MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:35141 insp_flow_saline inspiratory flow rate [mL/kg/s] saline methacholine study
Data set, strains	Berndt2 inbred 29 strains sex: both age: 9-12wks
Procedure	plethysmography

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Hint: to see values for a certain strain,
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Strain	Sex	Measured Value	Z score within strain/sex group	Animal ID
129S1/SvImJ	f	3.17	1.15	`UP_1`
129S1/SvImJ	f	2.04	-2.16	`UP_8`
129S1/SvImJ	f	2.87	0.27	`UP_7`
129S1/SvImJ	f	2.67	-0.31	`UP_6`
129S1/SvImJ	f	3.00	0.65	`UP_5`
129S1/SvImJ	f	2.66	-0.34	`UP_4`
129S1/SvImJ	f	2.87	0.27	`UP_3`
129S1/SvImJ	f	2.94	0.48	`UP_2`
129S1/SvImJ	m	2.94	0.60	`UP_16`
129S1/SvImJ	m	1.66	-1.98	`UP_12`
129S1/SvImJ	m	2.25	-0.79	`UP_13`
129S1/SvImJ	m	3.17	1.07	`UP_9`
129S1/SvImJ	m	2.70	0.12	`UP_14`
129S1/SvImJ	m	2.77	0.26	`UP_15`
129S1/SvImJ	m	3.09	0.91	`UP_11`
129S1/SvImJ	m	2.55	-0.18	`UP_10`
A/J	f	3.02	-0.71	`UP_24`
A/J	f	3.30	-0.10	`UP_17`
A/J	f	3.47	0.27	`UP_18`
A/J	f	3.78	0.94	`UP_19`
A/J	f	2.45	-1.95	`UP_20`
A/J	f	3.33	-0.04	`UP_21`
A/J	f	3.94	1.28	`UP_22`
A/J	f	3.49	0.31	`UP_23`
A/J	m	4.13	1.09	`UP_26`
A/J	m	4.32	1.40	`UP_28`
A/J	m	3.89	0.71	`UP_29`
A/J	m	3.07	-0.62	`UP_30`
A/J	m	2.53	-1.49	`UP_31`
A/J	m	2.94	-0.83	`UP_32`
A/J	m	3.45	0.00	`UP_25`
A/J	m	3.29	-0.26	`UP_27`
AKR/J	f	4.14	1.64	`UP_39`
AKR/J	f	3.72	1.07	`UP_40`
AKR/J	f	2.70	-0.30	`UP_33`
AKR/J	f	2.93	0.01	`UP_34`
AKR/J	f	1.95	-1.30	`UP_35`
AKR/J	f	2.14	-1.05	`UP_36`
AKR/J	f	2.62	-0.40	`UP_37`
AKR/J	f	3.17	0.33	`UP_38`
AKR/J	m	2.20	-0.88	`UP_42`
AKR/J	m	3.46	0.81	`UP_45`
AKR/J	m	3.84	1.32	`UP_46`
AKR/J	m	2.35	-0.68	`UP_47`
AKR/J	m	2.71	-0.19	`UP_48`
AKR/J	m	2.95	0.13	`UP_44`
AKR/J	m	3.61	1.01	`UP_43`
AKR/J	m	1.72	-1.52	`UP_41`
BALB/cByJ	f	3.63	-0.55	`UP_52`
BALB/cByJ	f	2.43	-2.11	`UP_54`
BALB/cByJ	f	4.55	0.65	`UP_55`
BALB/cByJ	f	4.42	0.48	`UP_56`
BALB/cByJ	f	4.87	1.07	`UP_53`
BALB/cByJ	f	3.81	-0.31	`UP_49`
BALB/cByJ	f	4.20	0.20	`UP_50`
BALB/cByJ	f	4.49	0.57	`UP_51`
BALB/cByJ	m	4.17	-0.23	`UP_60`
BALB/cByJ	m	4.83	0.40	`UP_62`
BALB/cByJ	m	4.54	0.12	`UP_63`
BALB/cByJ	m	6.71	2.17	`UP_64`
BALB/cByJ	m	3.54	-0.82	`UP_57`
BALB/cByJ	m	3.64	-0.73	`UP_58`
BALB/cByJ	m	3.41	-0.94	`UP_59`
BALB/cByJ	m	4.44	0.03	`UP_61`
BALB/cJ	f	2.84	-1.54	`UP_72`
BALB/cJ	f	5.35	0.38	`UP_69`
BALB/cJ	f	3.99	-0.66	`UP_70`
BALB/cJ	f	3.78	-0.82	`UP_71`
BALB/cJ	f	5.33	0.37	`UP_73`
BALB/cJ	f	4.98	0.10	`UP_74`
BALB/cJ	f	4.68	-0.13	`UP_68`
BALB/cJ	f	4.31	-0.42	`UP_67`
BALB/cJ	f	5.57	0.55	`UP_66`
BALB/cJ	f	7.69	2.17	`UP_65`
BALB/cJ	m	4.69	0.20	`UP_77`
BALB/cJ	m	5.32	0.92	`UP_75`
BALB/cJ	m	3.05	-1.69	`UP_76`
BALB/cJ	m	3.89	-0.73	`UP_78`
BALB/cJ	m	4.66	0.16	`UP_79`
BALB/cJ	m	3.96	-0.64	`UP_80`
BALB/cJ	m	3.60	-1.06	`UP_81`
BALB/cJ	m	5.67	1.33	`UP_82`
BALB/cJ	m	4.88	0.42	`UP_83`
BALB/cJ	m	5.47	1.10	`UP_84`
BTBR T⁺ Itpr3^tf/J	f	4.10	0.13	`UP_92`
BTBR T⁺ Itpr3^tf/J	f	3.53	-0.61	`UP_86`
BTBR T⁺ Itpr3^tf/J	f	4.49	0.64	`UP_85`
BTBR T⁺ Itpr3^tf/J	f	4.76	0.99	`UP_89`
BTBR T⁺ Itpr3^tf/J	f	4.83	1.09	`UP_88`
BTBR T⁺ Itpr3^tf/J	f	4.15	0.20	`UP_87`
BTBR T⁺ Itpr3^tf/J	f	3.61	-0.51	`UP_90`
BTBR T⁺ Itpr3^tf/J	f	2.52	-1.93	`UP_91`
BTBR T⁺ Itpr3^tf/J	m	4.89	0.23	`UP_93`
BTBR T⁺ Itpr3^tf/J	m	4.32	-0.63	`UP_99`
BTBR T⁺ Itpr3^tf/J	m	3.87	-1.30	`UP_100`
BTBR T⁺ Itpr3^tf/J	m	4.10	-0.96	`UP_94`
BTBR T⁺ Itpr3^tf/J	m	4.58	-0.24	`UP_95`
BTBR T⁺ Itpr3^tf/J	m	5.93	1.79	`UP_96`
BTBR T⁺ Itpr3^tf/J	m	4.98	0.36	`UP_97`
BTBR T⁺ Itpr3^tf/J	m	5.23	0.74	`UP_98`
BUB/BnJ	f	1.95	-1.14	`UP_102`
BUB/BnJ	f	5.41	1.38	`UP_101`
BUB/BnJ	f	4.99	1.07	`UP_107`
BUB/BnJ	f	2.92	-0.44	`UP_106`
BUB/BnJ	f	2.55	-0.71	`UP_105`
BUB/BnJ	f	4.36	0.61	`UP_104`
BUB/BnJ	f	2.47	-0.77	`UP_103`
BUB/BnJ	m	2.81	-0.57	`UP_110`
BUB/BnJ	m	2.86	-0.51	`UP_109`
BUB/BnJ	m	4.82	1.66	`UP_108`
BUB/BnJ	m	2.28	-1.16	`UP_115`
BUB/BnJ	m	2.50	-0.91	`UP_114`
BUB/BnJ	m	4.30	1.08	`UP_113`
BUB/BnJ	m	3.83	0.56	`UP_112`
BUB/BnJ	m	3.19	-0.15	`UP_111`
C3H/HeJ	f	3.05	0.13	`UP_122`
C3H/HeJ	f	4.08	2.03	`UP_123`
C3H/HeJ	f	3.04	0.12	`UP_116`
C3H/HeJ	f	3.00	0.04	`UP_117`
C3H/HeJ	f	3.14	0.30	`UP_118`
C3H/HeJ	f	2.21	-1.42	`UP_119`
C3H/HeJ	f	2.61	-0.68	`UP_120`
C3H/HeJ	f	2.69	-0.53	`UP_121`
C3H/HeJ	m	2.99	0.61	`UP_128`
C3H/HeJ	m	2.11	-1.01	`UP_127`
C3H/HeJ	m	2.48	-0.33	`UP_126`
C3H/HeJ	m	1.99	-1.23	`UP_125`
C3H/HeJ	m	3.47	1.49	`UP_124`
C3H/HeJ	m	2.65	-0.01	`UP_131`
C3H/HeJ	m	2.29	-0.68	`UP_130`
C3H/HeJ	m	3.28	1.14	`UP_129`
C57BL/10J	f	6.27	2.36	`UP_133`
C57BL/10J	f	4.28	0.26	`UP_132`
C57BL/10J	f	3.41	-0.65	`UP_137`
C57BL/10J	f	3.40	-0.67	`UP_138`
C57BL/10J	f	3.55	-0.51	`UP_139`
C57BL/10J	f	3.90	-0.14	`UP_136`
C57BL/10J	f	3.70	-0.35	`UP_135`
C57BL/10J	f	3.74	-0.31	`UP_134`
C57BL/10J	m	2.72	-1.46	`UP_144`
C57BL/10J	m	4.03	0.22	`UP_145`
C57BL/10J	m	3.54	-0.41	`UP_146`
C57BL/10J	m	4.09	0.29	`UP_147`
C57BL/10J	m	3.41	-0.58	`UP_140`
C57BL/10J	m	3.97	0.14	`UP_142`
C57BL/10J	m	5.26	1.79	`UP_143`
C57BL/6J	f	2.80	-0.77	`UP_151`
C57BL/6J	f	4.11	0.96	`UP_150`
C57BL/6J	f	4.29	1.20	`UP_149`
C57BL/6J	f	2.65	-0.97	`UP_148`
C57BL/6J	f	3.15	-0.31	`UP_154`
C57BL/6J	f	2.58	-1.06	`UP_153`
C57BL/6J	f	4.10	0.95	`UP_152`
C57BL/6J	m	3.83	-0.29	`UP_157`
C57BL/6J	m	5.57	1.00	`UP_156`
C57BL/6J	m	3.26	-0.72	`UP_155`
C57BL/6J	m	2.86	-1.02	`UP_167`
C57BL/6J	m	5.50	0.95	`UP_166`
C57BL/6J	m	3.40	-0.61	`UP_164`
C57BL/6J	m	7.18	2.20	`UP_165`
C57BL/6J	m	3.31	-0.68	`UP_163`
C57BL/6J	m	2.72	-1.12	`UP_162`
C57BL/6J	m	4.06	-0.12	`UP_161`
C57BL/6J	m	5.71	1.11	`UP_160`
C57BL/6J	m	3.62	-0.45	`UP_159`
C57BL/6J	m	3.89	-0.25	`UP_158`
C57BLKS/J	f	3.97	1.16	`UP_174`
C57BLKS/J	f	3.93	1.10	`UP_178`
C57BLKS/J	f	3.53	0.44	`UP_177`
C57BLKS/J	f	2.28	-1.60	`UP_176`
C57BLKS/J	f	2.77	-0.80	`UP_175`
C57BLKS/J	f	3.56	0.49	`UP_173`
C57BLKS/J	f	2.77	-0.80	`UP_172`
C57BLKS/J	f	3.90	1.05	`UP_171`
C57BLKS/J	f	2.46	-1.30	`UP_170`
C57BLKS/J	f	3.60	0.56	`UP_169`
C57BLKS/J	f	3.07	-0.31	`UP_168`
C57BLKS/J	m	3.91	0.43	`UP_182`
C57BLKS/J	m	3.20	-0.68	`UP_186`
C57BLKS/J	m	4.22	0.92	`UP_185`
C57BLKS/J	m	4.42	1.23	`UP_184`
C57BLKS/J	m	2.69	-1.48	`UP_183`
C57BLKS/J	m	3.99	0.56	`UP_179`
C57BLKS/J	m	2.87	-1.20	`UP_180`
C57BLKS/J	m	3.78	0.23	`UP_181`
C57BR/cdJ	f	5.54	1.85	`UP_187`
C57BR/cdJ	f	2.81	-0.59	`UP_190`
C57BR/cdJ	f	2.35	-1.00	`UP_191`
C57BR/cdJ	f	3.80	0.30	`UP_192`
C57BR/cdJ	f	3.15	-0.28	`UP_193`
C57BR/cdJ	f	3.16	-0.28	`UP_194`
C57BR/cdJ	m	3.69	1.06	`UP_197`
C57BR/cdJ	m	3.27	0.24	`UP_202`
C57BR/cdJ	m	3.27	0.24	`UP_201`
C57BR/cdJ	m	3.48	0.65	`UP_200`
C57BR/cdJ	m	3.71	1.10	`UP_199`
C57BR/cdJ	m	2.53	-1.21	`UP_198`
C57BR/cdJ	m	2.88	-0.53	`UP_196`
C57BR/cdJ	m	2.36	-1.55	`UP_195`
C57L/J	f	3.49	-0.07	`UP_203`
C57L/J	f	3.49	-0.07	`UP_210`
C57L/J	f	3.26	-0.99	`UP_208`
C57L/J	f	3.22	-1.15	`UP_207`
C57L/J	f	3.30	-0.83	`UP_206`
C57L/J	f	3.67	0.64	`UP_205`
C57L/J	f	3.94	1.72	`UP_204`
C57L/J	f	3.70	0.76	`UP_209`
C57L/J	m	3.79	0.30	`UP_216`
C57L/J	m	2.82	-0.79	`UP_213`
C57L/J	m	2.30	-1.37	`UP_212`
C57L/J	m	2.88	-0.72	`UP_214`
C57L/J	m	5.25	1.93	`UP_215`
C57L/J	m	3.82	0.33	`UP_211`
C57L/J	m	3.69	0.18	`UP_218`
C57L/J	m	3.65	0.14	`UP_217`
CBA/J	f	2.32	-0.84	`UP_225`
CBA/J	f	3.05	0.66	`UP_221`
CBA/J	f	2.18	-1.13	`UP_220`
CBA/J	f	3.35	1.28	`UP_219`
CBA/J	f	3.00	0.56	`UP_223`
CBA/J	f	3.07	0.70	`UP_222`
CBA/J	f	2.83	0.21	`UP_226`
CBA/J	f	2.03	-1.44	`UP_224`
CBA/J	m	2.81	-0.65	`UP_229`
CBA/J	m	4.11	1.01	`UP_227`
CBA/J	m	3.70	0.49	`UP_228`
CBA/J	m	2.60	-0.92	`UP_230`
CBA/J	m	4.25	1.19	`UP_231`
CBA/J	m	3.90	0.74	`UP_232`
CBA/J	m	3.07	-0.32	`UP_233`
CBA/J	m	2.11	-1.55	`UP_234`
CE/J	f	3.64	-0.04	`UP_241`
CE/J	f	3.61	-0.07	`UP_235`
CE/J	f	2.11	-1.24	`UP_236`
CE/J	f	2.77	-0.72	`UP_237`
CE/J	f	3.56	-0.11	`UP_238`
CE/J	f	4.20	0.39	`UP_239`
CE/J	f	6.45	2.15	`UP_240`
CE/J	f	3.22	-0.37	`UP_242`
CE/J	m	3.00	-1.19	`UP_249`
CE/J	m	4.31	1.69	`UP_246`
CE/J	m	3.54	0.00	`UP_243`
CE/J	m	3.49	-0.11	`UP_250`
CE/J	m	3.15	-0.86	`UP_251`
CE/J	m	3.96	0.92	`UP_244`
CE/J	m	3.72	0.39	`UP_247`
CE/J	m	3.77	0.50	`UP_248`
CE/J	m	2.94	-1.32	`UP_245`
DBA/1J	f	2.43	0.31	`UP_256`
DBA/1J	f	1.94	-0.52	`UP_261`
DBA/1J	f	2.42	0.29	`UP_260`
DBA/1J	f	1.11	-1.92	`UP_259`
DBA/1J	f	2.90	1.10	`UP_258`
DBA/1J	f	1.62	-1.06	`UP_257`
DBA/1J	f	2.88	1.07	`UP_255`
DBA/1J	f	2.58	0.56	`UP_254`
DBA/1J	f	2.73	0.81	`UP_253`
DBA/1J	f	1.87	-0.64	`UP_252`
DBA/1J	m	3.26	1.31	`UP_267`
DBA/1J	m	3.01	0.92	`UP_268`
DBA/1J	m	2.18	-0.35	`UP_262`
DBA/1J	m	2.10	-0.48	`UP_263`
DBA/1J	m	1.95	-0.71	`UP_264`
DBA/1J	m	1.91	-0.77	`UP_265`
DBA/1J	m	3.23	1.26	`UP_266`
DBA/1J	m	1.64	-1.18	`UP_269`
DBA/2J	f	2.80	0.31	`UP_274`
DBA/2J	f	2.88	0.51	`UP_270`
DBA/2J	f	2.65	-0.06	`UP_275`
DBA/2J	f	2.42	-0.62	`UP_277`
DBA/2J	f	2.16	-1.26	`UP_276`
DBA/2J	f	2.51	-0.40	`UP_271`
DBA/2J	f	2.46	-0.53	`UP_272`
DBA/2J	f	3.51	2.05	`UP_273`
DBA/2J	m	2.76	-0.40	`UP_278`
DBA/2J	m	3.28	0.50	`UP_287`
DBA/2J	m	2.16	-1.43	`UP_285`
DBA/2J	m	2.76	-0.40	`UP_284`
DBA/2J	m	4.02	1.78	`UP_283`
DBA/2J	m	3.45	0.79	`UP_282`
DBA/2J	m	2.81	-0.31	`UP_281`
DBA/2J	m	3.54	0.95	`UP_280`
DBA/2J	m	2.86	-0.23	`UP_279`
DBA/2J	m	2.27	-1.24	`UP_286`
FVB/NJ	f	1.56	-0.86	`UP_294`
FVB/NJ	f	1.91	-0.49	`UP_293`
FVB/NJ	f	2.48	0.10	`UP_292`
FVB/NJ	f	1.65	-0.77	`UP_291`
FVB/NJ	f	3.37	1.03	`UP_290`
FVB/NJ	f	2.26	-0.13	`UP_295`
FVB/NJ	f	1.61	-0.81	`UP_289`
FVB/NJ	f	4.22	1.92	`UP_288`
FVB/NJ	m	1.82	-1.06	`UP_303`
FVB/NJ	m	2.91	-0.42	`UP_297`
FVB/NJ	m	2.21	-0.83	`UP_298`
FVB/NJ	m	2.66	-0.57	`UP_299`
FVB/NJ	m	4.88	0.73	`UP_300`
FVB/NJ	m	4.41	0.45	`UP_301`
FVB/NJ	m	6.56	1.71	`UP_302`
I/LnJ	f	2.83	0.08	`UP_305`
I/LnJ	f	1.88	-1.89	`UP_304`
I/LnJ	f	3.27	1.00	`UP_309`
I/LnJ	f	2.67	-0.25	`UP_310`
I/LnJ	f	3.35	1.16	`UP_307`
I/LnJ	f	2.76	-0.06	`UP_306`
I/LnJ	f	2.77	-0.04	`UP_308`
I/LnJ	m	3.17	0.09	`UP_315`
I/LnJ	m	3.57	1.65	`UP_311`
I/LnJ	m	3.03	-0.45	`UP_312`
I/LnJ	m	2.89	-0.99	`UP_313`
I/LnJ	m	3.07	-0.30	`UP_314`
KK/HlJ	f	6.52	1.87	`UP_316`
KK/HlJ	f	3.29	-0.52	`UP_323`
KK/HlJ	f	2.61	-1.02	`UP_322`
KK/HlJ	f	4.99	0.73	`UP_321`
KK/HlJ	f	3.19	-0.60	`UP_320`
KK/HlJ	f	5.01	0.75	`UP_319`
KK/HlJ	f	3.30	-0.51	`UP_318`
KK/HlJ	f	3.06	-0.69	`UP_317`
KK/HlJ	m	2.43	-1.37	`UP_325`
KK/HlJ	m	3.29	-0.08	`UP_329`
KK/HlJ	m	2.84	-0.75	`UP_328`
KK/HlJ	m	3.61	0.40	`UP_327`
KK/HlJ	m	4.36	1.52	`UP_326`
KK/HlJ	m	3.53	0.28	`UP_324`
LP/J	f	1.56	-0.97	`UP_332`
LP/J	f	1.40	-1.33	`UP_330`
LP/J	f	2.50	1.13	`UP_331`
LP/J	f	1.73	-0.59	`UP_333`
LP/J	f	2.22	0.50	`UP_334`
LP/J	f	2.56	1.26	`UP_335`
LP/J	f	2.28	0.64	`UP_336`
LP/J	f	1.71	-0.64	`UP_337`
LP/J	m	2.16	-0.94	`UP_341`
LP/J	m	2.82	0.10	`UP_342`
LP/J	m	2.34	-0.66	`UP_343`
LP/J	m	2.22	-0.85	`UP_344`
LP/J	m	2.26	-0.78	`UP_345`
LP/J	m	3.89	1.79	`UP_340`
LP/J	m	3.40	1.02	`UP_339`
LP/J	m	2.95	0.31	`UP_338`
NOD/ShiLtJ	f	2.22	-0.86	`UP_352`
NOD/ShiLtJ	f	3.84	1.99	`UP_346`
NOD/ShiLtJ	f	2.87	0.28	`UP_347`
NOD/ShiLtJ	f	2.76	0.09	`UP_348`
NOD/ShiLtJ	f	2.21	-0.88	`UP_349`
NOD/ShiLtJ	f	2.69	-0.04	`UP_350`
NOD/ShiLtJ	f	2.09	-1.09	`UP_351`
NOD/ShiLtJ	f	3.00	0.51	`UP_353`
NOD/ShiLtJ	m	2.93	1.59	`UP_360`
NOD/ShiLtJ	m	2.21	-0.80	`UP_354`
NOD/ShiLtJ	m	2.24	-0.70	`UP_361`
NOD/ShiLtJ	m	2.31	-0.46	`UP_355`
NOD/ShiLtJ	m	2.12	-1.09	`UP_356`
NOD/ShiLtJ	m	2.62	0.56	`UP_357`
NOD/ShiLtJ	m	2.35	-0.33	`UP_358`
NOD/ShiLtJ	m	2.82	1.23	`UP_359`
NON/ShiLtJ	f	3.24	0.47	`UP_368`
NON/ShiLtJ	f	2.52	-0.42	`UP_369`
NON/ShiLtJ	f	3.72	1.07	`UP_363`
NON/ShiLtJ	f	2.02	-1.04	`UP_364`
NON/ShiLtJ	f	3.21	0.43	`UP_365`
NON/ShiLtJ	f	1.66	-1.49	`UP_366`
NON/ShiLtJ	f	2.56	-0.37	`UP_367`
NON/ShiLtJ	f	3.95	1.35	`UP_362`
NON/ShiLtJ	m	3.75	-0.23	`UP_377`
NON/ShiLtJ	m	3.42	-0.60	`UP_370`
NON/ShiLtJ	m	3.78	-0.20	`UP_371`
NON/ShiLtJ	m	5.88	2.18	`UP_372`
NON/ShiLtJ	m	4.56	0.68	`UP_373`
NON/ShiLtJ	m	3.60	-0.40	`UP_374`
NON/ShiLtJ	m	3.07	-1.00	`UP_375`
NON/ShiLtJ	m	3.57	-0.43	`UP_376`
NZW/LacJ	f	3.30	1.47	`UP_380`
NZW/LacJ	f	1.98	-0.73	`UP_378`
NZW/LacJ	f	2.40	-0.03	`UP_379`
NZW/LacJ	f	3.06	1.07	`UP_385`
NZW/LacJ	f	2.92	0.84	`UP_384`
NZW/LacJ	f	2.03	-0.65	`UP_383`
NZW/LacJ	f	1.71	-1.18	`UP_382`
NZW/LacJ	f	1.94	-0.80	`UP_381`
NZW/LacJ	m	2.25	0.68	`UP_392`
NZW/LacJ	m	1.64	-1.30	`UP_386`
NZW/LacJ	m	2.63	1.92	`UP_387`
NZW/LacJ	m	1.82	-0.72	`UP_388`
NZW/LacJ	m	1.80	-0.78	`UP_389`
NZW/LacJ	m	2.06	0.07	`UP_390`
NZW/LacJ	m	2.03	-0.03	`UP_391`
NZW/LacJ	m	2.09	0.16	`UP_393`
PL/J	f	2.84	0.17	`UP_401`
PL/J	f	2.55	-0.48	`UP_395`
PL/J	f	3.39	1.40	`UP_394`
PL/J	f	2.94	0.40	`UP_396`
PL/J	f	2.89	0.29	`UP_397`
PL/J	f	2.25	-1.15	`UP_398`
PL/J	f	3.17	0.91	`UP_399`
PL/J	f	2.07	-1.55	`UP_400`
PL/J	m	2.47	-0.52	`UP_406`
PL/J	m	2.26	-0.84	`UP_407`
PL/J	m	2.24	-0.87	`UP_408`
PL/J	m	3.28	0.71	`UP_409`
PL/J	m	2.37	-0.67	`UP_402`
PL/J	m	4.16	2.05	`UP_403`
PL/J	m	2.70	-0.17	`UP_404`
PL/J	m	3.00	0.29	`UP_405`
RIIIS/J	f	2.84	0.12	`UP_413`
RIIIS/J	f	4.77	2.20	`UP_417`
RIIIS/J	f	2.81	0.09	`UP_416`
RIIIS/J	f	1.99	-0.79	`UP_415`
RIIIS/J	f	3.07	0.37	`UP_414`
RIIIS/J	f	1.97	-0.81	`UP_412`
RIIIS/J	f	2.27	-0.49	`UP_411`
RIIIS/J	f	2.09	-0.68	`UP_410`
RIIIS/J	m	2.30	-1.12	`UP_419`
RIIIS/J	m	2.95	0.62	`UP_420`
RIIIS/J	m	2.89	0.46	`UP_421`
RIIIS/J	m	2.54	-0.48	`UP_425`
RIIIS/J	m	2.77	0.14	`UP_424`
RIIIS/J	m	2.41	-0.82	`UP_423`
RIIIS/J	m	3.44	1.93	`UP_422`
RIIIS/J	m	2.45	-0.72	`UP_418`
SJL/J	f	2.34	0.00	`UP_433`
SJL/J	f	1.66	-1.82	`UP_431`
SJL/J	f	2.78	1.18	`UP_430`
SJL/J	f	2.65	0.83	`UP_426`
SJL/J	f	2.21	-0.34	`UP_427`
SJL/J	f	2.67	0.89	`UP_428`
SJL/J	f	2.03	-0.83	`UP_429`
SJL/J	f	2.37	0.08	`UP_432`
SJL/J	m	1.27	-0.88	`UP_440`
SJL/J	m	2.10	0.33	`UP_439`
SJL/J	m	1.13	-1.08	`UP_438`
SJL/J	m	2.53	0.96	`UP_437`
SJL/J	m	1.30	-0.83	`UP_436`
SJL/J	m	2.81	1.36	`UP_435`
SJL/J	m	1.33	-0.79	`UP_434`
SJL/J	m	2.51	0.93	`UP_441`
SM/J	f	2.65	0.07	`UP_442`
SM/J	f	2.71	0.20	`UP_444`
SM/J	f	2.59	-0.05	`UP_445`
SM/J	f	1.93	-1.44	`UP_446`
SM/J	f	2.28	-0.71	`UP_447`
SM/J	f	3.60	2.08	`UP_448`
SM/J	f	2.51	-0.22	`UP_449`
SM/J	f	2.65	0.07	`UP_443`
SM/J	m	4.53	1.02	`UP_452`
SM/J	m	4.97	1.44	`UP_451`
SM/J	m	2.49	-0.94	`UP_450`
SM/J	m	2.23	-1.19	`UP_457`
SM/J	m	2.52	-0.91	`UP_453`
SM/J	m	4.34	0.84	`UP_456`
SM/J	m	3.43	-0.04	`UP_455`
SM/J	m	3.25	-0.21	`UP_454`
SWR/J	f	2.56	1.15	`UP_465`
SWR/J	f	2.25	0.61	`UP_462`
SWR/J	f	1.31	-1.02	`UP_463`
SWR/J	f	1.57	-0.57	`UP_464`
SWR/J	f	1.47	-0.74	`UP_461`
SWR/J	f	1.70	-0.35	`UP_458`
SWR/J	f	1.48	-0.73	`UP_459`
SWR/J	f	2.85	1.65	`UP_460`
SWR/J	m	1.86	-0.47	`UP_474`
SWR/J	m	3.00	1.38	`UP_466`
SWR/J	m	1.64	-0.82	`UP_467`
SWR/J	m	1.60	-0.89	`UP_469`
SWR/J	m	2.15	0.00	`UP_470`
SWR/J	m	2.46	0.51	`UP_471`
SWR/J	m	1.24	-1.47	`UP_468`
SWR/J	m	2.97	1.34	`UP_472`
SWR/J	m	2.41	0.43	`UP_473`