This line is NOT available in Bloomington for purchase.
This line was part of the 205 lines genotyped using WGS, so GWAS studies can be applied to this fly.
Genotyped

DGRP_837 line

74 studies describing this DGRP line

Reference Phenotypes Categories Status Publication date Submitted by
Howick et al., 2017
The genetic architecture of defence as resistance to and tolerance of bacterial infection in Drosophila melanogaster
[10.1111/mec.14017][FBrf0235063]
BacterialLoad_PR BacterialLoad_PR_ADJ Tolerance_PRettgeri pc_Surv_PRettgeri pc_Surv_PRettgeriADJ Immunity Resistance
Curated
2017-02-28 Roel Bevers
Brown et al., 2013
Genome-wide association mapping of natural variation in odour-guided behaviour in Drosophila
[10.1111/gbb.12048][FBrf0222011]
FarPoint_Butanedione LocRatio_Butanedione Resp_Butanedion_30pc Resp_Butanedion_90pc TotArea_Butanedione Olfactory Behaviour Sensory
Curated
2013-06-30 Roel Bevers
Najarro et al., 2017
Loci Contributing to Boric Acid Toxicity in Two Reference Populations of Drosophila melanogaster
[10.1534/g3.117.041418][FBrf0235744]
LifespanBoricAcid Resistance Toxicity
Curated
2017-05-31 Roel Bevers
Bou Sleiman et al., 2015
Genetic, molecular and physiological basis of variation in Drosophila gut immunocompetence
[10.1038/ncomms8829][FBrf0229120]
Ecc15_FracDead_10d PE_FracDead_3d Resistance Microbiota Immunity
Curated
2015-10-31 Roel Bevers
Dembeck et al., 2015
Genetic Architecture of Abdominal Pigmentation in Drosophila melanogaster
[10.1371/journal.pgen.1005163][FBrf0228267]
AbdominalPigmentT5 AbdominalPigmentT6 Appearance
Curated
2015-04-30 Roel Bevers
Grubbs et al., 2013
New Components of Drosophila Leg Development Identified through Genome Wide Association Studies
[10.1371/journal.pone.0060261][FBrf0221227]
Femur_Length_T1 Femur_Length_T2 Tarsus_Length_T1 Tarsus_Length_T2 Tibia_Length_T1 Tibia_Length_T2 Total_Leg_Length_T1 Total_Leg_Length_T2 pc_Femur_Leg_T1 pc_Femur_Leg_T2 pc_Tarsus_Leg_T1 pc_Tarsus_Leg_T2 pc_Tibia_Leg_T1 pc_Tibia_Leg_T2 Limb Development Development Anatomy Appearance
Curated
2013-03-31 Roel Bevers
Arya et al., 2010
Natural Variation, Functional Pleiotropy and Transcriptional Contexts of Odorant Binding Protein Genes in Drosophila melanogaster
[10.1534/genetics.110.123166][FBrf0212597]
mn_Longevity mn_RespAcetophen_3_5 mn_RespBenzaldeh_3_5 mn_RespHexanol_0_3 mn_RespHexanol_3_5 Ageing Olfactory Sensory Life history traits Behaviour
Curated
2010-11-30 Roel Bevers
He et al., 2016
Epistatic partners of neurogenic genes modulate Drosophila olfactory behavior
[10.1111/gbb.12279][FBrf0230854]
mn_RespBenz_xCantonS mn_RespBenz_xNeur mn_RespBenz_xSema5c Behaviour Sensory Olfactory
Curated
2016-01-31 romain.rochepeau
Zhang et al., 2020
Identification of a genetic network for an ecologically relevant behavioural phenotype in Drosophila melanogaster
[10.1111/mec.15341][FBrf0244858]
PupalCaseLength PupationHt mn_PupationHtAuth Anatomy Development Behaviour
Curated
2020-01-31 romain.rochepeau
Rohde et al., 2017
Genomic Analysis of Genotype-by-Social Environment Interaction for Drosophila melanogaster Aggressive Behavior
[10.1534/genetics.117.200642][FBrf0236263]
Aggression_GSEI mn_Aggressi_Isol_ADJ mn_Aggressi_Isolated mn_Aggressi_Soci_ADJ mn_Aggression_Social se_Aggressi_Isolated se_Aggression_Social Behaviour
Curated
2017-07-31 Roel Bevers
Wang et al., 2017
The genetic basis for variation in resistance to infection in the Drosophila melanogaster genetic reference panel
[10.1371/journal.ppat.1006260][FBrf0235068]
LT50_Metarhizium_Ani LT50_Pseudomonas_Aer Resistance Immunity
Curated
2017-03-02 Roel Bevers
Durham et al., 2014
Genome-wide analysis in Drosophila reveals age-specific effects of SNPs on fitness traits
[10.1038/ncomms5338][FBrf0225589]
lsm_Life_Fecundity lsm_Lifespan lsm_Week1_Fecundity lsm_Week3_Fecundity lsm_Week5_Fecundity lsm_Week7_Fecundity mn_Life_Fecundity mn_Lifespan mn_Week1_Fecundity mn_Week3_Fecundity mn_Week5_Fecundity mn_Week7_Fecundity Ageing Fecundity Life history traits
Curated
2014-08-31 Roel Bevers
Yanagawa et al., 2020
Genetic Basis of Natural Variation in Spontaneous Grooming in Drosophila melanogaster
[10.1534/g3.120.401360][FBrf0246612]
TotalGroomTime Behaviour
Curated
2020-08-31 romain.rochepeau
Battlay et al., 2016
Genomic and Transcriptomic Associations Identify a New Insecticide Resistance Phenotype for the Selective Sweep at the Cyp6g1 Locus of Drosophila melanogaster
[10.1534/g3.116.031054][FBrf0233124]
LD50_Azinphos_Methyl mn_Surv_Azinpho_0_25 mn_Surv_Azinpho_0_5 mn_Surv_Azinpho_1_0 mn_Surv_Azinpho_2_0 Resistance Toxicity Metabolism
Curated
2016-07-31 Roel Bevers
Carbone et al., 2016
Genetic architecture of natural variation in visual senescence in Drosophila
[10.1073/pnas.1613833113][FBrf0233864]
mn_PhototaxDark_wk1 mn_PhototaxLight_wk1 mn_PhototaxisScor_1w mn_PhototaxisScor_2w mn_PhototaxisScor_4w se_PhototaxDark_wk1 se_PhototaxLight_wk1 se_PhototaxisScor_1w se_PhototaxisScor_2w se_PhototaxisScor_4w Ageing Sensory Life history traits
Curated
2016-10-24 Roel Bevers
Weber et al., 2012
Genome-Wide Association Analysis of Oxidative Stress Resistance in Drosophila melanogaster
[10.1371/journal.pone.0034745][FBrf0218073]
MenadioneSodBi_Resis Paraquat_Resistance Resistance
Curated
2012-04-03 Roel Bevers
Wilson et al., 2020
GWAS for Lifespan and Decline in Climbing Ability in Flies upon Dietary Restriction Reveal decima as a Mediator of Insulin-like Peptide Production
[10.1016/j.cub.2020.05.020][FBrf0246266]
Climb20Day_AL Climb20Day_DR Climb50Day_AL Climb50Day_DR MedLifespan_AL MedLifespan_DR Life history traits Behaviour Ageing Nutrition Locomotion
Curated
2020-06-30 romain.rochepeau
Lavoy et al., 2018
Genetic Modifiers of Neurodegeneration in a Drosophila Model of Parkinson’s Disease
[10.1534/genetics.118.301119][FBrf0239578]
Geotaxis_2wk_xLRRK2 Geotaxis_6wk_xLRRK2 Behaviour Ageing Locomotion
Curated
2018-07-31 romain.rochepeau
Riddle, 2020
Variation in the response to exercise stimulation in Drosophila: marathon runner versus sprinter genotypes
[10.1242/jeb.229997][FBrf0246800]
EarlyAct Late_Activity PercentEarly Behaviour Locomotion
Curated
2019-12-31 romain.rochepeau
Chow et al., 2013
Using natural variation in Drosophila to discover previously unknown endoplasmic reticulum stress genes
[10.1073/pnas.1307125110][FBrf0221713]
ERStress_t50 hr_ERStress_Survival Resistance Life history traits
Curated
2013-05-27 Roel Bevers
Davis et al., 2021
Characterizing dopaminergic neuron vulnerability using genome-wide analysis
[10.1093/genetics/iyab081][FBrf0252031]
mn_PPL1Neurons_D21 mn_PPM12Neurons_D21 mn_PPM3Neurons_D21 Anatomy Ageing
Curated
2021-08-08 romain.rochepeau
Harbison et al., 2013
Genome-wide association study of sleep in Drosophila melanogaster
[10.1186/1471-2164-14-281][FBrf0221487]
cv_BoutLength_Day cv_BoutLength_Night cv_BoutNumber_Day cv_BoutNumber_Night cv_SleepLength_Day cv_SleepLength_Night cv_WakingActivity mn_BoutLength_Day mn_BoutLength_Night mn_BoutNumber_Day mn_BoutNumber_Night mn_SleepLength_Day mn_SleepLength_Night mn_WakingActivity Sleep Behaviour
Curated
2012-12-31 Roel Bevers
Morozova et al., 2015
Polymorphisms in early neurodevelopmental genes affect natural variation in alcohol sensitivity in adult drosophila
[10.1186/s12864-015-2064-5][FBrf0229987]
mn_AlcoholSens_E1 mn_AlcoholSens_E2 mn_AlcoholTolerance se_AlcoholSens_E1 se_AlcoholSens_E2 se_AlcoholTolerance Metabolism Resistance Toxicity
Curated
2015-11-30 Roel Bevers
Mitchell et al., 2017
α-amanitin resistance in Drosophila melanogaster: A genome-wide association approach
[10.1371/journal.pone.0173162][FBrf0234898]
LC50_Alpha_Amanitin Surv_AAmanitin_0_2ug Surv_AAmanitin_2ug Resistance Toxicity
Curated
2017-02-26 Roel Bevers
Dembeck et al., 2015
Genetic architecture of natural variation in cuticular hydrocarbon composition in Drosophila melanogaster
[10.7554/eLife.09861][FBrf0230707]
Cuticul_11_9_Me_C23 Cuticul_13_11_Me_C25 Cuticul_2_Me_C22 Cuticul_2_Me_C24 Cuticul_2_Me_C25 Cuticul_2_Me_C26 Cuticul_2_Me_C26_C27 Cuticul_2_Me_C27_C28 Cuticul_2_Me_C28_C29 Cuticul_2_Me_C29_C30 Cuticul_2_Me_C30 Cuticul_3_Me_C23 Cuticul_3_Me_C23_C24 Cuticul_3_Me_C25 Cuticul_3_Me_C25_C26 Cuticul_3_Me_C27_C28 Cuticul_5_9_C25_1_2 Cuticul_5_9_C27_1_2 Cuticul_5_9_C29_1_2 Cuticul_5_C23_1 Cuticul_5_C24_1 Cuticul_5_C25_1 Cuticul_5_C27_1 Cuticul_5_Me_C25 Cuticul_6_10_C25_2 Cuticul_6_10_C26_2 Cuticul_6_C23_1 Cuticul_6_C24_1 Cuticul_6_C26_1 Cuticul_7_11_C23_2 Cuticul_7_11_C24_2 Cuticul_7_11_C25_2 Cuticul_7_11_C26_2 Cuticul_7_11_C31_2 Cuticul_7_C23_1 Cuticul_7_C24_1 Cuticul_7_C25_1 Cuticul_7_C26_1 Cuticul_7_C27_1 Cuticul_7_C29_1 Cuticul_8_12_C26_2 Cuticul_8_12_C28_2 Cuticul_8_C25_1 Cuticul_9_13_C25_2 Cuticul_9_13_C27_2 Cuticul_9_C23_1 Cuticul_9_C25_1 Cuticul_NI_20 Cuticul_NI_33 Cuticul_NI_34 Cuticul_NI_54 Cuticul_NI_7 Cuticul_n_C21 Cuticul_n_C22 Cuticul_n_C23 Cuticul_n_C24 Cuticul_n_C25 Cuticul_n_C26 Cuticul_n_C27 Cuticul_n_C28 Cuticul_n_C29 Cuticul_n_C31 Cuticul_x_C22_1_l2 Cuticul_x_C22_1_l3 Cuticul_x_C23_1 Cuticul_x_y_C24_2 Appearance Anatomy
Curated
2015-11-13 Roel Bevers
Guzman et al., 2021
Natural genetic variation in Drosophila melanogaster reveals genes associated with Coxiella burnetii infection
[10.1093/genetics/iyab005][FBrf0248571]
Dead_Coxiella Dead_PBS SurvTime_Coxiella SurvTime_PBS hr_log_Coxiella_Surv Immunity Resistance
Curated
2021-03-30 romain.rochepeau
Shorter et al., 2015
Genetic architecture of natural variation in Drosophila melanogaster aggressive behavior
[10.1073/pnas.1510104112][FBrf0228967]
mn_AggressionScore Behaviour
Curated
2015-07-06 Roel Bevers
Wong et al., 2023
Pleiotropic fitness effects across sexes and ages in the Drosophila genome and transcriptome
[10.1093/evolut/qpad163]
FemFit_Early FemFit_Late FocalLarv_Early FocalLarv_Late L2A_DeadPupae L2A_Eclosed L2A_FirstEclosion L2A_LastEclosion L2A_Viability MaleFit_Early MaleFit_Late RivalLarv_Early RivalLarv_Late mn_FemFit_EarlyAuth mn_FemFit_LateAuth mn_MaleFit_EarlyAuth mn_MaleFit_LateAuth Development Life history traits Evolution Ageing Mating Fecundity
Curated
2023-09-19 Anonymous
Saha et al., 2022
Genetic architecture of natural variation of cardiac performance from flies to humans
[10.7554/eLife.82459]
ArrhythmiaIndex DI_beatMean DI_beatSD DI_beatSDonMedian DI_totalTime DIoverHP DiastolicInterval EndDiastolicDiam EndSystolicDiam FractShortening HP_beatMean HP_beatSD HR_beatMean HR_beatMedian HR_beatSD HR_beatSDonMedian HeartPeriod SIDI_beatMean SIDI_beatMedian SIDI_beatSD SIDI_beatSDonMedian SI_beatMean SI_beatSD SI_beatSDonMedian SI_totalTime SIoverDI SIoverHP SystolicInterval nDI nSI Organ Size Cardiac function
Curated
2022-11-15 Anonymous
Unckless et al., 2015
A Genome-Wide Association Study for Nutritional Indices in Drosophila
[10.1534/g3.114.016477][FBrf0227710]
PC1_Nutri_Score_High PC1_Nutri_Score_Low PC2_Nutri_Score_High PC2_Nutri_Score_Low PC3_Nutri_Score_High PC3_Nutri_Score_Low PC4_Nutri_Score_High PC4_Nutri_Score_Low PC5_Nutri_Score_High PC5_Nutri_Score_Low mn_Glucose_HighDiet mn_Glucose_LowDiet mn_Glucose_Pooled mn_Glycerol_HighDiet mn_Glycerol_LowDiet mn_Glycerol_Pooled mn_Glycogen_HighDiet mn_Glycogen_LowDiet mn_Glycogen_Pooled mn_Protein_HighDiet mn_Protein_LowDiet mn_Protein_Pooled mn_Triglyceri_HiDiet mn_Triglyceri_LoDiet mn_Triglyceride_Pool mn_Weight_HighDiet mn_Weight_LowDiet mn_Weight_PooledDiet Nutrition Life history traits Metabolism
Curated
2015-02-28 Roel Bevers
Schmidt et al., 2017
Insights into DDT Resistance from the Drosophila melanogaster Genetic Reference Panel
[10.1534/genetics.117.300310][FBrf0237089]
mn_DDT_KD_10h mn_DDT_KD_11h mn_DDT_KD_12h mn_DDT_KD_13h mn_DDT_KD_14h mn_DDT_KD_15h mn_DDT_KD_1h mn_DDT_KD_24h mn_DDT_KD_2h mn_DDT_KD_30h mn_DDT_KD_3h mn_DDT_KD_4h mn_DDT_KD_5h mn_DDT_KD_6h mn_DDT_KD_7h mn_DDT_KD_8h mn_DDT_KD_9h mn_DDT_Mort_10h mn_DDT_Mort_11h mn_DDT_Mort_12h mn_DDT_Mort_13h mn_DDT_Mort_14h mn_DDT_Mort_15h mn_DDT_Mort_1h mn_DDT_Mort_24h mn_DDT_Mort_2h mn_DDT_Mort_30h mn_DDT_Mort_3h mn_DDT_Mort_4h mn_DDT_Mort_5h mn_DDT_Mort_6h mn_DDT_Mort_7h mn_DDT_Mort_8h mn_DDT_Mort_9h Resistance Toxicity
Curated
2017-10-31 romain.rochepeau
Lafuente et al., 2018
Genetic basis of thermal plasticity variation in Drosophila melanogaster body size
[10.1371/journal.pgen.1007686]
AbdomenLen_17C AbdomenLen_28C ThoraxLen_17C ThoraxLen_28C mn_AbdomenAbsSlope mn_AbdomenSlope mn_ThoraxAbsSlope mn_ThoraxSlope Development Anatomy
Curated
2018-09-26 romain.rochepeau
Newell et al., 2020
The Drosophila Post-mating Response: Gene Expression and Behavioral Changes Reveal Perdurance and Variation in Cross-Tissue Interactions
[10.1534/g3.119.400963][FBrf0245057]
Remated_xw1118 RmRank_xw1118 RmRate_xw1118 mn_RmRank_xw1118Auth Behaviour Mating
Curated
2020-02-29 romain.rochepeau
Rohde et al., 2018
Functional Validation of Candidate Genes Detected by Genomic Feature Models
[10.1534/g3.118.200082][FBrf0238818]
mn_LocomActivity se_LocomActivity Behaviour Locomotion
Curated
2018-04-30 romain.rochepeau
Arya et al., 2015
The Genetic Basis for Variation in Olfactory Behavior in Drosophila melanogaster
[10.1093/chemse/bjv001][FBrf0228128]
mn_Resp_1_Acetophen mn_Resp_1_Hexanol mn_Resp_2_Heptanone mn_Resp_2_PhenylEthy mn_Resp_Benzaldehyde mn_Resp_Citral mn_Resp_EthylAcetate mn_Resp_EthylButyrat mn_Resp_Eugenol mn_Resp_Helional mn_Resp_Hexanal mn_Resp_I_Carvone mn_Resp_MethylSalicy mn_Resp_d_Carvone Olfactory Sensory Behaviour
Curated
2015-04-30 Roel Bevers
Pitchers et al., 2019
A Multivariate Genome-Wide Association Study of Wing Shape in Drosophila melanogaster
[10.1534/genetics.118.301342][FBrf0242020]
WingCS_Dwo WingCS_Hou WingPC01_Dwo WingPC01_Hou WingPC02_Dwo WingPC02_Hou WingPC03_Dwo WingPC03_Hou WingPC04_Dwo WingPC04_Hou WingPC05_Dwo WingPC05_Hou WingPC06_Dwo WingPC06_Hou WingPC07_Dwo WingPC07_Hou WingPC08_Dwo WingPC08_Hou WingPC09_Dwo WingPC09_Hou WingPC10_Dwo WingPC10_Hou WingPC11_Dwo WingPC11_Hou WingPC12_Dwo WingPC12_Hou WingPC13_Dwo WingPC13_Hou WingPC14_Dwo WingPC14_Hou WingPC15_Dwo WingPC15_Hou WingPC16_Dwo WingPC16_Hou WingPC17_Dwo WingPC17_Hou WingPC18_Dwo WingPC18_Hou WingPC19_Dwo WingPC19_Hou WingPC20_Dwo WingPC20_Hou WingPC21_Dwo WingPC21_Hou WingPC22_Dwo WingPC22_Hou WingPC23_Dwo WingPC23_Hou WingPC24_Dwo WingPC24_Hou WingPC25_Dwo WingPC25_Hou WingPC26_Dwo WingPC26_Hou WingPC27_Dwo WingPC27_Hou WingPC28_Dwo WingPC28_Hou WingPC29_Dwo WingPC29_Hou WingPC30_Dwo WingPC30_Hou WingPC31_Dwo WingPC31_Hou WingPC32_Dwo WingPC32_Hou WingPC33_Dwo WingPC33_Hou WingPC34_Dwo WingPC34_Hou WingPC35_Dwo WingPC35_Hou WingPC36_Dwo WingPC36_Hou WingPC37_Dwo WingPC37_Hou WingPC38_Dwo WingPC38_Hou WingPC39_Dwo WingPC39_Hou WingPC40_Dwo WingPC40_Hou WingPC41_Dwo WingPC41_Hou WingPC42_Dwo WingPC42_Hou WingPC43_Dwo WingPC43_Hou WingPC44_Dwo WingPC44_Hou WingPC45_Dwo WingPC45_Hou WingPC46_Dwo WingPC46_Hou WingPC47_Dwo WingPC47_Hou WingPC48_Dwo WingPC48_Hou WingPC49_Dwo WingPC49_Hou WingPC50_Dwo WingPC50_Hou WingPC51_Dwo WingPC51_Hou WingPC52_Dwo WingPC52_Hou WingPC53_Dwo WingPC53_Hou WingPC54_Dwo WingPC54_Hou WingPC55_Dwo WingPC55_Hou WingPC56_Dwo WingPC56_Hou WingPC57_Dwo WingPC57_Hou WingPC58_Dwo WingPC58_Hou Development Organ Size Anatomy
Curated
2019-03-31 romain.rochepeau
Chow et al., 2015
Candidate genetic modifiers of retinitis pigmentosa identified by exploiting natural variation in Drosophila
[10.1093/hmg/ddv502]
md_EyeArea_xRh1G69D mn_EyeArea_xRh1G69D mn_Weight_xRh1G69D sd_EyeArea_xRh1G69D Sensory Organ Size Anatomy
Curated
2016-02-15 Vincent Gardeux
Dobson et al., 2015
Host genetic determinants of microbiota-dependent nutrition revealed by genome-wide analysis of Drosophila melanogaster
[10.1038/ncomms7312]
WolbachiaStatus Nutrition Microbiota Metabolism
Curated
2015-02-18 Fab
Chaston et al., 2016
Host Genetic Control of the Microbiota Mediates the Drosophila Nutritional Phenotype
[10.1128/AEM.03301-15][FBrf0230551]
Microbiota_OTU001 Microbiota_OTU002 Microbiota_OTU003 Microbiota_OTU004 Microbiota_OTU005 Microbiota_OTU006 Microbiota_OTU007 Microbiota_OTU008 Microbiota_OTU009 Microbiota_OTU010 Microbiota_OTU011 Microbiota_OTU012 Microbiota_OTU013 Microbiota_OTU014 Microbiota_OTU015 Microbiota_OTU016 Microbiota_OTU017 Microbiota_OTU018 Microbiota_OTU019 Microbiota_OTU020 Microbiota_OTU021 Microbiota_OTU022 Microbiota_OTU023 Microbiota_OTU024 Microbiota_OTU025 Microbiota_OTU026 Microbiota_OTU027 Microbiota_OTU028 Microbiota_OTU029 Microbiota_OTU030 Microbiota_OTU031 Microbiota_OTU032 Microbiota_OTU033 Microbiota_OTU034 Microbiota_OTU035 Microbiota_OTU037 Microbiota_OTU040 Microbiota_OTU041 Microbiota_OTU042 Microbiota_OTU044 Microbiota_OTU045 Microbiota_OTU046 Microbiota_OTU047 Microbiota_OTU048 Microbiota_OTU050 Microbiota_OTU051 Microbiota_OTU052 Microbiota_OTU053 Microbiota_OTU056 Microbiota_OTU058 Microbiota_OTU060 Microbiota_OTU063 Microbiota_OTU068 Microbiota_OTU069 Microbiota_OTU073 Microbiota_OTU074 Microbiota_OTU077 Microbiota_OTU081 Microbiota_OTU082 Microbiota_OTU087 Microbiota_OTU090 Microbiota_OTU091 Microbiota_OTU110 Microbiota_OTU115 Microbiota_OTU121 Microbiota_OTU124 Microbiota_OTU127 Microbiota_OTU134 Microbiota_OTU137 Microbiota_OTU154 Microbiota_OTU160 Microbiota_OTU166 Microbiota_OTU170 Microbiota_OTU171 Microbiota_OTU172 Microbiota_OTU173 mn_Glucose mn_Glycogen mn_Protein mn_TAG_Glycerol pc_Acetobacteraceae pc_Comamonadaceae pc_Lactobacillaceae pc_Other pc_Xanthomonadaceae se_Glucose se_Glycogen se_Protein se_TAG_Glycerol Nutrition Metabolism Microbiota
Curated
2016-01-14 Roel Bevers
Ivanov et al., 2015
Longevity GWAS Using the Drosophila Genetic Reference Panel
[10.1093/gerona/glv047][FBrf0230043]
WolbachiaStatus md_Lifespan mn_Lifespan sd_Lifespan Ageing
Curated
2015-11-30 Roel Bevers
Richardson et al., 2012
Population Genomics of the Wolbachia Endosymbiont in Drosophila melanogaster
[10.1371/journal.pgen.1003129][FBrf0220355]
Mitochon_Breadth_Cov Mitochon_Consens_Dif Mitochon_Consens_Len Mitochon_Depth_Cov Mitochon_Hap_COI2160 Mitochon_Hap_COI2187 Mitochon_Haplotype Mitochon_Mapped_Read Mitochondrial_Clade Nuclear_Breadth_Cov Nuclear_Consensu_Dif Nuclear_Consensu_Len Nuclear_Depth_Cov Nuclear_Mapped_Reads Reads_Total Total_Number_bp Wolbachi_Breadth_Cov Wolbachi_Consens_Dif Wolbachi_Consens_Len WolbachiaStatus WolbachiaStatus_PCR Wolbachia_Depth_Cov Wolbachia_Map_Reads Immunity Microbiota Genome architecture
Curated
2012-12-19 Roel Bevers
Spierer et al., 2021
Natural variation in the regulation of neurodevelopmental genes modifies flight performance in Drosophila
[10.1371/journal.pgen.1008887][FBrf0248437]
mn_LandHtSexAvg mn_LandHtSexAvgAdj mn_LandHtSexDiff mn_LandHtSexDiffAdj mn_LandingHeight mn_LandingHeightAdj Behaviour Locomotion
Curated
2021-03-17 romain.rochepeau
Vonesch et al., 2016
Genome-Wide Analysis Reveals Novel Regulators of Growth in Drosophila melanogaster
[10.1371/journal.pgen.1005616][FBrf0230608]
Eye_Area Eye_Interocular_Dist Head_Width Shoulder_Width Thorax_Length Wing_ACV_Length Wing_Anterior_to_L2 Wing_Area Wing_CentroidSize Wing_Intervein_Area1 Wing_Intervein_Area2 Wing_Intervein_Area3 Wing_Intervein_Area4 Wing_Intervein_Area5 Wing_Intervein_Area6 Wing_Intervein_Area7 Wing_Intervein_Area8 Wing_L1_Vein_Length Wing_L2_Vein_Length Wing_L3_Vein_Length Wing_L4_Vein_Length Wing_L5_Vein_Length Wing_L6_Vein_Length Wing_Length Wing_PCV_Length Wing_Posterior_to_L5 Wing_Width Anatomy Appearance Organ Size
Curated
2016-01-10 Roel Bevers
Najarro et al., 2015
Identifying Loci Contributing to Natural Variation in Xenobiotic Resistance in Drosophila
[10.1371/journal.pgen.1005663][FBrf0230275]
Lifespan_Caffeine Resistance Toxicity
Curated
2015-11-29 Roel Bevers
Francis et al., 2021
Genome-wide analysis in Drosophila reveals diet-by-gene interactions and uncovers diet-responsive genes
[10.1093/g3journal/jkab171]
StarvRes_CR StarvRes_HCD StarvRes_HFD StarvRes_HPD StarvRes_NF mn_StarvRes_HCDAuth mn_StarvRes_HFDAuth mn_StarvRes_HPDAuth mn_StarvRes_NFAuth Resistance Metabolism Nutrition
Curated
2021-09-27 romain.rochepeau
Akhund-Zade et al., 2021
Genetic basis of offspring number–body weight tradeoff in Drosophila melanogaster
[10.1093/g3journal/jkab129]
OffspringNum OffspringNum_Dens1 OffspringNum_Dens2 OffspringNum_Dens3 OffspringNum_Dens4 OffspringNum_Dens5 OffspringWt OffspringWt_Dens1 OffspringWt_Dens2 OffspringWt_Dens3 OffspringWt_Dens4 OffspringWt_Dens5 mn_OffspringIndex mn_OffspringNumAuth mn_OffspringWtAuth Life history traits Development Anatomy Fecundity
Curated
2021-07-13 romain.rochepeau
Bonfini et al., 2021
Multiscale analysis reveals that diet-dependent midgut plasticity emerges from alterations in both stem cell niche coupling and enterocyte size
[10.7554/elife.64125]
AntLength_HS AntLength_HY AntWidth_HS AntWidth_HY ECArea_HS ECArea_HY MidLength_HS MidLength_HY MidgutLen_HS MidgutLen_HY PH3Cells_HS PH3Cells_HY PostLength_HS PostLength_HY PostWidth_HS PostWidth_HY TotalLength_HS TotalLength_HY Organ Size Anatomy Nutrition
Curated
2021-09-22 romain.rochepeau
Huang et al., 2014
Natural variation in genome architecture among 205 Drosophila melanogaster Genetic Reference Panel lines
[10.1101/gr.171546.113][FBrf0225536]
Inversion_2L_t Inversion_2R_NS Inversion_2R_Y1 Inversion_2R_Y2 Inversion_2R_Y3 Inversion_2R_Y4 Inversion_2R_Y5 Inversion_2R_Y6 Inversion_2R_Y7 Inversion_3L_M Inversion_3L_P Inversion_3L_Y Inversion_3R_C Inversion_3R_K Inversion_3R_Mo Inversion_3R_P SegregVariants_2L SegregVariants_2R SegregVariants_3L SegregVariants_3R SegregVariants_X TotalVariants_2L TotalVariants_2R TotalVariants_3L TotalVariants_3R TotalVariants_X WolbachiaStatus mn_GenomeSize pc_SegregVariants_2L pc_SegregVariants_2R pc_SegregVariants_3L pc_SegregVariants_3R pc_SegregVariants_X se_GenomeSize Genome architecture Microbiota
Curated
2014-06-30 Roel Bevers
Vaisnav et al., 2014
Genome-Wide Association Analysis of Radiation Resistance in Drosophila melanogaster
[10.1371/journal.pone.0104858][FBrf0225939]
Survival_Radiation Resistance
Curated
2014-08-13 Roel Bevers
Harbison et al., 2018
Genome-Wide Association Study of Circadian Behavior in Drosophila melanogaster
[10.1007/s10519-018-9932-0][FBrf0241121]
Circadian_Per_ChiSq Circadian_Per_MESA Rhythmicity_Index Sleep Life history traits Behaviour
Curated
2018-12-31 Roel Bevers
Kelsey et al., 2017
Variation in Position Effect Variegation Within a Natural Population
[10.1534/genetics.117.300306]
mn_PEV_CyO_xwm4 mn_PEV_Df_xwm4 Appearance Genome architecture
Curated
2017-11-01 Anonymous
Battlay et al., 2018
Structural Variants and Selective Sweep Foci Contribute to Insecticide Resistance in the Drosophila Genetic Reference Panel
[10.1534/g3.118.200619][FBrf0240570]
mn_KD_Permeth_3h mn_Mort_Malath_12h mn_Mort_Malath_24h mn_Mort_Malath_3h mn_Mort_Malath_6h mn_Mort_Permeth_24h Resistance Genome architecture Toxicity
Curated
2018-10-31 romain.rochepeau
Watanabe et al., 2020
Genetic Networks Underlying Natural Variation in Basal and Induced Activity Levels in Drosophila melanogaster
[10.1534/g3.119.401034]
BasalAct InducedAct mn_BasalActAuth Behaviour Locomotion
Curated
2020-04-01 romain.rochepeau
Huang et al., 2020
Context-dependent genetic architecture of Drosophila life span
[10.1371/journal.pbio.3000645][FBrf0245198]
Lifespan_18C Lifespan_25C Lifespan_28C sd_Lifespan_Env_18 sd_Lifespan_Env_25 sd_Lifespan_Env_28 Ageing Life history traits Evolution
Curated
2020-03-04 Roel Bevers
Chi et al., 2021
RNA-binding protein syncrip regulates starvation-induced hyperactivity in adult Drosophila
[10.1371/journal.pgen.1009396][FBrf0248324]
StarvResist mn_BaselineActivity mn_DeltaActivity se_DeltaActivity Behaviour Resistance Locomotion
Curated
2021-02-21 romain.rochepeau
Swarup et al., 2012
Analysis of natural variation reveals neurogenetic networks for Drosophila olfactory behavior
[10.1073/pnas.1220168110][FBrf0220538]
mn_RespBenzaldeh_0_3 Sensory Behaviour Olfactory
Curated
2013-01-14 romain.rochepeau
Zhang et al., 2021
Testing Implications of the Omnigenic Model for the Genetic Analysis of Loci Identified through Genome-wide Association
[10.1016/j.cub.2020.12.023][FBrf0248411]
mn_PupalCaseLength Development Anatomy
Curated
2021-02-28 romain.rochepeau
Rajpurohit et al., 2018
Spatiotemporal dynamics and genome-wide association analysis of desiccation tolerance in Drosophila melanogaster
[10.1111/mec.14814][FBrf0239872]
mn_DesiccSurvival Resistance Evolution
Curated
2018-08-31 romain.rochepeau
Knudsen et al., 2020
Genetic Variation and Potential for Resistance Development to the tTA Overexpression Lethal System in Insects
[10.1534/g3.120.400990][FBrf0245357]
mn_FemLethal_xFL3 mn_FemProgeny_xFL3 Life history traits Resistance Toxicity
Curated
2020-03-31 romain.rochepeau
Sidisky et al., 2023
Genome-wide analysis reveals novel regulators of synaptic maintenance in Drosophila
[10.1093/genetics/iyad025]
mn_LandHtDiff_D21_D3 mn_LandHt_D21 mn_LandHt_D3 se_LandHt_D21 se_LandHt_D3 Behaviour Ageing Locomotion
Curated
2023-04-05 Anonymous
Zhou et al., 2016
The Genetic Basis for Variation in Sensitivity to Lead Toxicity in Drosophila melanogaster
[10.1289/ehp.1510513][FBrf0233045]
gp_Dev_Time_Lead gp_Viability_Lead mn_Dev_Time mn_Dev_Time_Lead mn_Tot_Activity mn_Tot_Activity_Lead mn_Viability mn_Viability_Lead Toxicity Life history traits
Curated
2016-06-30 Roel Bevers
Rohde et al., 2019
Genetic Signatures of Drug Response Variability in Drosophila melanogaster
[10.1534/genetics.119.302381][FBrf0243724]
Food_Intake_MPH Food_Intake_SUC Locomot_Activity_MPH Locomot_Activity_SUC Locomotion Behaviour
Curated
2019-09-30 romain.rochepeau
Morozova et al., 2018
A Cyclin E Centered Genetic Network Contributes to Alcohol-Induced Variation in Drosophila Development
[10.1534/g3.118.200260][FBrf0239702]
mn_DevTime_Ctrl mn_DevTime_EtOH mn_StartleResp_Ctrl mn_StartleResp_EtOH mn_Viability_Ctrl mn_Viability_EtOH Development Behaviour Life history traits Toxicity Locomotion
Curated
2018-07-31 romain.rochepeau
Garlapow et al., 2015
Quantitative Genetics of Food Intake in Drosophila melanogaster
[10.1371/journal.pone.0138129][FBrf0229641]
Food_Intake Metabolism Nutrition Behaviour
Curated
2015-09-15 Roel Bevers
Duneau et al., 2018
Signatures of Insecticide Selection in the Genome of Drosophila melanogaster
[10.1534/g3.118.200537]
DeltamethrinSurv48h ParathionAlive48h ParathionDeathTime Resistance Toxicity
Curated
2018-11-01 romain.rochepeau
Litovchenko et al., 2021
Extensive tissue-specific expression variation and novel regulators underlying circadian behavior
[10.1126/sciadv.abc3781][FBrf0247917]
TimeShift_brain TimeShift_fatbody TimeShift_gut Behaviour
Curated
2021-01-28 romain.rochepeau
Jordan et al., 2012
Genome-Wide Association for Sensitivity to Chronic Oxidative Stress in Drosophila melanogaster
[10.1371/journal.pone.0038722][FBrf0218606]
mn_NegGeotaxis_CTRL mn_NegGeotaxis_MSB mn_StartleResp_CTRL mn_StartleResp_MSB Locomotion Ageing Resistance Life history traits
Curated
2012-06-07 Roel Bevers
Evangelou et al., 2019
Unpredictable Effects of the Genetic Background of Transgenic Lines in Physiological Quantitative Traits
[10.1534/g3.119.400715]
mn_DefecRate_PA mn_FecalpH_PA mn_Fecundity mn_MidgutMitosis_PA mn_SurvLT50_PA mn_TermBranch_5pcO2 Metabolism Life history traits Resistance Development Immunity Fecundity
Curated
2019-11-01 romain.rochepeau
Katzenberger et al., 2015
Death following traumatic brain injury in Drosophila is associated with intestinal barrier dysfunction
[10.7554/eLife.04790][FBrf0227948]
mn_MortalityInd sd_MortalityInd Resistance Life history traits
Curated
2015-03-04 Roel Bevers
Mackay et al., 2012
The Drosophila melanogaster Genetic Reference Panel
[10.1038/nature10811][FBrf0217434]
Novel_TEs SegregVariants_2L SegregVariants_2R SegregVariants_3L SegregVariants_3R SegregVariants_X Shared_TEs Total_TEs Unique_TEs WolbachiaStatus mn_ChillComaRec mn_StartleRes mn_StarvationRes mn_StarvationRes_ADJ pc_SegregVariants_2L pc_SegregVariants_2R pc_SegregVariants_3L pc_SegregVariants_3R pc_SegregVariants_X Microbiota Locomotion Resistance Behaviour
Curated
2012-01-31 Roel Bevers
Montgomery et al., 2014
Genome-Wide Association Analysis of Tolerance to Methylmercury Toxicity in Drosophila Implicates Myogenic and Neuromuscular Developmental Pathways
[10.1371/journal.pone.0110375][FBrf0226648]
idx_Surv_10MeHg idx_Surv_10MeHg_CAFF idx_Surv_15MeHg idx_Surv_5MeHg idx_Surv_cum_MeHg pc_Surv_MeHg_0 pc_Surv_MeHg_0_CAFF pc_Surv_MeHg_10 pc_Surv_MeHg_10_CAFF pc_Surv_MeHg_15 pc_Surv_MeHg_5 Fecundity Resistance Toxicity
Curated
2014-10-30 Roel Bevers
Morgante et al., 2015
Genetic Architecture of Micro-Environmental Plasticity in Drosophila melanogaster
[10.1038/srep09785][FBrf0228381]
ChillComaRec StartleRes StarvationRes sd_ChillComaRec sd_StartleRes sd_StarvationRes se_ChillComaRec se_StartleRes se_StarvationRes Resistance Behaviour Locomotion
Curated
2015-09-21 Roel Bevers
Jin et al., 2020
Genetic and metabolomic architecture of variation in diet restriction-mediated lifespan extension in Drosophila
[10.1371/journal.pgen.1008835][FBrf0246151]
ADP_AL ADP_DR AMP_AL AMP_DR Acetoacetate_AL Acetoacetate_DR AcetylGlycine_AL AcetylGlycine_DR Acetylcarnitine_AL Acetylcarnitine_DR Acetylcholine_AL Acetylcholine_DR Adenine_AL Adenine_DR Adenosine_AL Adenosine_DR Agmatine_AL Agmatine_DR Alanine_AL Alanine_DR Allantoin_AL Allantoin_DR AlphaKG_AL AlphaKG_DR Aminoisobutyrate_AL Aminoisobutyrate_DR Aminovalerate_AL Aminovalerate_DR Anthranilate_AL Anthranilate_DR Arachidonate_AL Arachidonate_DR Arginine_AL Arginine_DR Asparagine_AL Asparagine_DR Aspartate_AL Aspartate_DR Betaine_AL Betaine_DR Biotin_AL Biotin_DR CMP_AL CMP_DR Cadaverine_AL Cadaverine_DR Carnitine_AL Carnitine_DR Choline_AL Choline_DR Citrulline_AL Citrulline_DR Cystathionine_AL Cystathionine_DR Cystine_AL Cystine_DR Cytidine_AL Cytidine_DR Cytosine_AL Cytosine_DR Epinephrine_AL Epinephrine_DR GA3P_AL GA3P_DR GMP_AL GMP_DR GeranylPP_AL GeranylPP_DR Glucose_AL Glucose_DR Glucuronate_AL Glucuronate_DR Glutamate_AL Glutamate_DR Glutamine_AL Glutamine_DR Glyceraldehyde_AL Glyceraldehyde_DR Glycerate2P_AL Glycerate2P_DR Glycerate_AL Glycerate_DR Glycerol3P_AL Glycerol3P_DR Glycine_AL Glycine_DR Guanosine_AL Guanosine_DR HODE13_AL HODE13_DR HexoseP_AL HexoseP_DR Histamine_AL Histamine_DR Histidine_AL Histidine_DR Homogentisate_AL Homogentisate_DR Hydroxybutyrate_AL Hydroxybutyrate_DR Hydroxyglutarate_AL Hydroxyglutarate_DR Hypoxanthine_AL Hypoxanthine_DR IMP_AL IMP_DR Inosine_AL Inosine_DR Inositol_AL Inositol_DR Isoleucine_AL Isoleucine_DR Isovalerate_AL Isovalerate_DR Kynurenine_AL Kynurenine_DR Lactate_AL Lactate_DR Lactose_AL Lactose_DR LeucicAcid_AL LeucicAcid_DR Leucine_AL Leucine_DR Linoleate_AL Linoleate_DR Linolenate_AL Linolenate_DR Lysine_AL Lysine_DR Malondialdehyde_AL Malondialdehyde_DR Margarate_AL Margarate_DR Methionine_AL Methionine_DR Methyladenosine_AL Methyladenosine_DR Methylguanosine_AL Methylguanosine_DR Methylhistidine_AL Methylhistidine_DR Methylmalonate_AL Methylmalonate_DR Myristate_AL Myristate_DR OHKynurenine_AL OHKynurenine_DR Ornithine_AL Ornithine_DR Orotate_AL Orotate_DR Oxaloacetate_AL Oxaloacetate_DR Oxypurinol_AL Oxypurinol_DR PEP_AL PEP_DR Pantothenate_AL Pantothenate_DR Phenylalanine_AL Phenylalanine_DR Pipecolate_AL Pipecolate_DR Proline_AL Proline_DR Putrescine_AL Putrescine_DR Pyridoxal5P_AL Pyridoxal5P_DR PyridoxicAcid_AL PyridoxicAcid_DR Pyruvate_AL Pyruvate_DR Ribose5P_AL Ribose5P_DR Sarcosine_AL Sarcosine_DR Serine_AL Serine_DR Sorbitol_AL Sorbitol_DR Succinate_AL Succinate_DR Sucrose_AL Sucrose_DR Taurine_AL Taurine_DR Threonine_AL Threonine_DR Trimethylamine_AL Trimethylamine_DR Tryptophan_AL Tryptophan_DR Tyrosine_AL Tyrosine_DR Uracil_AL Uracil_DR Urate_AL Urate_DR Uridine_AL Uridine_DR Valine_AL Valine_DR Xanthosine_AL Xanthosine_DR Xanthurenate_AL Xanthurenate_DR cGMP_AL cGMP_DR mn_LifespanDRminusAL mn_Lifespan_AL mn_Lifespan_DR mn_rLS Metabolism Life history traits Ageing Nutrition
Curated
2020-07-08 romain.rochepeau
Özsoy et al., 2021
Epistasis for head morphology in Drosophila melanogaster
[10.1093/g3journal/jkab285]
FaceWidth_xCantonS FaceWidth_xInv FaceWidth_xJing HeadWidth_xCantonS HeadWidth_xInv HeadWidth_xJing Organ Size Anatomy
Curated
2021-09-26 Anonymous

909 phenotypes associated

ADP_AL ADP_DR AMP_AL AMP_DR AbdominalPigmentT5 AbdominalPigmentT6 Acetoacetate_AL Acetoacetate_DR AcetylGlycine_AL AcetylGlycine_DR Acetylcarnitine_AL Acetylcarnitine_DR Acetylcholine_AL Acetylcholine_DR Adenine_AL Adenine_DR Adenosine_AL Adenosine_DR Aggression_GSEI Agmatine_AL Agmatine_DR Alanine_AL Alanine_DR Allantoin_AL Allantoin_DR AlphaKG_AL AlphaKG_DR Aminoisobutyrate_AL Aminoisobutyrate_DR Aminovalerate_AL Aminovalerate_DR Anthranilate_AL Anthranilate_DR Arachidonate_AL Arachidonate_DR Arginine_AL Arginine_DR ArrhythmiaIndex Asparagine_AL Asparagine_DR Aspartate_AL Aspartate_DR BacterialLoad_PR BacterialLoad_PR_ADJ Betaine_AL Betaine_DR Biotin_AL Biotin_DR CMP_AL CMP_DR Cadaverine_AL Cadaverine_DR Carnitine_AL Carnitine_DR ChillComaRec Choline_AL Choline_DR Circadian_Per_ChiSq Circadian_Per_MESA Citrulline_AL Citrulline_DR Climb20Day_AL Climb20Day_DR Climb50Day_AL Climb50Day_DR Cuticul_11_9_Me_C23 Cuticul_13_11_Me_C25 Cuticul_2_Me_C22 Cuticul_2_Me_C24 Cuticul_2_Me_C25 Cuticul_2_Me_C26 Cuticul_2_Me_C26_C27 Cuticul_2_Me_C27_C28 Cuticul_2_Me_C28_C29 Cuticul_2_Me_C29_C30 Cuticul_2_Me_C30 Cuticul_3_Me_C23 Cuticul_3_Me_C23_C24 Cuticul_3_Me_C25 Cuticul_3_Me_C25_C26 Cuticul_3_Me_C27_C28 Cuticul_5_9_C25_1_2 Cuticul_5_9_C27_1_2 Cuticul_5_9_C29_1_2 Cuticul_5_C23_1 Cuticul_5_C24_1 Cuticul_5_C25_1 Cuticul_5_C27_1 Cuticul_5_Me_C25 Cuticul_6_10_C25_2 Cuticul_6_10_C26_2 Cuticul_6_C23_1 Cuticul_6_C24_1 Cuticul_6_C26_1 Cuticul_7_11_C23_2 Cuticul_7_11_C24_2 Cuticul_7_11_C25_2 Cuticul_7_11_C26_2 Cuticul_7_11_C31_2 Cuticul_7_C23_1 Cuticul_7_C24_1 Cuticul_7_C25_1 Cuticul_7_C26_1 Cuticul_7_C27_1 Cuticul_7_C29_1 Cuticul_8_12_C26_2 Cuticul_8_12_C28_2 Cuticul_8_C25_1 Cuticul_9_13_C25_2 Cuticul_9_13_C27_2 Cuticul_9_C23_1 Cuticul_9_C25_1 Cuticul_NI_20 Cuticul_NI_33 Cuticul_NI_34 Cuticul_NI_54 Cuticul_NI_7 Cuticul_n_C21 Cuticul_n_C22 Cuticul_n_C23 Cuticul_n_C24 Cuticul_n_C25 Cuticul_n_C26 Cuticul_n_C27 Cuticul_n_C28 Cuticul_n_C29 Cuticul_n_C31 Cuticul_x_C22_1_l2 Cuticul_x_C22_1_l3 Cuticul_x_C23_1 Cuticul_x_y_C24_2 Cystathionine_AL Cystathionine_DR Cystine_AL Cystine_DR Cytidine_AL Cytidine_DR Cytosine_AL Cytosine_DR DI_beatMean DI_beatSD DI_beatSDonMedian DI_totalTime DIoverHP Dead_Coxiella Dead_PBS DeltamethrinSurv48h DiastolicInterval ERStress_t50 EarlyAct EndDiastolicDiam EndSystolicDiam Epinephrine_AL Epinephrine_DR Eye_Area Eye_Interocular_Dist FaceWidth_xCantonS FaceWidth_xInv FaceWidth_xJing FarPoint_Butanedione FemFit_Early FemFit_Late Femur_Length_T1 Femur_Length_T2 FocalLarv_Early FocalLarv_Late Food_Intake Food_Intake_MPH Food_Intake_SUC FractShortening GA3P_AL GA3P_DR GMP_AL GMP_DR Geotaxis_2wk_xLRRK2 Geotaxis_6wk_xLRRK2 GeranylPP_AL GeranylPP_DR Glucose_AL Glucose_DR Glucuronate_AL Glucuronate_DR Glutamate_AL Glutamate_DR Glutamine_AL Glutamine_DR Glyceraldehyde_AL Glyceraldehyde_DR Glycerate2P_AL Glycerate2P_DR Glycerate_AL Glycerate_DR Glycerol3P_AL Glycerol3P_DR Glycine_AL Glycine_DR Guanosine_AL Guanosine_DR HODE13_AL HODE13_DR HP_beatMean HP_beatSD HR_beatMean HR_beatMedian HR_beatSD HR_beatSDonMedian HeadWidth_xCantonS HeadWidth_xInv HeadWidth_xJing Head_Width HeartPeriod HexoseP_AL HexoseP_DR Histamine_AL Histamine_DR Histidine_AL Histidine_DR Homogentisate_AL Homogentisate_DR Hydroxybutyrate_AL Hydroxybutyrate_DR Hydroxyglutarate_AL Hydroxyglutarate_DR Hypoxanthine_AL Hypoxanthine_DR IMP_AL IMP_DR Inosine_AL Inosine_DR Inositol_AL Inositol_DR Inversion_2L_t Inversion_2R_NS Inversion_2R_Y1 Inversion_2R_Y2 Inversion_2R_Y3 Inversion_2R_Y4 Inversion_2R_Y5 Inversion_2R_Y6 Inversion_2R_Y7 Inversion_3L_M Inversion_3L_P Inversion_3L_Y Inversion_3R_C Inversion_3R_K Inversion_3R_Mo Inversion_3R_P Isoleucine_AL Isoleucine_DR Isovalerate_AL Isovalerate_DR Kynurenine_AL Kynurenine_DR L2A_DeadPupae L2A_Eclosed L2A_FirstEclosion L2A_LastEclosion L2A_Viability LD50_Azinphos_Methyl LT50_Metarhizium_Ani Lactate_AL Lactate_DR Lactose_AL Lactose_DR Late_Activity LeucicAcid_AL LeucicAcid_DR Leucine_AL Leucine_DR LifespanBoricAcid Lifespan_18C Lifespan_25C Lifespan_Caffeine Linoleate_AL Linoleate_DR Linolenate_AL Linolenate_DR LocRatio_Butanedione Locomot_Activity_MPH Locomot_Activity_SUC Lysine_AL Lysine_DR MaleFit_Early MaleFit_Late Malondialdehyde_AL Malondialdehyde_DR Margarate_AL Margarate_DR MedLifespan_AL MedLifespan_DR MenadioneSodBi_Resis Methionine_AL Methionine_DR Methyladenosine_AL Methyladenosine_DR Methylguanosine_AL Methylguanosine_DR Methylhistidine_AL Methylhistidine_DR Methylmalonate_AL Methylmalonate_DR Microbiota_OTU001 Microbiota_OTU002 Microbiota_OTU003 Microbiota_OTU004 Microbiota_OTU005 Microbiota_OTU006 Microbiota_OTU007 Microbiota_OTU008 Microbiota_OTU009 Microbiota_OTU010 Microbiota_OTU011 Microbiota_OTU012 Microbiota_OTU013 Microbiota_OTU014 Microbiota_OTU015 Microbiota_OTU016 Microbiota_OTU017 Microbiota_OTU018 Microbiota_OTU019 Microbiota_OTU020 Microbiota_OTU021 Microbiota_OTU022 Microbiota_OTU023 Microbiota_OTU024 Microbiota_OTU025 Microbiota_OTU026 Microbiota_OTU027 Microbiota_OTU028 Microbiota_OTU029 Microbiota_OTU030 Microbiota_OTU031 Microbiota_OTU032 Microbiota_OTU033 Microbiota_OTU034 Microbiota_OTU035 Microbiota_OTU037 Microbiota_OTU040 Microbiota_OTU041 Microbiota_OTU042 Microbiota_OTU044 Microbiota_OTU045 Microbiota_OTU046 Microbiota_OTU047 Microbiota_OTU048 Microbiota_OTU050 Microbiota_OTU051 Microbiota_OTU052 Microbiota_OTU053 Microbiota_OTU056 Microbiota_OTU058 Microbiota_OTU060 Microbiota_OTU063 Microbiota_OTU068 Microbiota_OTU069 Microbiota_OTU073 Microbiota_OTU074 Microbiota_OTU077 Microbiota_OTU081 Microbiota_OTU082 Microbiota_OTU087 Microbiota_OTU090 Microbiota_OTU091 Microbiota_OTU110 Microbiota_OTU115 Microbiota_OTU121 Microbiota_OTU124 Microbiota_OTU127 Microbiota_OTU134 Microbiota_OTU137 Microbiota_OTU154 Microbiota_OTU160 Microbiota_OTU166 Microbiota_OTU170 Microbiota_OTU171 Microbiota_OTU172 Microbiota_OTU173 Mitochon_Breadth_Cov Mitochon_Consens_Dif Mitochon_Consens_Len Mitochon_Depth_Cov Mitochon_Hap_COI2160 Mitochon_Hap_COI2187 Mitochon_Haplotype Mitochon_Mapped_Read Mitochondrial_Clade Myristate_AL Myristate_DR Nuclear_Breadth_Cov Nuclear_Consensu_Dif Nuclear_Consensu_Len Nuclear_Depth_Cov Nuclear_Mapped_Reads OHKynurenine_AL OHKynurenine_DR OffspringNum OffspringWt Ornithine_AL Ornithine_DR Orotate_AL Orotate_DR Oxaloacetate_AL Oxaloacetate_DR Oxypurinol_AL Oxypurinol_DR PC1_Nutri_Score_High PC1_Nutri_Score_Low PC2_Nutri_Score_High PC2_Nutri_Score_Low PC3_Nutri_Score_High PC3_Nutri_Score_Low PC4_Nutri_Score_High PC4_Nutri_Score_Low PC5_Nutri_Score_High PC5_Nutri_Score_Low PEP_AL PEP_DR PE_FracDead_3d Pantothenate_AL Pantothenate_DR Paraquat_Resistance ParathionAlive48h ParathionDeathTime PercentEarly Phenylalanine_AL Phenylalanine_DR Pipecolate_AL Pipecolate_DR Proline_AL Proline_DR PupalCaseLength Putrescine_AL Putrescine_DR Pyridoxal5P_AL Pyridoxal5P_DR PyridoxicAcid_AL PyridoxicAcid_DR Pyruvate_AL Pyruvate_DR Reads_Total Remated_xw1118 Resp_Butanedion_30pc Resp_Butanedion_90pc Rhythmicity_Index Ribose5P_AL Ribose5P_DR RivalLarv_Early RivalLarv_Late RmRank_xw1118 RmRate_xw1118 SIDI_beatMean SIDI_beatMedian SIDI_beatSD SIDI_beatSDonMedian SI_beatMean SI_beatSD SI_beatSDonMedian SI_totalTime SIoverDI SIoverHP Sarcosine_AL Sarcosine_DR SegregVariants_2L SegregVariants_2R SegregVariants_3L SegregVariants_3R SegregVariants_X Serine_AL Serine_DR Shoulder_Width Sorbitol_AL Sorbitol_DR StartleRes StarvRes_HCD StarvRes_HFD StarvRes_HPD StarvRes_NF StarvResist Succinate_AL Succinate_DR Sucrose_AL Sucrose_DR SurvTime_Coxiella SurvTime_PBS Surv_AAmanitin_0_2ug Surv_AAmanitin_2ug Survival_Radiation SystolicInterval Tarsus_Length_T1 Tarsus_Length_T2 Taurine_AL Taurine_DR Thorax_Length Threonine_AL Threonine_DR Tibia_Length_T1 Tibia_Length_T2 TimeShift_brain TimeShift_fatbody Tolerance_PRettgeri TotArea_Butanedione TotalGroomTime TotalVariants_2L TotalVariants_2R TotalVariants_3L TotalVariants_3R TotalVariants_X Total_Leg_Length_T1 Total_Leg_Length_T2 Total_Number_bp Trimethylamine_AL Trimethylamine_DR Tryptophan_AL Tryptophan_DR Tyrosine_AL Tyrosine_DR Uracil_AL Uracil_DR Urate_AL Urate_DR Uridine_AL Uridine_DR Valine_AL Valine_DR WingCS_Dwo WingCS_Hou WingPC01_Dwo WingPC01_Hou WingPC02_Dwo WingPC02_Hou WingPC03_Dwo WingPC03_Hou WingPC04_Dwo WingPC04_Hou WingPC05_Dwo WingPC05_Hou WingPC06_Dwo WingPC06_Hou WingPC07_Dwo WingPC07_Hou WingPC08_Dwo WingPC08_Hou WingPC09_Dwo WingPC09_Hou WingPC10_Dwo WingPC10_Hou WingPC11_Dwo WingPC11_Hou WingPC12_Dwo WingPC12_Hou WingPC13_Dwo WingPC13_Hou WingPC14_Dwo WingPC14_Hou WingPC15_Dwo WingPC15_Hou WingPC16_Dwo WingPC16_Hou WingPC17_Dwo WingPC17_Hou WingPC18_Dwo WingPC18_Hou WingPC19_Dwo WingPC19_Hou WingPC20_Dwo WingPC20_Hou WingPC21_Dwo WingPC21_Hou WingPC22_Dwo WingPC22_Hou WingPC23_Dwo WingPC23_Hou WingPC24_Dwo WingPC24_Hou WingPC25_Dwo WingPC25_Hou WingPC26_Dwo WingPC26_Hou WingPC27_Dwo WingPC27_Hou WingPC28_Dwo WingPC28_Hou WingPC29_Dwo WingPC29_Hou WingPC30_Dwo WingPC30_Hou WingPC31_Dwo WingPC31_Hou WingPC32_Dwo WingPC32_Hou WingPC33_Dwo WingPC33_Hou WingPC34_Dwo WingPC34_Hou WingPC35_Dwo WingPC35_Hou WingPC36_Dwo WingPC36_Hou WingPC37_Dwo WingPC37_Hou WingPC38_Dwo WingPC38_Hou WingPC39_Dwo WingPC39_Hou WingPC40_Dwo WingPC40_Hou WingPC41_Dwo WingPC41_Hou WingPC42_Dwo WingPC42_Hou WingPC43_Dwo WingPC43_Hou WingPC44_Dwo WingPC44_Hou WingPC45_Dwo WingPC45_Hou WingPC46_Dwo WingPC46_Hou WingPC47_Dwo WingPC47_Hou WingPC48_Dwo WingPC48_Hou WingPC49_Dwo WingPC49_Hou WingPC50_Dwo WingPC50_Hou WingPC51_Dwo WingPC51_Hou WingPC52_Dwo WingPC52_Hou WingPC53_Dwo WingPC53_Hou WingPC54_Dwo WingPC54_Hou WingPC55_Dwo WingPC55_Hou WingPC56_Dwo WingPC56_Hou WingPC57_Dwo WingPC57_Hou WingPC58_Dwo WingPC58_Hou Wing_ACV_Length Wing_Anterior_to_L2 Wing_Area Wing_CentroidSize Wing_Intervein_Area1 Wing_Intervein_Area2 Wing_Intervein_Area3 Wing_Intervein_Area4 Wing_Intervein_Area5 Wing_Intervein_Area6 Wing_Intervein_Area7 Wing_Intervein_Area8 Wing_L1_Vein_Length Wing_L2_Vein_Length Wing_L3_Vein_Length Wing_L4_Vein_Length Wing_L5_Vein_Length Wing_L6_Vein_Length Wing_Length Wing_PCV_Length Wing_Posterior_to_L5 Wing_Width Wolbachi_Breadth_Cov Wolbachi_Consens_Dif Wolbachi_Consens_Len WolbachiaStatus WolbachiaStatus WolbachiaStatus WolbachiaStatus WolbachiaStatus_PCR Wolbachia_Depth_Cov Wolbachia_Map_Reads Xanthosine_AL Xanthosine_DR Xanthurenate_AL Xanthurenate_DR cGMP_AL cGMP_DR cv_BoutLength_Day cv_BoutLength_Night cv_BoutNumber_Day cv_BoutNumber_Night cv_SleepLength_Day cv_SleepLength_Night cv_WakingActivity gp_Dev_Time_Lead gp_Viability_Lead hr_ERStress_Survival hr_log_Coxiella_Surv idx_Surv_10MeHg idx_Surv_10MeHg_CAFF idx_Surv_15MeHg idx_Surv_5MeHg idx_Surv_cum_MeHg lsm_Life_Fecundity lsm_Lifespan lsm_Week1_Fecundity lsm_Week3_Fecundity lsm_Week5_Fecundity lsm_Week7_Fecundity md_EyeArea_xRh1G69D md_Lifespan mn_AbdomenAbsSlope mn_AbdomenSlope mn_Aggressi_Isol_ADJ mn_Aggressi_Isolated mn_Aggressi_Soci_ADJ mn_AggressionScore mn_Aggression_Social mn_AlcoholSens_E1 mn_AlcoholSens_E2 mn_AlcoholTolerance mn_BasalActAuth mn_BaselineActivity mn_BoutLength_Day mn_BoutLength_Night mn_BoutNumber_Day mn_BoutNumber_Night mn_ChillComaRec mn_DDT_KD_10h mn_DDT_KD_11h mn_DDT_KD_12h mn_DDT_KD_13h mn_DDT_KD_14h mn_DDT_KD_15h mn_DDT_KD_1h mn_DDT_KD_24h mn_DDT_KD_2h mn_DDT_KD_30h mn_DDT_KD_3h mn_DDT_KD_4h mn_DDT_KD_5h mn_DDT_KD_6h mn_DDT_KD_7h mn_DDT_KD_8h mn_DDT_KD_9h mn_DDT_Mort_10h mn_DDT_Mort_11h mn_DDT_Mort_12h mn_DDT_Mort_13h mn_DDT_Mort_14h mn_DDT_Mort_15h mn_DDT_Mort_1h mn_DDT_Mort_24h mn_DDT_Mort_2h mn_DDT_Mort_30h mn_DDT_Mort_3h mn_DDT_Mort_4h mn_DDT_Mort_5h mn_DDT_Mort_6h mn_DDT_Mort_7h mn_DDT_Mort_8h mn_DDT_Mort_9h mn_DefecRate_PA mn_DeltaActivity mn_DesiccSurvival mn_DevTime_Ctrl mn_DevTime_EtOH mn_EyeArea_xRh1G69D mn_FecalpH_PA mn_FemFit_EarlyAuth mn_FemFit_LateAuth mn_FemLethal_xFL3 mn_FemProgeny_xFL3 mn_GenomeSize mn_Glucose_HighDiet mn_Glucose_LowDiet mn_Glucose_Pooled mn_Glycerol_HighDiet mn_Glycerol_LowDiet mn_Glycerol_Pooled mn_Glycogen_HighDiet mn_Glycogen_LowDiet mn_Glycogen_Pooled mn_KD_Permeth_3h mn_LandHtDiff_D21_D3 mn_LandHt_D21 mn_LandHt_D3 mn_LandingHeight mn_Life_Fecundity mn_Lifespan mn_Lifespan mn_LifespanDRminusAL mn_Lifespan_AL mn_Lifespan_DR mn_LocomActivity mn_Longevity mn_MaleFit_EarlyAuth mn_MaleFit_LateAuth mn_Mort_Malath_12h mn_Mort_Malath_24h mn_Mort_Malath_3h mn_Mort_Malath_6h mn_Mort_Permeth_24h mn_MortalityInd mn_NegGeotaxis_CTRL mn_NegGeotaxis_MSB mn_OffspringIndex mn_OffspringNumAuth mn_OffspringWtAuth mn_PEV_CyO_xwm4 mn_PEV_Df_xwm4 mn_PPL1Neurons_D21 mn_PhototaxisScor_1w mn_PhototaxisScor_2w mn_PhototaxisScor_4w mn_Protein_HighDiet mn_Protein_LowDiet mn_Protein_Pooled mn_PupalCaseLength mn_PupationHtAuth mn_RespAcetophen_3_5 mn_RespBenz_xCantonS mn_RespBenz_xNeur mn_RespBenz_xSema5c mn_RespBenzaldeh_0_3 mn_RespHexanol_0_3 mn_RespHexanol_3_5 mn_Resp_1_Acetophen mn_Resp_1_Hexanol mn_Resp_2_Heptanone mn_Resp_2_PhenylEthy mn_Resp_Benzaldehyde mn_Resp_Citral mn_Resp_EthylAcetate mn_Resp_EthylButyrat mn_Resp_Eugenol mn_Resp_Helional mn_Resp_Hexanal mn_Resp_I_Carvone mn_Resp_MethylSalicy mn_Resp_d_Carvone mn_RmRank_xw1118Auth mn_SleepLength_Day mn_SleepLength_Night mn_StartleRes mn_StartleResp_CTRL mn_StartleResp_MSB mn_StarvRes_HCDAuth mn_StarvRes_HFDAuth mn_StarvRes_HPDAuth mn_StarvRes_NFAuth mn_StarvationRes mn_StarvationRes_ADJ mn_SurvLT50_PA mn_Surv_Azinpho_0_25 mn_Surv_Azinpho_0_5 mn_Surv_Azinpho_1_0 mn_Surv_Azinpho_2_0 mn_ThoraxAbsSlope mn_ThoraxSlope mn_Triglyceri_HiDiet mn_Triglyceri_LoDiet mn_Triglyceride_Pool mn_Viability_Ctrl mn_Viability_EtOH mn_WakingActivity mn_Week1_Fecundity mn_Week3_Fecundity mn_Week5_Fecundity mn_Week7_Fecundity mn_Weight_HighDiet mn_Weight_LowDiet mn_Weight_PooledDiet mn_rLS nDI nSI pc_Femur_Leg_T1 pc_Femur_Leg_T2 pc_SegregVariants_2L pc_SegregVariants_2R pc_SegregVariants_3L pc_SegregVariants_3R pc_SegregVariants_X pc_Surv_MeHg_0 pc_Surv_MeHg_0_CAFF pc_Surv_MeHg_10 pc_Surv_MeHg_10_CAFF pc_Surv_MeHg_15 pc_Surv_MeHg_5 pc_Surv_PRettgeri pc_Surv_PRettgeriADJ pc_Tarsus_Leg_T1 pc_Tarsus_Leg_T2 pc_Tibia_Leg_T1 pc_Tibia_Leg_T2 sd_ChillComaRec sd_EyeArea_xRh1G69D sd_Lifespan sd_Lifespan_Env_18 sd_Lifespan_Env_25 sd_MortalityInd sd_StartleRes se_Aggressi_Isolated se_Aggression_Social se_AlcoholSens_E1 se_AlcoholSens_E2 se_AlcoholTolerance se_ChillComaRec se_DeltaActivity se_GenomeSize se_LandHt_D21 se_LandHt_D3 se_PhototaxisScor_1w se_PhototaxisScor_2w se_PhototaxisScor_4w se_StartleRes