MPD: Phenotype measures mapped to MP:0002314, abnormal respiratory mechanics

Phenotype measures directly associated with ontology term
MP:0002314 'abnormal respiratory mechanics'

This list only includes measures mapped to MP:0002314 directly. Measures mapped to its ontology descendants are not included. Alternatively, you can show measures mapped to MP:0002314 AND its descendants.

MP:0002304 abnormal total lung capacity
MP:0002328 abnormal airway resistance
MP:0002333 abnormal lung compliance

This MP term has been mapped to these MPD phenotype measurements to help users find relevant data. It should be noted that MPD measurements typically have a mixture of high-end, low-end and "normal" readings.

Sort/ Pick	Data set	Procedure / Protocol	Treatment	Phenotype Measure / Variable (click to view)	Panel	No. of Strains	Sex	Age	Sample Size (Avg)	Year
Ackerman1:1	Ackerman1	ventilator	methacholine	individual pulmonary resistance values, a percentage of baseline for the 100 µg/kg dose [%] RL100 15601	QTL population		f	7-8wks	N=372	2005

Ackerman1:2	Ackerman1	ventilator	methacholine	individual pulmonary resistance, a percentage of baseline for the 330 µg/kg dose [%] RL330 15602	QTL population		f	7-8wks	N=372	2005

Ackerman1:3	Ackerman1	ventilator	methacholine	individual pulmonary resistance, a percentage of baseline for the 1000 µg/kg dose [%] RL1000 15603	QTL population		f	7-8wks	N=372	2005

Ackerman1:4	Ackerman1	ventilator	methacholine	individual pulmonary resistance, a percentage of baseline for the 3300 µg/kg dose [%] RL3300 15604	QTL population		f	7-8wks	N=372	2005

Ackerman1:5	Ackerman1	ventilator	methacholine	effective doses of methacholine required for a 1.50-fold increase in R_L), log transformed [log(n)] logED150 15605	QTL population		f	7-8wks	N=372	2005

Berndt1:1	Berndt1	ventilator	(none)	airway resistance (naive, untreated, H₂O pressure) [cm/mL/s] airway_res 34201	inbred	37	both	9-12wks	N=9	2010

Berndt1:10	Berndt1	ventilator	methacholine	airway resistance (H₂O pressure) [cm/mL/s] airway_res_series 34210 baseline MCh challenge (mg/mL): 1 3 10 30	inbred	37	both	9-12wks	N=8	2010

Berndt1:21	Berndt1	ventilator	methacholine	airway resistance (as % of baseline, H₂O pressure) [%] pct_res 34221 MCh challenge (mg/mL): 1 3 10 30	inbred	37	both	9-12wks	N=8	2010

Berndt2:81	Berndt2	ventilator	methacholine	airway resistance (H₂0 pressure) [cm/mL/s] airway_res 35181 saline 1 MCh 3 MCh 10 MCh 30 MCh response index	inbred	29	both	9-12wks	N=9	2010

GMC19:21	GMC19	ventilator	(none)	total lung capacity (TLC), volume in the lungs at maximal inflation, sum of VC and RV [mL] lung_capacity 56821	inbred w/CC8	7	f	21-22wks	N=3	2018

GMC19:31	GMC19	ventilator	(none)	lung compliance (chord compliance) (H₂O pressure) [mL/cm] chord_compliance 56831	inbred w/CC8	8	f	21-22wks	N=3	2018

GMC19:32	GMC19	ventilator	(none)	dynamic compliance (C) of respiratory system with breathing rate of 130/min (H₂O pressure) [mL/cm] dynamic_compliance 56832	inbred w/CC8	8	f	21-22wks	N=4	2018

GMC19:41	GMC19	ventilator	(none)	respiratory system resistance (H₂O pressure) [cm/mL/s] resistance 56841	inbred w/CC8	8	f	21-22wks	N=4	2018

Schulz1:6	Schulz1	ventilator	(none)	inspiratory capacity (+ 25 cm H₂O) [µL] IC 1606	inbred	7	both	12-14wks	N=15	2000

Schulz1:7	Schulz1	ventilator	(none)	functional residual capacity [µL] FRC 1607	inbred	7	both	12-14wks	N=15	2000

Schulz1:8	Schulz1	ventilator	(none)	total lung capacity [µL] TLC 1608	inbred	7	both	12-14wks	N=15	2000

Schulz1:9	Schulz1	ventilator	(none)	vital capacity [µL] VC 1609	inbred	7	both	12-14wks	N=15	2000

Schulz1:10	Schulz1	ventilator	(none)	dynamic compliance of respiratory system with breathing rate of 130 per min (H₂O pressure) [µL/cm] Cdyn130 1610	inbred	7	both	12-14wks	N=15	2000

Schulz1:11	Schulz1	ventilator	(none)	static compliance of respiratory system (H₂O pressure) [µL/cm] CRS 1611	inbred	7	both	12-14wks	N=15	2000

Schulz1:12	Schulz1	ventilator	(none)	static compliance of lung (H₂O pressure) [µL/cm] CL 1612	inbred	7	both	12-14wks	N=14	2000

Schulz1:13	Schulz1	ventilator	(none)	respiratory system resistance with breathing rate of 130 per min (H₂O pressure) [cm/mL/s] R 1613	inbred	7	both	12-14wks	N=15	2000

Schulz1:14	Schulz1	ventilator	(none)	specific respiratory system resistance with breathing rate of 130 per min related to total lung capacity (H₂O pressure) [cm⋅s] sR 1614	inbred	7	both	12-14wks	N=15	2000

Schulz1:20	Schulz1	ventilator	(none)	functional residual capacity to total lung capacity [µL/µL] ratio_FRC_TLC 1620	inbred	7	both	12-14wks	N=15	2000

Schulz1:22	Schulz1	ventilator	(none)	total lung capacity to body weight [µL/g] ratio_TLC_bw 1622	inbred	7	both	12-14wks	N=15	2000

Schulz1:23	Schulz1	ventilator	(none)	vital capacity to body weight [L/g] ratio_VC_bw 1623	inbred	7	both	12-14wks	N=15	2000

Schulz1:24	Schulz1	ventilator	(none)	functional residual capacity to body weight [µL/g] ratio_FRC_bw 1624	inbred	7	both	12-14wks	N=14	2000

Schulz1:26	Schulz1	ventilator	(none)	static compliance of lung related to total lung capacity (H₂O pressure) [1/cm] ratio_CL_TLC 1626	inbred	7	both	12-14wks	N=14	2000

Schulz1:27	Schulz1	ventilator	(none)	dynamic compliance of respiratory system (breathing rate 130/min) related to total lung capacity (H₂O pressure) [1/cm] ratio_Cdyn130_TLC 1627	inbred	7	both	12-14wks	N=15	2000

Schulz1:30	Schulz1	ventilator	(none)	Fowler dead space volume to total lung capacity [µL/µL] ratio_VDF_TLC 1630	inbred	7	both	12-14wks	N=15	2000

Schulz1:31	Schulz1	ventilator	(none)	Fowler dead space volume to body weight [µL/g] ratio_VDF_bw 1631	inbred	7	both	12-14wks	N=14	2000

Schulz1:32	Schulz1	ventilator	(none)	Fowler dead space volume [µL] VDF 1632	inbred	7	both	12-14wks	N=15	2000

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