Close window Phenotype measurement     MPD:14202     Context VT MP     Citing ear — balance — vestibular evoked potentials         vestibular stimulus test   Jones1 latency of 1st positive response peak (P1), VsEPs waveform   [µs]  latency_PosPeak1  16 strains   age 5-56wks   Inbred

Show females     males     Show individuals     Log       Detail options       Distrib.curve       Correlations and other tools

Overall summary . . . . . . . . latency_PosPeak1 [µs]   Mean strain average SD of strain averages N CV of strain averages Min strain average Max strain average Median strain average Females 1405 79.6 13 strains 0.0567 1312 1571 1383 Males 1372 56.3 13 strains 0.0410 1282 1475 1380 Strain averages . . . . . . . . latency_PosPeak1 [µs] Click on strain means to see individual animal values.       Magnitude order / details       CSV download Females Mean SD N     Males Mean SD N   A/HeJ           A/HeJ   1386   ± 148 3 mice A/WySnJ   1407   ± 113 4 mice   A/WySnJ   1348   ± 107 2 mice BALB/cByJ           BALB/cByJ   1331   ± 110 3 mice BUB/BnJ   1312   ± 56.8 4 mice ▼   BUB/BnJ         C3H/HeSnJ   1421   ± 57.3 3 mice   C3H/HeSnJ   1399   ± 72.1 2 mice C57BL/6J   1342   ± 92.8 6 mice   C57BL/6J   1367   ± 83.8 15 mice CAST/EiJ   1486   ± 161 4 mice ▲   CAST/EiJ         CBA/J   1332   ± 50.9 2 mice   CBA/J   1282   ± 62.9 2 mice ▼ DBA/1LacJ   1368   ± 65.8 2 mice   DBA/1LacJ   1380   ± 58.7 2 mice DBA/2J   1571   ± 18.4 3 mice ▲▲   DBA/2J   1475   ± 34.5 6 mice ▲ JF1/Ms   1346   ± 36.1 2 mice   JF1/Ms         LP/J   1383   ± 110 4 mice   LP/J   1298   ± 101 4 mice ▼ MRL/MpJ           MRL/MpJ   1436   ± 109 4 mice ▲ NOD/ShiLtJ   1390   ± 24.0 2 mice   NOD/ShiLtJ   1394   ± 81.1 4 mice SJL/J   1536   ± 62.9 2 mice ▲   SJL/J   1423   ± 111 4 mice SKH2/J   1373   ± 12.7 2 mice   SKH2/J   1314   ± 95.1 3 mice ▼ Averages are annotated to show outlier status of strain/sex means, relative to the set of strains tested, based on Z-scores. ▲▲ = very high (Z ≥ 2.0) ▲ = high (Z 1.0 to 2.0) ▼ = low (Z -1.0 to -2.0) ▼▼ = very low (Z ≤ -2.0)

• More info on using this page         • Video tutorial session 2 explains this page.