio_Cdyn130_TLC inbred 7 both 12-14wks N=15 2000
    Schulz1 1630 ventilator (none) Fowler dead space volume to total lung capacity   [µL/µL]  ratio_VDF_TLC inbred 7 both 12-14wks N=15 2000
    Schulz1 1631 ventilator (none) Fowler dead space volume to body weight   [µL/g]  ratio_VDF_bw inbred 7 both 12-14wks N=15 2000
    Schulz1 1632 ventilator (none) Fowler dead space volume   [µL]  VDF inbred 7 both 12-14wks N=15 2000
    Seburn1 9208 monitoring system (none) oxygen volume   [mL/kg/h]     daily    light    dark inbred 16 both 7-9wks N=8 2001
    Seburn1 9211 monitoring system (none) carbon dioxide volume   [mL/kg/h]     daily    light    dark inbred 14 both 7-9wks N=8 2001
    Seburn1 9214 monitoring system (none) respiratory exchange ratio   [ratio]     daily    light    dark inbred 14 both 7-9wks N=8 2001
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