MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:110023 gp17b IgG glycan peak 17b, core fucose with 2 GlcNAc antennae, 1 galactose linked to alpha1,3-linked core mannose, 1 sialic acid (relative abundance) [%]
Data set, strains	Zaytseva1 CC 111 strains sex: both age: 4-140wks
Procedure	glycosylation profile

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Strain	Sex	Measured Value	Z score within strain/sex group	Animal ID
BALIN_AB	m	3.4357	0.71	`X3`
BALIN_AB	m	3.2794	-0.71	`X4`
BEW_BG	f	7.2166	0.0	`N_107`
BEW_BG	m	2.6461	0.0	`N_106`
BOLSEN_FG	m	7.0459	0.71	`X225`
BOLSEN_FG	m	3.7071	-0.71	`X226`
CAMERON_GA	f	4.5841	1.01	`N_248`
CAMERON_GA	f	3.0047	-0.18	`X196`
CAMERON_GA	f	1.3315	-1.44	`X198`
CAMERON_GA	f	4.4345	0.89	`X204`
CAMERON_GA	f	2.8767	-0.28	`X205`
CAMERON_GA	m	3.0778	0.42	`N_247`
CAMERON_GA	m	3.416	0.72	`X195`
CAMERON_GA	m	1.3151	-1.14	`X197`
CC008/Geni	f	5.1737	1.18	`N_227`
CC008/Geni	f	1.4645	-1.14	`N_296`
CC008/Geni	f	3.8974	0.38	`N_94`
CC008/Geni	f	2.6248	-0.42	`X61`
CC008/Geni	m	4.1874	0.46	`N_295`
CC008/Geni	m	3.7814	0.03	`N_93`
CC008/Geni	m	3.0876	-0.71	`X26`
CC008/Geni	m	5.074	1.39	`X59`
CC008/Geni	m	2.6501	-1.17	`X60`
CC010/Geni	f	2.7103	-0.46	`N_223`
CC010/Geni	f	3.2024	1.01	`N_302`
CC010/Geni	f	3.0753	0.63	`X115`
CC010/Geni	f	2.469	-1.18	`X261`
CC010/Geni	m	1.2473	-0.71	`N_274`
CC010/Geni	m	2.8482	0.71	`N_301`
CC012/Geni	f	4.5417	1.13	`116`
CC012/Geni	f	2.0303	-1.23	`N_13`
CC012/Geni	f	3.7488	0.38	`N_147`
CC012/Geni	f	3.0458	-0.28	`N_50`
CC012/Geni	m	3.1314	-0.71	`N_146`
CC012/Geni	m	4.1115	0.71	`N_49`
CC013/Geni	f	2.8381	0.14	`N_122`
CC013/Geni	f	1.3528	-1.06	`N_185`
CC013/Geni	f	3.8066	0.92	`N_64`
CC013/Geni	m	4.2707	0.91	`N_121`
CC013/Geni	m	3.4645	0.15	`N_184`
CC013/Geni	m	2.1699	-1.07	`N_63`
CC016/Geni	f	3.0194	-1.14	`N_46`
CC016/Geni	f	3.7527	0.74	`N_48`
CC016/Geni	f	3.6156	0.39	`X35`
CC016/Geni	m	2.6721	-0.42	`14`
CC016/Geni	m	3.5192	0.99	`N_45`
CC016/Geni	m	2.2034	-1.2	`N_47`
CC016/Geni	m	3.3091	0.64	`X36`
CC020/Geni	f	3.1185	0.09	`52`
CC020/Geni	f	3.2761	0.35	`53`
CC020/Geni	f	3.0545	-0.01	`N_233`
CC020/Geni	f	2.0011	-1.69	`N_320`
CC020/Geni	f	3.2198	0.26	`N_57`
CC020/Geni	f	4.0651	1.61	`X257`
CC020/Geni	f	2.6797	-0.61	`X259`
CC020/Geni	m	2.8251	-0.04	`N_319`
CC020/Geni	m	1.6347	-1.7	`N_56`
CC020/Geni	m	3.4463	0.83	`X217`
CC020/Geni	m	3.1652	0.44	`X256`
CC020/Geni	m	3.1901	0.47	`X258`
CC022/Geni	f	3.3406	0.0	`N_273`
CC022/Geni	m	2.7231	0.0	`N_272`
CC023/Geni	f	2.5142	-0.48	`N_246`
CC023/Geni	f	1.4431	-0.97	`N_290`
CC023/Geni	f	3.8145	0.11	`X144`
CC023/Geni	f	6.5349	1.35	`X25`
CC023/Geni	m	1.3992	-1.19	`N_245`
CC023/Geni	m	3.7738	-0.08	`N_289`
CC023/Geni	m	3.0646	-0.41	`X101`
CC023/Geni	m	4.2359	0.14	`X143`
CC023/Geni	m	7.224	1.54	`X23`
CC024/Geni	f	4.7368	1.18	`N_228`
CC024/Geni	f	3.1055	-0.18	`N_258`
CC024/Geni	f	3.9458	0.52	`X169`
CC024/Geni	f	2.7177	-0.51	`X170`
CC024/Geni	f	1.9314	-1.16	`X211`
CC024/Geni	f	2.0248	-1.08	`X212`
CC024/Geni	f	4.7963	1.23	`X214`
CC024/Geni	m	1.7623	-0.71	`N_124`
CC024/Geni	m	3.7549	0.71	`N_257`
CC025/Geni	f	2.2833	-1.1	`N_329`
CC025/Geni	f	2.9294	0.86	`N_330`
CC025/Geni	f	2.7238	0.24	`X90`
CC025/Geni	m	3.0397	0.14	`N_22`
CC025/Geni	m	4.4572	1.29	`N_263`
CC025/Geni	m	2.4529	-0.33	`N_264`
CC025/Geni	m	1.4946	-1.1	`N_328`
CC026/Geni	f	2.9063	0.71	`N_278`
CC026/Geni	f	2.3585	-0.71	`X234`
CC026/Geni	m	2.1378	0.2	`N_277`
CC026/Geni	m	2.4711	0.88	`X233`
CC026/Geni	m	1.5039	-1.09	`X235`
CC027/Geni	f	4.3669	1.31	`N_280`
CC027/Geni	f	2.2002	-0.14	`N_332`
CC027/Geni	f	0.73442	-1.13	`X104`
CC027/Geni	f	2.3608	-0.04	`X105`
CC027/Geni	m	2.7969	0.26	`N_279`
CC027/Geni	m	3.0471	0.84	`N_331`
CC027/Geni	m	2.2046	-1.11	`X103`
CC028/Geni	f	2.0043	-1.17	`41`
CC028/Geni	f	2.1628	-0.97	`N_154`
CC028/Geni	f	3.711	0.93	`N_298`
CC028/Geni	f	3.6129	0.81	`X106`
CC028/Geni	f	3.2768	0.4	`X107`
CC028/Geni	m	2.6314	-1.11	`N_153`
CC028/Geni	m	3.7274	1.21	`N_297`
CC028/Geni	m	3.3108	0.33	`X108`
CC028/Geni	m	2.9559	-0.43	`X176`
CC030/Geni	f	3.9215	1.18	`N_221`
CC030/Geni	f	0.6688	-1.15	`N_284`
CC030/Geni	f	1.1579	-0.8	`N_74`
CC030/Geni	f	3.3771	0.79	`N_76`
CC030/Geni	f	2.2445	-0.02	`X54`
CC030/Geni	m	3.719	1.07	`N_283`
CC030/Geni	m	1.8105	-0.91	`N_75`
CC030/Geni	m	2.522	-0.17	`X53`
CC031/Geni	f	2.4464	-0.31	`X123`
CC031/Geni	f	2.6028	1.12	`X17`
CC031/Geni	f	2.3924	-0.81	`X194`
CC031/Geni	m	3.2753	0.71	`X122`
CC031/Geni	m	2.1221	-0.71	`X16`
CC032/Geni	f	4.4521	0.84	`2`
CC032/Geni	f	2.5456	-0.53	`N_191`
CC032/Geni	f	4.4336	0.83	`N_254`
CC032/Geni	f	1.6757	-1.15	`X200`
CC032/Geni	m	2.628	-0.97	`N_155`
CC032/Geni	m	3.3294	-0.6	`N_253`
CC032/Geni	m	2.9041	-0.82	`X199`
CC032/Geni	m	6.1669	0.93	`X27`
CC032/Geni	m	7.1778	1.47	`X28`
CC032/Geni	m	4.4254	-0.01	`X29`
CC033/Geni	f	6.6829	1.69	`N_240`
CC033/Geni	f	3.3097	-0.13	`N_241`
CC033/Geni	f	2.8373	-0.38	`N_288`
CC033/Geni	f	1.7532	-0.97	`X132`
CC033/Geni	f	3.1682	-0.21	`X88`
CC033/Geni	m	1.9423	-0.89	`N_287`
CC033/Geni	m	2.442	-0.43	`X13`
CC033/Geni	m	2.7902	-0.11	`X131`
CC033/Geni	m	4.4483	1.42	`X87`
CC042/Geni	f	5.1412	0.85	`N_226`
CC042/Geni	f	2.4264	-1.09	`N_256`
CC042/Geni	f	2.2579	-1.21	`N_322`
CC042/Geni	f	2.8294	-0.8	`X129`
CC042/Geni	f	5.1129	0.83	`X179`
CC042/Geni	f	4.4166	0.34	`X180`
CC042/Geni	f	5.4547	1.08	`X33`
CC042/Geni	m	2.5521	-0.19	`N_255`
CC042/Geni	m	2.573	-0.15	`N_321`
CC042/Geni	m	3.2528	1.37	`X128`
CC042/Geni	m	2.1753	-1.03	`X178`
CC043/Geni	f	1.9571	-1.29	`170`
CC043/Geni	f	4.4062	1.19	`N_276`
CC043/Geni	f	2.9797	-0.25	`X63`
CC043/Geni	f	4.0361	0.81	`X65`
CC043/Geni	f	2.7775	-0.46	`X67`
CC043/Geni	m	3.1965	1.3	`N_275`
CC043/Geni	m	2.4791	-0.19	`N_336`
CC043/Geni	m	2.8052	0.49	`X62`
CC043/Geni	m	1.8821	-1.42	`X64`
CC043/Geni	m	2.4809	-0.18	`X66`
CC045/Geni	f	2.7548	0.0	`N_262`
CC045/Geni	m	3.5644	0.0	`N_261`
CC052/Geni	f	2.725	-1.17	`160`
CC052/Geni	f	3.4003	-0.19	`N_170`
CC052/Geni	f	3.591	0.09	`N_25`
CC052/Geni	f	4.3946	1.26	`N_335`
CC052/Geni	m	3.3663	-0.71	`N_24`
CC052/Geni	m	4.192	0.71	`X12`
CC054/Geni	f	4.6818	0.84	`N_193`
CC054/Geni	f	4.2458	0.27	`N_43`
CC054/Geni	f	3.1925	-1.11	`N_44`
CC054/Geni	m	4.0234	0.0	`N_42`
CC056/Geni	f	1.9003	-1.08	`N_252`
CC056/Geni	f	3.0698	0.19	`N_314`
CC056/Geni	f	3.7051	0.89	`X127`
CC056/Geni	m	2.4064	-1.03	`N_251`
CC056/Geni	m	3.1186	0.47	`N_313`
CC056/Geni	m	3.0872	0.4	`N_79`
CC056/Geni	m	2.3987	-1.05	`X124`
CC056/Geni	m	3.4697	1.21	`X126`
CC061/Geni	f	2.4465	-0.15	`22`
CC061/Geni	f	1.4056	-1.26	`N_222`
CC061/Geni	f	2.955	0.39	`N_265`
CC061/Geni	f	1.617	-1.03	`N_78`
CC061/Geni	f	3.3805	0.84	`X244`
CC061/Geni	f	3.7374	1.22	`X263`
CC061/Geni	m	2.5924	-0.71	`N_77`
CC061/Geni	m	3.0363	0.71	`X243`
CIS2_AD	f	1.9696	-1.68	`N_260`
CIS2_AD	f	4.6236	0.2	`X117`
CIS2_AD	f	5.5224	0.84	`X119`
CIS2_AD	f	6.0036	1.18	`X121`
CIS2_AD	f	2.9906	-0.96	`X15`
CIS2_AD	f	4.5478	0.15	`X71`
CIS2_AD	f	4.7196	0.27	`X72`
CIS2_AD	m	3.1329	-0.64	`N_259`
CIS2_AD	m	3.8288	0.02	`X116`
CIS2_AD	m	3.9817	0.16	`X118`
CIS2_AD	m	3.8571	0.04	`X120`
CIS2_AD	m	2.4597	-1.28	`X14`
CIS2_AD	m	5.608	1.71	`X70`
DET3_DG	f	2.3865	-0.59	`X84`
DET3_DG	f	2.4274	-0.56	`X85`
DET3_DG	f	5.1591	1.15	`X86`
DET3_GA	f	4.3333	0.8	`N_126`
DET3_GA	f	3.7252	0.32	`N_128`
DET3_GA	f	1.9336	-1.12	`N_187`
DET3_GA	m	5.1609	1.48	`N_125`
DET3_GA	m	2.4815	-0.53	`N_127`
DET3_GA	m	2.7849	-0.3	`N_169`
DET3_GA	m	2.3175	-0.65	`N_186`
DOCTOR_CG	f	3.832	1.03	`X201`
DOCTOR_CG	f	3.4441	-0.07	`X202`
DOCTOR_CG	f	3.1262	-0.97	`X203`
DOD_AH	f	3.629	0.38	`X224`
DOD_AH	f	2.3643	-1.49	`X39`
DOD_AH	f	3.6783	0.46	`X40`
DOD_AH	f	3.8077	0.65	`X43`
DOD_AH	m	4.1006	0.0	`X223`
DONNELL_HA	f	2.9488	-0.79	`N_163`
DONNELL_HA	f	3.5626	-0.33	`N_55`
DONNELL_HA	f	5.4788	1.12	`X230`
DONNELL_HA	m	3.2754	0.75	`N_162`
DONNELL_HA	m	2.273	-1.14	`N_54`
DONNELL_HA	m	3.0867	0.39	`X229`
FIV_AC	f	3.1061	0.0	`N_229`
FIV_AC	f	3.1039	-0.01	`N_286`
FIV_AC	f	3.5815	1.63	`N_318`
FIV_AC	f	2.8663	-0.82	`X94`
FIV_AC	f	2.8713	-0.81	`X98`
FIV_AC	m	2.6801	-0.97	`N_285`
FIV_AC	m	4.8961	1.03	`N_317`
FIV_AC	m	3.6993	-0.05	`X91`
GALASUPREME_CE	f	4.2575	1.34	`N_183`
GALASUPREME_CE	f	3.2114	0.12	`N_230`
GALASUPREME_CE	f	2.2847	-0.96	`N_81`
GALASUPREME_CE	f	2.6695	-0.51	`X242`
GALASUPREME_CE	m	3.6416	0.0	`N_80`
GAV_FG	f	3.3198	0.03	`N_30`
GAV_FG	f	3.4232	0.99	`X56`
GAV_FG	f	3.2071	-1.01	`X58`
GAV_FG	m	2.9333	-0.71	`X55`
GAV_FG	m	3.3549	0.71	`X57`
GEK2_AC	f	3.7479	0.74	`X136`
GEK2_AC	f	3.5209	0.4	`X138`
GEK2_AC	f	2.4997	-1.14	`X140`
GEK2_AC	m	2.7082	-0.7	`X135`
GEK2_AC	m	2.7725	-0.45	`X137`
GEK2_AC	m	3.1837	1.15	`X139`
GET_GC	f	2.2913	-1.15	`172`
GET_GC	f	5.8245	1.18	`173`
GET_GC	f	4.5798	0.36	`N_231`
GET_GC	f	3.4322	-0.4	`X255`
GET_GC	m	3.4072	-0.71	`91`
GET_GC	m	4.1208	0.71	`92`
GIT_GC	f	2.2247	-0.87	`N_250`
GIT_GC	f	3.5757	0.84	`N_267`
GIT_GC	f	3.618	0.89	`X220`
GIT_GC	f	2.2253	-0.87	`X69`
GIT_GC	m	1.9898	-1.02	`96`
GIT_GC	m	3.0565	-0.09	`N_249`
GIT_GC	m	3.1455	-0.02	`N_266`
GIT_GC	m	2.0154	-1.0	`X219`
GIT_GC	m	5.062	1.65	`X68`
GIT_GC	m	3.7213	0.48	`X8`
HAX2_EF	f	3.1112	1.15	`N_120`
HAX2_EF	f	2.5808	-0.56	`N_171`
HAX2_EF	f	2.5728	-0.59	`N_173`
HAX2_EF	m	2.5415	-0.43	`64`
HAX2_EF	m	2.1746	-0.71	`N_119`
HAX2_EF	m	4.5718	1.14	`N_172`
HAZ_FE	f	4.3442	1.16	`N_308`
HAZ_FE	f	2.5702	-0.34	`N_83`
HAZ_FE	f	4.0657	0.92	`N_87`
HAZ_FE	f	2.31	-0.56	`X142`
HAZ_FE	f	1.5693	-1.18	`X265`
HAZ_FE	m	2.2944	0.37	`N_307`
HAZ_FE	m	2.2805	0.34	`N_82`
HAZ_FE	m	2.6214	1.08	`N_86`
HAZ_FE	m	2.0358	-0.2	`X141`
HAZ_FE	m	1.3973	-1.59	`X264`
HIP_GA	f	2.0093	-1.4	`146`
HIP_GA	f	2.3549	-0.35	`N_150`
HIP_GA	f	2.447	-0.08	`N_232`
HIP_GA	f	2.6638	0.58	`N_62`
HIP_GA	f	2.8838	1.25	`X75`
HIP_GA	m	2.3218	0.71	`X74`
HIP_GA	m	1.9329	-0.71	`X76`
HOE_GC	f	2.1901	0.0	`N_27`
HOE_GC	m	4.3561	0.0	`N_26`
JAFFA_CE	f	3.2262	-0.27	`N_269`
JAFFA_CE	f	4.7802	1.35	`X191`
JAFFA_CE	f	3.4503	-0.04	`X193`
JAFFA_CE	f	2.4914	-1.04	`X31`
JAFFA_CE	m	3.5364	1.03	`N_268`
JAFFA_CE	m	3.0535	-0.06	`X190`
JAFFA_CE	m	2.6533	-0.97	`X30`
JEUNE_CA	m	2.1258	-0.71	`N_103`
JEUNE_CA	m	2.5639	0.71	`X5`
KAV_AF	f	1.0784	0.0	`N_123`
LAK_DA	f	1.7454	0.0	`N_209`
LAK_DA	m	3.4262	0.0	`N_210`
LAM_DC	f	3.0572	-0.71	`N_130`
LAM_DC	f	3.9233	0.71	`N_67`
LAM_DC	m	1.0606	-0.71	`N_129`
LAM_DC	m	2.7137	0.71	`N_66`
LAX_FC	f	3.1825	0.0	`N_161`
LAX_FC	m	3.7107	0.0	`N_160`
LEL_FH	f	1.8339	-1.21	`N_118`
LEL_FH	f	2.7131	0.17	`N_178`
LEL_FH	f	3.3729	1.21	`N_216`
LEL_FH	f	2.493	-0.17	`N_234`
LEL_FH	m	2.1523	0.71	`N_117`
LEL_FH	m	1.0802	-0.71	`N_177`
LEM2_AF	f	3.4426	-0.71	`N_271`
LEM2_AF	f	3.7536	0.71	`N_324`
LEM2_AF	m	4.0632	-0.71	`N_270`
LEM2_AF	m	4.1957	0.71	`N_323`
LEM_AF	f	1.5835	0.0	`N_294`
LEM_AF	m	1.4289	0.0	`N_293`
LIP_BG	f	2.1821	-1.07	`N_212`
LIP_BG	f	3.6095	0.92	`N_235`
LIP_BG	f	3.0548	0.15	`N_339`
LIP_BG	m	2.4522	0.0	`N_211`
LOM_BG	f	3.3298	0.0	`N_214`
LOM_BG	m	3.1827	0.0	`N_213`
LON_GH	f	2.5958	-0.71	`N_291`
LON_GH	f	2.7532	0.71	`N_292`
LOT_FC	f	2.2047	0.71	`N_207`
LOT_FC	f	1.6519	-0.71	`N_95`
LOT_FC	m	3.0167	0.71	`N_206`
LOT_FC	m	2.4033	-0.71	`N_72`
LUF_AD	f	4.0967	0.0	`N_145`
LUF_AD	m	3.6077	0.0	`N_192`
LUG_EH	f	2.2783	0.0	`N_215`
LUV_DG	f	3.0783	0.0	`N_244`
LUZ_FH	f	2.7218	-0.71	`N_164`
LUZ_FH	f	3.2443	0.71	`N_202`
LUZ_FH	m	2.7289	-0.71	`N_205`
LUZ_FH	m	3.1351	0.71	`N_90`
MAK_DG	f	3.8443	0.0	`N_111`
MAK_DG	m	2.8817	0.0	`N_110`
MERCURI_HF	f	2.8149	0.44	`165`
MERCURI_HF	f	3.2186	0.97	`166`
MERCURI_HF	f	1.427	-1.37	`X166`
MERCURI_HF	f	2.4502	-0.04	`X168`
MERCURI_HF	m	3.1936	0.71	`X165`
MERCURI_HF	m	2.4341	-0.71	`X167`
MOP_EF	f	2.052	-0.71	`X253`
MOP_EF	f	4.128	0.71	`X254`
MOP_EF	m	2.1308	0.0	`N_11`
PAT_CD	f	1.6425	0.71	`N_201`
PAT_CD	f	1.4751	-0.71	`N_29`
PAT_CD	m	1.9808	-1.12	`N_218`
PAT_CD	m	2.3989	0.8	`N_28`
PAT_CD	m	2.297	0.33	`X1`
PEF2_EC	f	3.5685	-0.7	`N_100`
PEF2_EC	f	3.7045	-0.45	`N_102`
PEF2_EC	f	4.5521	1.15	`N_99`
PEF2_EC	m	2.4319	-0.71	`N_101`
PEF2_EC	m	4.8779	0.71	`N_98`
PEF_EC	f	2.9903	0.86	`N_2`
PEF_EC	f	2.7952	0.43	`N_220`
PEF_EC	f	2.7229	0.27	`N_304`
PEF_EC	f	2.6789	0.17	`N_4`
PEF_EC	f	1.8113	-1.73	`X7`
PEF_EC	m	4.3411	1.2	`N_1`
PEF_EC	m	3.4085	0.06	`N_3`
PEF_EC	m	2.3475	-1.25	`N_303`
PEF_EC	m	3.3526	-0.01	`X6`
PER2_AD	f	3.5304	0.71	`N_15`
PER2_AD	f	2.0578	-0.71	`X222`
PER2_AD	m	4.5106	1.1	`N_14`
PER2_AD	m	1.82	-0.86	`N_5`
PER2_AD	m	2.6707	-0.24	`X221`
POH2_DC	f	2.6893	0.0	`N_105`
POH2_DC	m	4.2943	0.0	`N_104`
POH_DC	f	3.4553	-0.68	`128`
POH_DC	f	4.2357	0.03	`N_242`
POH_DC	f	5.2921	0.99	`N_306`
POH_DC	f	5.2538	0.95	`X238`
POH_DC	f	2.7933	-1.28	`X240`
POH_DC	m	4.8301	0.77	`N_243`
POH_DC	m	4.4453	0.41	`N_305`
POH_DC	m	4.9055	0.84	`X10`
POH_DC	m	2.3773	-1.5	`X237`
POH_DC	m	3.4395	-0.52	`X239`
RAE2_CD	f	3.9718	0.59	`N_114`
RAE2_CD	f	4.4354	0.95	`N_12`
RAE2_CD	f	2.9647	-0.2	`X146`
RAE2_CD	f	1.1404	-1.62	`X147`
RAE2_CD	f	3.5729	0.28	`X148`
RAE2_CD	m	5.1643	0.71	`N_113`
RAE2_CD	m	3.1429	-0.71	`N_73`
REV_HG	f	4.4989	1.17	`X11`
REV_HG	f	1.737	-1.07	`X155`
REV_HG	f	2.3915	-0.54	`X156`
REV_HG	f	3.599	0.44	`X157`
REV_HG	m	2.3651	-0.71	`N_131`
REV_HG	m	3.8039	0.71	`X154`
ROGAN_CE	f	2.7425	0.0	`X232`
ROGAN_CE	m	3.313	0.0	`X231`
ROGAN_CF	f	1.1681	-1.1	`N_17`
ROGAN_CF	f	4.8434	0.85	`N_236`
ROGAN_CF	f	3.7366	0.26	`N_51`
ROGAN_CF	m	2.5689	0.0	`N_16`
SEH_AH	f	1.9837	-0.1	`103`
SEH_AH	f	3.8012	1.98	`73`
SEH_AH	f	1.8997	-0.19	`N_334`
SEH_AH	f	1.3892	-0.78	`N_53`
SEH_AH	f	1.7208	-0.4	`X172`
SEH_AH	f	1.6176	-0.52	`X173`
SEH_AH	m	4.9168	1.11	`72`
SEH_AH	m	4.8576	1.08	`N_333`
SEH_AH	m	1.8342	-0.67	`N_52`
SEH_AH	m	1.5798	-0.82	`X171`
SEH_AH	m	1.8015	-0.69	`X73`
SOLDIER_BG	f	3.5704	0.28	`N_309`
SOLDIER_BG	f	5.9919	1.95	`N_310`
SOLDIER_BG	f	3.7303	0.39	`X159`
SOLDIER_BG	f	2.2661	-0.63	`X160`
SOLDIER_BG	f	1.1681	-1.38	`X161`
SOLDIER_BG	f	2.0638	-0.77	`X163`
SOLDIER_BG	f	3.0149	-0.11	`X164`
SOLDIER_BG	f	3.5681	0.27	`X208`
SOLDIER_BG	m	3.8258	1.14	`X158`
SOLDIER_BG	m	1.8937	-0.42	`X162`
SOLDIER_BG	m	1.5128	-0.72	`X47`
SOZ_AC	f	2.9431	1.41	`N_32`
SOZ_AC	f	2.5472	-0.3	`N_33`
SOZ_AC	f	2.3974	-0.95	`N_34`
SOZ_AC	f	2.5786	-0.16	`N_35`
SOZ_AC	m	3.3402	-0.71	`N_176`
SOZ_AC	m	3.5511	0.71	`N_31`
STUCKY_HF	f	2.1256	-0.89	`N_217`
STUCKY_HF	f	3.5958	0.1	`N_338`
STUCKY_HF	f	3.2412	-0.14	`N_89`
STUCKY_HF	f	5.8763	1.64	`X181`
STUCKY_HF	f	2.3863	-0.71	`X184`
STUCKY_HF	m	1.2307	-0.58	`N_337`
STUCKY_HF	m	1.2381	-0.58	`N_88`
STUCKY_HF	m	4.2644	1.15	`X182`
TUY_BA	f	2.4272	-0.69	`N_40`
TUY_BA	f	2.6059	-0.45	`X245`
TUY_BA	f	3.8141	1.15	`X246`
TUY_BA	m	4.6657	0.24	`N_23`
TUY_BA	m	5.9367	0.86	`N_39`
TUY_BA	m	1.8938	-1.1	`X247`
VIT_ED	f	1.8951	-0.87	`N_237`
VIT_ED	f	2.0826	-0.58	`N_300`
VIT_ED	f	2.7732	0.47	`X45`
VIT_ED	f	2.1009	-0.56	`X78`
VIT_ED	f	3.472	1.54	`X80`
VIT_ED	m	2.2021	0.33	`N_299`
VIT_ED	m	1.8882	-1.12	`X77`
VIT_ED	m	2.3013	0.79	`X79`
VOY_GH	f	2.45	0.0	`N_41`
VOY_GH	m	1.3911	0.0	`N_112`
VUX2_HF	f	1.1726	-0.49	`N_10`
VUX2_HF	f	0.95523	-0.66	`N_327`
VUX2_HF	f	3.3338	1.15	`N_9`
VUX2_HF	m	4.2816	0.71	`N_8`
VUX2_HF	m	1.8899	-0.71	`X145`
WAD_HG	f	2.2421	-0.71	`X100`
WAD_HG	f	2.9108	0.71	`X134`
WAD_HG	m	2.8273	-1.05	`123`
WAD_HG	m	3.0727	-0.58	`X133`
WAD_HG	m	3.6328	0.47	`X37`
WAD_HG	m	3.9961	1.16	`X99`
WOB2_BA	f	3.705	-0.02	`105`
WOB2_BA	f	4.1809	0.45	`106`
WOB2_BA	f	4.7247	0.99	`X19`
WOB2_BA	f	2.0423	-1.66	`X21`
WOB2_BA	f	3.9738	0.25	`X22`
WOB2_BA	m	2.0911	-0.71	`X18`
WOB2_BA	m	3.4063	0.71	`X20`
WOT2_DC	f	2.9086	0.0	`N_71`
WOT2_DC	m	3.051	0.0	`N_70`
WOT2_DF	f	2.9813	-0.56	`N_18`
WOT2_DF	f	2.9242	-0.59	`N_19`
WOT2_DF	f	5.8165	1.15	`N_238`
XAB8_DA	f	4.6176	1.15	`N_149`
XAB8_DA	f	2.9422	-0.46	`N_166`
XAB8_DA	f	2.7131	-0.68	`N_168`
XAB8_DA	m	3.6464	-0.03	`N_148`
XAB8_DA	m	5.0562	1.01	`N_165`
XAB8_DA	m	2.3466	-0.99	`N_167`
XAB_DA	f	3.1355	0.41	`N_133`
XAB_DA	f	2.7472	-1.14	`N_157`
XAB_DA	f	3.2163	0.73	`N_97`
XAB_DA	m	2.8816	-0.21	`N_132`
XAB_DA	m	3.2262	1.09	`N_156`
XAB_DA	m	2.7072	-0.88	`N_96`
XAD7_BG	f	1.8053	-1.15	`N_135`
XAD7_BG	f	2.1014	0.6	`N_137`
XAD7_BG	f	2.0928	0.55	`N_59`
XAD7_BG	m	2.2482	-0.02	`N_134`
XAD7_BG	m	1.4857	-0.99	`N_136`
XAD7_BG	m	3.0681	1.01	`N_58`
XAD8_BG	f	3.6338	0.65	`N_138`
XAD8_BG	f	2.4759	-1.15	`N_180`
XAD8_BG	f	3.5343	0.5	`N_195`
XAD8_BG	m	3.4594	-0.71	`N_179`
XAD8_BG	m	4.5613	0.71	`N_194`
XAN_DG	f	2.9109	0.41	`N_140`
XAN_DG	f	1.4511	-1.14	`N_36`
XAN_DG	f	3.2203	0.73	`N_85`
XAN_DG	m	4.1429	0.71	`N_139`
XAN_DG	m	3.0201	-0.71	`N_84`
XAO_AF	f	2.3582	0.71	`N_175`
XAO_AF	f	2.2287	-0.71	`N_7`
XAO_AF	m	2.9413	-0.55	`N_141`
XAO_AF	m	3.7251	0.12	`N_174`
XAO_AF	m	5.1793	1.36	`N_219`
XAO_AF	m	2.5113	-0.92	`N_6`
XAP_AE	f	1.2514	-0.71	`N_116`
XAP_AE	f	2.1471	0.71	`N_61`
XAP_AE	m	1.9614	0.71	`N_115`
XAP_AE	m	1.5799	-0.71	`N_60`
XAS4_AF	f	3.7154	0.0	`N_197`
XAS4_AF	m	3.825	0.0	`N_196`
XAS_AF	f	1.736	-0.71	`N_69`
XAS_AF	f	2.9226	0.71	`X210`
XAS_AF	m	2.0441	0.71	`N_68`
XAS_AF	m	1.7476	-0.71	`X209`
XAT2_FH	f	3.3437	0.0	`X216`
XAT2_FH	m	2.8273	0.0	`X130`
XAV_AH	f	2.2847	-0.24	`N_144`
XAV_AH	f	1.6551	-0.86	`N_159`
XAV_AH	f	3.627	1.1	`N_225`
XAV_AH	m	3.7147	1.06	`N_143`
XAV_AH	m	2.4669	-0.93	`N_158`
XAV_AH	m	2.9742	-0.12	`N_224`
XEB2_AF	f	1.6507	0.0	`N_239`
XEB_AF	f	1.6903	0.0	`N_204`
XEB_AF	m	3.8944	0.71	`N_198`
XEB_AF	m	1.5002	-0.71	`N_203`
XED2_AD	f	4.4655	0.0	`N_92`
XED2_AD	m	2.1773	0.0	`N_91`
XEH2_HD	f	2.4907	-0.71	`N_21`
XEH2_HD	f	3.9848	0.71	`N_38`
XEH2_HD	m	2.2533	-0.71	`N_20`
XEH2_HD	m	4.4344	0.71	`N_37`
XEQ_EH	f	3.588	0.01	`N_152`
XEQ_EH	f	4.7306	1.0	`N_182`
XEQ_EH	f	2.4165	-1.0	`X228`
XEQ_EH	m	4.7844	0.86	`N_151`
XEQ_EH	m	3.9129	0.24	`N_181`
XEQ_EH	m	2.0561	-1.1	`X227`
XXAE_FC	f	2.2986	-0.79	`147`
XXAE_FC	f	3.3009	-0.06	`X251`
XXAE_FC	f	5.3582	1.43	`X82`
XXAE_FC	f	2.5923	-0.58	`X83`
XXAE_FC	m	1.8923	0.0	`X250`
XXAG4_FC	f	3.1492	0.71	`X175`
XXAG4_FC	f	2.6311	-0.71	`X207`
XXAG4_FC	m	5.2632	1.08	`167`
XXAG4_FC	m	3.0738	-0.9	`X174`
XXAG4_FC	m	3.8791	-0.17	`X206`
XXEN2_DC	f	3.6395	0.09	`X151`
XXEN2_DC	f	3.2946	-1.04	`X152`
XXEN2_DC	f	3.9041	0.95	`X153`
XXEN2_DC	m	3.5092	0.0	`134`
XXEN3_DC	f	3.8736	0.71	`N_190`
XXEN3_DC	f	3.0145	-0.71	`N_200`
XXEN3_DC	m	4.2487	-0.71	`N_199`
XXEN3_DC	m	4.4608	0.71	`N_208`
XXXEC_GF	f	6.8637	0.0	`N_326`
XXXEC_GF	m	2.2037	0.0	`N_325`
YIL_HF	f	2.2187	-0.63	`X186`
YIL_HF	f	2.265	-0.53	`X188`
YIL_HF	f	3.0525	1.15	`X189`
YIL_HF	m	1.7315	0.62	`X149`
YIL_HF	m	1.7114	0.53	`X185`
YIL_HF	m	1.323	-1.15	`X187`
YOX_DE	f	2.8198	-0.31	`N_282`
YOX_DE	f	1.9393	-1.1	`N_312`
YOX_DE	f	4.6084	1.3	`X110`
YOX_DE	f	3.2785	0.11	`X177`
YOX_DE	m	2.7412	-1.14	`N_281`
YOX_DE	m	2.8563	0.71	`N_311`
YOX_DE	m	2.8395	0.44	`X109`
ZIE2_HA	m	2.6309	0.79	`N_188`
ZIE2_HA	m	2.583	0.34	`N_189`
ZIE2_HA	m	2.4251	-1.13	`N_65`
ZOE_HA	m	5.1174	0.0	`N_108`