Home       About             Help       Select plot or tool > Pheno measurements correlated to your selected measurements Pearson correlation p value must be p ≤ 0.00001 0.0001 0.001 0.01 0.05 0.1 0.15 Download all At least 8 10 12 15 20 25 30 strains in common are required Include: females and males females only males only all projects within same project only other projects only Ackert1 only Albers1 only Bachmanov1 only Bennett1 only Bennett2 only Bennett3 only Benoist1 only Berndt1 only Berndt2 only Berndt3 only Bodnar1 only Boon1 only Bopp1 only Brown1 only Brown2 only Brugnara1 only CGDpheno1 only CGDpheno2 only CGDpheno3 only Chang1 only Chang2 only Chesler1 only Chesler2 only Chesler3 only Cheverud1 only Churchill1 only Collins1 only Crabbe1 only Crabbe2 only Crabbe3 only Crabbe4 only Crabbe5 only Crowley1 only Deschepper1 only DiCurzio1 only Dietrich1 only DiPetrillo1 only DiPetrillo2 only Donahue1 only Donahue2 only Donahue3 only Donahue4 only Donahue5 only Donahue6 only Donahue7 only Donahue8 only Donahue9 only Donahue10 only Donahue11 only Donahue12 only Donahue13 only Donahue14 only Donahue15 only Donahue16 only Donahue17 only Donahue18 only Donahue19 only Eumorphia1 only Eumorphia2 only Eumorphia3 only Eumorphia4 only Eumorphia5 only Eumorphia6 only Eumorphia7 only Everett1 only Evsikova1 only Finn1 only Flaherty1 only Frankel1 only Gavras1 only Gershenfeld1 only Golani1 only Gould1 only Gould2 only Gould3 only Graubert1 only Gros1 only Gupta1 only Gupta2 only Hampton1 only Handel1 only Harrill2 only Harrill2D only Hawes1 only HMDPpheno1 only HMDPpheno2 only HMDPpheno4 only Hunter1 only Jax1 only Jax2 only Jax3 only Jax4 only Jax5 only JaxAVL only Jaxpheno1 only Jaxpheno2 only Jaxpheno3 only Jaxpheno4 only Jaxpheno5 only Jaxpheno6 only Jaxpheno7 only Jaxpheno8 only Jaxwest1 only Jentsch1 only Johnson1 only Johnson3 only Johnson4 only Jones1 only Justice2 only Kas1 only Klaassen1 only Koide1 only Koide2 only Koide3 only Korstanje1 only Lake1 only Lake2 only Lake3 only Lightfoot1 only Marchuk1 only Massett1 only Mathes1 only Maurer1 only Metten1 only Metten2 only Mills1 only Mitchell1 only Mogil1 only Mogil2 only Moy1 only Nadeau1 only Naggert1 only Nelson1 only Paigen1 only Paigen2 only Paigen3 only Paigen4 only Palmer1 only Palmer2 only Peters1 only Peters2 only Peters3 only Peters4 only Petkova1 only Petryshen1 only Pletcher1 only Puk1 only Reed1 only Rhodes1 only RIKEN-EAD1 only RIKEN-EAD2 only Richfield1 only Rusyn2 only Rusyn5 only Schalkwyk1 only Schonfeld1 only Schughart1 only Schulz1 only Schwartz2 only Seburn1 only Seburn2 only Shockley1 only Shockley1D only Spijker1 only Spijker2 only Sugiyama1 only Sundberg1 only Svenson1 only Svenson3 only Svenson4 only Taft1 only Thomsen1 only Thomsen2 only Threadgill1 only Threadgill2 only Tomasini1 only Tordoff1 only Tordoff2 only Tordoff3 only Vinyard1 only Vulpe1 only Wahlsten1 only Wahlsten2 only Williams1 only Willott1 only Wiltshire1 only Wiltshire2 only Wiltshire3 only Xing1 only Xing2 only Yuan1 only Yuan3 only Yuan4 only Zheng1 only Order by pheno category Pearson p value Pearson r value Spearman r value project category+project More info on correlations Your selected measurement: brain — cerebral cortex — biochemical analytes         reverse ELISA   Wiltshire3 SLC6A4_index   sodium-dependent serotonin transporter (SLC6A4 formerly SERT), change index   fluoxetine   30 strains   age 10-11wks   Inbred

Correlated measurement from anywhere in MPD (organized by category) Sex Pearson r p value on r Spearman rs # strains in common Click for scatterplot Log- improved Pearson behavior – anxiety Brown1   urination_EZM   urine puddle count male –0.83 p = 0.0062 –0.54 9 Plot   behavior – stress reactivity Wiltshire2   TST_fluox   percent time spent immobile in tail suspension test (fluoxetine ) male –0.56 p = 0.0014 –0.40 30 Plot   blood – hematology – cell counts – WBC – monocytes Petkova1   MONO_M12   monocytes (percent of viable WBC) (age 12mo) male –0.56 p = 0.0089 –0.39 21 Plot   blood – hematology – cell counts – WBC – neutrophils Peters4   NEUT_M06   neutrophil count (NEUT; units per volume x 103) (age 6mo) male –0.72 p = 0.0003 –0.25 20 Plot   blood – hematology – platelets Peters4   MPV_M12   mean platelet volume (MPV) (age 12mo) male –0.57 p = 0.0093 –0.53 20 Plot   blood – lipids – cholesterol – HDL Paigen1   pctHDL-TCH   percent of total plasma cholesterol in HDL fraction (high-fat diet 8wks) male –0.59 p = 0.0021 –0.59 25 Plot   Paigen2   HDLC_fat17   HDL cholesterol (high-fat diet 17wks) male –0.55 p = 0.0091 –0.53 21 Plot -0.58 body composition – fat Naggert1   fatwt_fat8   weight of fat portion of tissue mass, head excluded (high-fat diet 8wks) male –0.54 p = 0.0074 –0.48 23 Plot   Naggert1   pctfat_fat8   percent of tissue mass that is fat, head excluded (high-fat diet 8wks) male –0.53 p = 0.0094 –0.46 23 Plot   body weight size and growth – body weight Paigen1   finalbw   final body weight (high-fat diet 8wks) male –0.54 p = 0.0056 –0.52 25 Plot   body weight size and growth – body weight growth curve Jax1   bw4   body weight male –0.88 p = 0.0018 –0.83 9 Plot   Jax1   bw5   body weight male –0.80 p = 0.0097 –0.77 9 Plot   bone – mineral density and content Naggert1   BMD_fat8   bone mineral density (BMD) (high-fat diet 8wks) male –0.67 p = 0.0005 –0.71 23 Plot   Ackert1   BMD_M20   whole body bone mineral density (BMD, Head excluded) (age 20mo) male –0.74 p = 0.0007 –0.72 17 Plot   Tordoff3   BMD   bone mineral density (BMD) male –0.63 p = 0.0007 –0.65 25 Plot   Donahue1   spine_BMD   spine (L2-L5) bone mineral density male –0.65 p = 0.0035 –0.67 18 Plot   Naggert1   BMC_fat8   bone mineral content (BMC) (high-fat diet 8wks) male –0.54 p = 0.0073 –0.63 23 Plot   HMDPpheno1   BMD_spine   bone mineral density (BMD) of lumbar spine male –0.55 p = 0.0081 –0.55 22 Plot   HMDPpheno1   BMD_spine_inb   bone mineral density (BMD) of lumbar spine, inbred strains only male –0.55 p = 0.0081 –0.55 22 Plot   bone – strength Donahue2   elastic_modulus   estimated elastic modulus male –0.81 p = 0.0089 –0.73 9 Plot   Donahue2   ultimate_strength   estimated ultimate strength male –0.80 p = 0.0096 –0.62 9 Plot   brain – cerebral cortex Wiltshire3   SLC6A4_fluox   sodium-dependent serotonin transporter (SLC6A4 formerly SERT), relative fluorescence intensity (fluoxetine ) male 0.89 p < 0.0001 0.73 30 Plot   Wiltshire3   NPY_index   neuropeptide Y (NPY), change index (fluoxetine ) male 0.84 p < 0.0001 0.73 30 Plot   Wiltshire3   TNF_index   tumor necrosis factor (TNF formerly TNFa), change index (fluoxetine ) male 0.82 p < 0.0001 0.59 30 Plot   Wiltshire3   GRIN1_index   glutamate receptor NMDA1 subunit zeta 1 (GRIN1 formerly NMDA1), change index (fluoxetine ) male 0.80 p < 0.0001 0.66 30 Plot   Wiltshire3   SCG5_index   secretogranin V (SCG5 formerly SGNE), change index (fluoxetine ) male 0.79 p < 0.0001 0.76 30 Plot   Wiltshire3   SLC6A2_index   sodium-dependent noradrenaline transporter (SLC6A2 formerly NET), change index (fluoxetine ) male 0.78 p < 0.0001 0.64 30 Plot   Wiltshire3   SCG5_fluox   secretogranin V (SCG5 formerly SGNE), relative fluorescence intensity (fluoxetine ) male 0.77 p < 0.0001 0.59 30 Plot   Wiltshire3   APOD_index   apolipoprotein D (APOD), change index (fluoxetine ) male 0.75 p < 0.0001 0.28 30 Plot   Wiltshire3   NPY_fluox   neuropeptide Y (NPY), relative fluorescence intensity (fluoxetine ) male 0.74 p < 0.0001 0.51 30 Plot   Wiltshire3   CREB1_index   cyclic AMP-responsive element-binding protein 1 (CREB1 formerly CREB), change index (fluoxetine ) male 0.74 p < 0.0001 0.53 30 Plot   Wiltshire3   FUT9_index   fucosyltransferase 9 (FUT9), change index (fluoxetine ) male 0.73 p < 0.0001 0.54 30 Plot   Wiltshire3   GHRL_index   ghrelin (GHRL), change index (fluoxetine ) male 0.70 p < 0.0001 0.50 30 Plot   Wiltshire3   SLC6A4_cont   sodium-dependent serotonin transporter (SLC6A4 formerly SERT), relative fluorescence intensity male –0.70 p < 0.0001 –0.77 30 Plot   Wiltshire3   BDNF_index   brain-derived neurotrophic factor (BDNF), change index (fluoxetine ) male 0.69 p < 0.0001 0.38 30 Plot   Wiltshire3   GSR_index   glutathione reductase (GSR), change index (fluoxetine ) male 0.69 p < 0.0001 0.44 30 Plot   Wiltshire3   ACTH_index   adrenocorticotropic hormone (ACTH), change index (fluoxetine ) male 0.68 p < 0.0001 0.30 30 Plot   Wiltshire3   FOS_index   proto-oncogene c-Fos (FOS formerly c-fos), change index (fluoxetine ) male 0.68 p < 0.0001 0.38 30 Plot   Wiltshire3   GAD1_fluox   glutamate decarboxylase 1 (GAD1 formerly GAD67), relative fluorescence intensity (fluoxetine ) male 0.67 p < 0.0001 0.55 30 Plot   Wiltshire3   GAD1_index   glutamate decarboxylase 1 (GAD1 formerly GAD67), change index (fluoxetine ) male 0.67 p < 0.0001 0.61 30 Plot   Wiltshire3   S100B_index   protein S100-B (S100B), change index (fluoxetine ) male 0.67 p < 0.0001 0.63 30 Plot   Wiltshire3   GIRK3_index   G protein-activated inward rectifier potassium channel 3 (GIRK3 formerly KCNJ9), change index (fluoxetine ) male 0.64 p = 0.0001 0.31 30 Plot   Wiltshire3   PAQR8_index   progestin and adipoQ receptor family member VIII (PAQR8), change index (fluoxetine ) male 0.64 p = 0.0001 0.45 30 Plot   Wiltshire3   CREB1_fluox   cyclic AMP-responsive element-binding protein 1 (CREB1 formerly CREB), relative fluorescence intensity (fluoxetine ) male 0.64 p = 0.0001 0.24 30 Plot   Wiltshire3   GRIN1_fluox   glutamate receptor NMDA1 subunit zeta 1 (GRIN1 formerly NMDA1), relative fluorescence intensity (fluoxetine ) male 0.63 p = 0.0002 0.47 30 Plot   Wiltshire3   GFAP_index   glial fibrillary acidic protein (GFAP), change index (fluoxetine ) male 0.62 p = 0.0003 0.50 30 Plot   Wiltshire3   TNF_fluox   tumor necrosis factor (TNF formerly TNFa) relative fluorescence intensity (fluoxetine ) male 0.60 p = 0.0005 0.20 30 Plot   Wiltshire3   TNF_cont   tumor necrosis factor (TNF formerly TNFa), relative fluorescence intensity male –0.60 p = 0.0005 –0.63 30 Plot   Wiltshire3   GRIN1_cont   glutamate receptor NMDA1 subunit zeta 1 (GRIN1 formerly NMDA1), relative fluorescence intensity male –0.59 p = 0.0005 –0.57 30 Plot   Wiltshire3   S100B_fluox   protein S100-B (S100B), relative fluorescence intensity (fluoxetine ) male 0.59 p = 0.0006 0.57 30 Plot   Wiltshire3   SST_index   somatostatin (SST), change index (fluoxetine ) male 0.58 p = 0.0008 0.41 30 Plot   Wiltshire3   PAQR8_fluox   progestin and adipoQ receptor family member VIII (PAQR8), relative fluorescence intensity (fluoxetine ) male 0.57 p = 0.0010 0.30 30 Plot   Wiltshire3   GLO1_index   glyoxalase 1 (GLO1), change index (fluoxetine ) male 0.57 p = 0.0011 0.13 30 Plot   Wiltshire3   FUT9_cont   fucosyltransferase 9 (FUT9), relative fluorescence intensity male –0.56 p = 0.0012 –0.43 30 Plot   Wiltshire3   VEGFA_index   vascular endothelial growth factor A (VEGFA formerly VEGF), change index (fluoxetine ) male 0.56 p = 0.0013 0.20 30 Plot   Wiltshire3   APOD_cont   apolipoprotein D (APOD), relative fluorescence intensity male –0.56 p = 0.0013 –0.62 30 Plot   Wiltshire3   SLC6A2_fluox   sodium-dependent noradrenaline transporter (SLC6A2 formerly NET), relative fluorescence intensity (fluoxetine ) male 0.56 p = 0.0014 0.26 30 Plot   Wiltshire3   GLO1_cont   glyoxalase 1 (GLO1), relative fluorescence intensity male –0.55 p = 0.0017 –0.39 30 Plot   Wiltshire3   BAG1_index   BAG family molecular chaperone regulator 1 (BAG1), change index (fluoxetine ) male 0.54 p = 0.0020 0.15 30 Plot   Wiltshire3   PTH_index   parathyroid hormone (PTH), change index (fluoxetine ) male 0.54 p = 0.0021 0.19 30 Plot   Wiltshire3   PPP1R1B_fluox   protein phosphatase 1 regulatory (inhibitor) subunit 1B (PPP1R1B), relative fluorescence intensity (fluoxetine ) male 0.54 p = 0.0021 0.47 30 Plot   Wiltshire3   BDNF_fluox   brain-derived neurotrophic factor (BDNF), relative fluorescence intensity (fluoxetine ) male 0.54 p = 0.0023 0.25 30 Plot   Wiltshire3   GHRL_cont   ghrelin (GHRL), relative fluorescence intensity male –0.53 p = 0.0028 –0.52 30 Plot   Wiltshire3   GHRL_fluox   ghrelin (GHRL), relative fluorescence intensity (fluoxetine ) male 0.52 p = 0.0029 0.29 30 Plot   Wiltshire3   GIRK3_fluox   G protein-activated inward rectifier potassium channel 3 (GIRK3 formerly KCNJ9), relative fluorescence intensity (fluoxetine ) male 0.50 p = 0.0047 0.05 30 Plot   Wiltshire3   SLC6A2_cont   sodium-dependent noradrenaline transporter (SLC6A2 formerly NET), relative fluorescence intensity male –0.50 p = 0.0051 –0.59 30 Plot   endocrine – hormones Naggert1   LEP_fat18   leptin (high-fat diet 18wks) male –0.60 p = 0.0011 –0.51 26 Plot   liver – protein homeostasis Rusyn5   liver_SAM_hf   liver S-adenosylmethionine (SAM) (high-fat diet 4wks) male –0.84 p = 0.0083 –0.36 8 Plot   metabolism – food intake Evsikova1   food_Dk   food intake, dark cycle (age 6mo) male 0.79 p = 0.0070 0.73 10 Plot   respiratory – breathing pattern Berndt2   inspiratory_saline   inspiratory time (Ti), saline male –0.63 p = 0.0013 –0.69 23 Plot   Berndt2   penh_slope   enhanced pause (Penh), MCh response index (methacholine ) male 0.63 p = 0.0014 0.67 23 Plot   Berndt2   breath_freq_saline   breath frequency (F), saline male 0.62 p = 0.0016 0.67 23 Plot 0.65 Berndt2   tot_respi_saline   total respiratory time (Ttot), saline male –0.62 p = 0.0018 –0.62 23 Plot   Berndt2   insp_flow_saline   inspiratory flow rate (Vt/Ti), saline male 0.60 p = 0.0024 0.78 23 Plot   Berndt2   inspiratory_mch5   inspiratory time (Ti) (methacholine 5mg/mL) male –0.60 p = 0.0026 –0.60 23 Plot   Berndt2   min_vent_saline   minute ventilation (MV), saline male 0.59 p = 0.0028 0.75 23 Plot 0.62 Berndt2   inspiratory_slope   inspiratory time (Ti), MCh response index (methacholine ) male 0.58 p = 0.0034 0.60 23 Plot   Berndt2   expiratory_saline   expiratory time (Te), saline male –0.56 p = 0.0059 –0.57 23 Plot   Berndt2   resp_flow_saline   respiratory flow rate (Vt/Ttot), saline male 0.55 p = 0.0066 0.74 23 Plot   Berndt2   tot_respi_mch5   total respiratory time (Ttot) (methacholine 5mg/mL) male –0.54 p = 0.0075 –0.64 23 Plot   Berndt2   breath_freq_mch5   breath frequency (F) (methacholine 5mg/mL) male 0.53 p = 0.0096 0.64 23 Plot 0.56

81 rows

Reciprocals are included in the above list.

Correlations where Pearson r < 0.5 are not retained and will not appear in the above list.

All correlations available through MPD are mathematical correlations provided for exploratory use, and are not necessarily biologically significant. Additional forms of validation are required. Most correlations are based on strain mean data points which have varying degrees of quality, preciseness, and normality of distribution, and this is generally not taken into account in correlation strength metrics.

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