| Summary: | Analysis of several lines each selected for resistance to a different environmental stress factor. Results provide insight into the molecular and genetic mechanisms that promote adaptation to environmental stresses.
Parent Platform: GPL72
Reference Series: GSE6558 |
| Type: | Expression profiling by array, transformed count |
| Subsets: | 8 strain sets. |
| Supplementary Files: | CEL download... |
| Samples: | 24 |
| - GSM151707: Control line biological Rep. 1
- GSM151708: Control line biological Rep. 2
- GSM151709: Control line biological Rep. 3
- GSM151710: Heat selected line biological Rep. 1
- GSM151711: Heat selected line biological Rep. 2
- GSM151712: Heat selected line biological Rep. 3
- GSM151713: Constant 30 line biological Rep. 1
- GSM151714: Constant 30 line biological Rep. 2
- GSM151715: Constant 30 line biological Rep. 3
- GSM151716: Cold selected line biological Rep. 1
- GSM151717: Cold selected line biological Rep. 2
- GSM151718: Cold selected line biological Rep. 3
- GSM151719: Longevity selected line biological Rep. 1
- GSM151720: Longevity selected line biological Rep. 2
- GSM151721: Longevity selected line biological Rep. 3
- GSM151722: Knock_down selected line biological Rep. 1
- GSM151723: Knock_down selected line biological Rep. 2
- GSM151724: Knock_down selected line biological Rep. 3
- GSM151725: Starvation selected line biological Rep. 1
- GSM151726: Starvation selected line biological Rep. 2
- GSM151727: Starvation selected line biological Rep. 3
- GSM151728: Desiccation selected line biological Rep. 1
- GSM151729: Desiccation selected line biological Rep. 2
- GSM151730: Desiccation selected line biological Rep. 3
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| Summary: | Analysis of eight distinct adult tissues in a model organism. Two larval tissues and whole organism also examined. Results provide insight into the degree of tissue specific gene expression at the adult stage.
Parent Platform: GPL1322
Reference Series: GSE7763 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 development stage, 11 tissue sets. |
| Supplementary Files: | CEL CHP XML download... |
| Samples: | 44 |
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| Summary: | Analysis of third instar larvae lacking noncoding RNAs roX1 and roX2. The roX RNAs are components of the male-specific lethal (MSL) ribonucleoprotein complex, required for equalization of X:A expression levels in males. Results provide insight into the role of roX RNAs in X-chromosome expression.
Parent Platform: GPL1322
Reference Series: GSE3990 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 genotype/variation sets. |
| Supplementary Files: | CEL download... |
| Samples: | 6 |
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| Summary: | Comparison of ovaries from bag of marbles (bam) mutants and stonewall (stwl) bam double mutants. Stwl is a DNA-associated protein required for germline stem cell (GSC) maintenance; Bam is a key differentiation factor. Results provide insight into the role of Stwl in maintaining germ cell identity.
Parent Platform: GPL1322
Reference Series: GSE6928 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 genotype/variation sets. |
| Supplementary Files: | CEL download... |
| Samples: | 6 |
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| Summary: | Analysis of pole cells overexpressing a dominant negative Tao-1 mutation. Tao-1 is a member of a conserved family of ste20-related serine/threonine kinases that regulate fundamental cellular processes including apoptosis. Results identify genes regulated by Tao-1 in pole cells undergoing apoptosis.
Parent Platform: GPL4336
Reference Series: GSE7318 |
| Type: | Expression profiling by array, log10 ratio |
| Subsets: | 2 strain sets. |
| Samples: | 4 |
| |  |
| Summary: | Analysis of ecdysone receptor (EcR) depleted animals 4 hours before to 4 hours after the start of pupariation. EcR is part of receptor complex for 20-hydroxyecdysone (20E), a hormone that triggers developmental transitions in insects. Results provide insight into the mechanisms regulated by 20E.
Parent Platform: GPL72
Reference Series: GSE3069 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 development stage, 2 protocol, 3 time sets. |
| Supplementary Files: | CEL download... |
| Samples: | 18 |
| - GSM67390: third instar larvae -4 hours relative to pupariation EcRi control replicate 1
- GSM67391: third instar larvae -4 hours relative to pupariation EcRi control replicate 2
- GSM67392: third instar larvae -4 hours relative to pupariation EcRi control replicate 3
- GSM67393: 0 hour prepupae EcRi control replicate 1
- GSM67394: 0 hour prepupae EcRi control replicate 2
- GSM67395: 0 hour prepupae EcRi control replicate 3
- GSM67396: 4 hour prepupae EcRi control replicate 1
- GSM67397: 4 hour prepupae EcRi control replicate 2
- GSM67398: 4 hour prepupae EcRi control replicate 3
- GSM67399: third instar larvae -4 hours relative to pupariation EcRi mutant replicate 1
- GSM67400: third instar larvae -4 hours relative to pupariation EcRi mutant replicate 2
- GSM67401: third instar larvae -4 hours relative to pupariation EcRi mutant replicate 3
- GSM67402: 0 hour prepupae EcR mutant replicate 1
- GSM67403: 0 hour prepupae EcR mutant replicate 2
- GSM67404: 0 hour prepupae EcR mutant replicate 3
- GSM67405: 4 hour prepupae EcR mutant replicate 1
- GSM67406: 4 hour prepupae EcR mutant replicate 2
- GSM67407: 4 hour prepupae EcR mutant replicate 3
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| Summary: | Analysis of cultured larval organs treated with 20-hydroxyecdysone (20E) alone or in combination with cycloheximide to distinguish primary responses to 20E signal. Organs dissected from third instar larvae. Results provide insight into the molecular events triggered by 20E during insect development.
Parent Platform: GPL72
Reference Series: GSE3060 |
| Type: | Expression profiling by array, count |
| Subsets: | 4 agent sets. |
| Supplementary Files: | CEL download... |
| Samples: | 12 |
| - GSM67156: Organ culture non-treated control replicate 1
- GSM67157: Organ culture non-treated control replicate 2
- GSM67158: Organ culture non-treated control replicate 3
- GSM67170: Organ culture cycloheximide-treated replicate 1
- GSM67171: Organ culture cycloheximide-treated replicate 2
- GSM67172: Organ culture cycloheximide-treated replicate 3
- GSM67159: Organ culture 20E-treated replicate 1
- GSM67161: Organ culture 20E-treated replicate 2
- GSM67162: Organ culture 20E-treated replicate 3
- GSM67165: Organ culture 20E+cycloheximide-treated replicate 1
- GSM67167: Organ culture 20E+cycloheximide-treated replicate 2
- GSM67168: Organ culture 20E+cycloheximide-treated replicate 3
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| Summary: | Analysis of animals before and after pupariation. A pulse of steroid hormone 20-hydroxyecdysone (20E) at late 3rd instar triggers puparium formation; a second 20E pulse after pupariation marks the prepupal-to-pupal transition. Results provide insight into the molecular mechanisms of 20E signaling.
Parent Platform: GPL72
Reference Series: GSE3057 |
| Type: | Expression profiling by array, count |
| Subsets: | 3 development stage, 9 time sets. |
| Supplementary Files: | CEL download... |
| Samples: | 27 |
| - GSM67088: third instar larvae -18 hours relative to pupariation replicate 1
- GSM67089: third instar larvae -18 hours relative to pupariation replicate 2
- GSM67090: third instar larvae -18 hours relative to pupariation replicate 3
- GSM67091: third instar larvae -4 hours relative to pupariation replicate 1
- GSM67092: third instar larvae -4 hours relative to pupariation replicate 2
- GSM67093: third instar larvae -4 hours relative to pupariation replicate 3
- GSM67094: 0 hour prepupae replicate 1
- GSM67095: 0 hour prepupae replicate 2
- GSM67096: 0 hour prepupae replicate 3
- GSM67097: 2 hour prepupae replicate 1
- GSM67098: 2 hour prepupae replicate 2
- GSM67099: 2 hour prepupae replicate 3
- GSM67100: 4 hour prepupae replicate 1
- GSM67101: 4 hour prepupae replicate 2
- GSM67102: 4 hour prepupae replicate 3
- GSM67103: 6 hour prepupae replicate 1
- GSM67105: 6 hour prepupae replicate 2
- GSM67106: 6 hour prepupae replicate 3
- GSM67107: 8 hour prepupae replicate 1
- GSM67108: 8 hour prepupae replicate 2
- GSM67109: 8 hour prepupae replicate 3
- GSM67111: 10 hour prepupae replicate 1
- GSM67113: 10 hour prepupae replicate 2
- GSM67114: 10 hour prepupae replicate 3
- GSM67115: 12 hour pupae replicate 1
- GSM67116: 12 hour pupae replicate 2
- GSM67117: 12 hour pupae replicate 3
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| Summary: | Analysis of p53 mutant embryos exposed to gamma radiation. Within 90 minutes of radiation exposure, apoptosis is observed in embryonic and post-embryonic tissues of wild type but not p53 mutants. Results provide insight into the molecular basis of this p53-dependent apoptogenic response.
Parent Platform: GPL72
Reference Series: GSE2780 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 agent, 3 strain sets. |
| Supplementary Files: | CEL EXP download... |
| Samples: | 10 |
| - GSM60482: WT (w1118) irradiated replicate 1
- GSM60483: WT (w1118) irradiated replicate 2
- GSM60479: WT (w1118) control replicate 1
- GSM60480: WT (w1118) control replicate 2
- GSM60481: WT (yw) irradiated replicate 1
- GSM60478: WT (yw) control replicate 1
- GSM60486: Mutant (Dmp53NS) irradiated replicate 1
- GSM60487: Mutant (Dmp53NS) irradiated replicate 2
- GSM60484: Mutant (Dmp53NS) control replicate 1
- GSM60485: Mutant (Dmp53NS) control replicate 2
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| Summary: | Analysis of first instar larvae containing a chromosome 4 specific protein POF null mutation. POF is an autosome-specific protein that regulates gene expression in chromosome 4 in its entirety. Results provide insight into the molecular mechanisms that regulate chromosome 4 specific gene expression.
Parent Platform: GPL72
Reference Series: GSE5984 |
| Type: | Expression profiling by array, transformed count |
| Subsets: | 2 genotype/variation sets. |
| Supplementary Files: | CEL download... |
| Samples: | 7 |
| |  |
| Summary: | Analysis of first instar larvae containing a chromosome 4 specific protein POF D119 mutation. POF is an autosome-specific protein that regulates gene expression in chromosome 4 in its entirety. Results provide insight into the molecular mechanisms that regulate chromosome 4 specific gene expression.
Parent Platform: GPL1322
Reference Series: GSE6839 |
| Type: | Expression profiling by array, transformed count |
| Subsets: | 2 genotype/variation sets. |
| Supplementary Files: | CEL download... |
| Samples: | 6 |
| |  |
| Summary: | Analysis of heads of animals overexpressing the RNA-binding protein LARK. Results provide insight into the identity of transcripts regulated by LARK in the neurons of the central nervous system.
Parent Platform: GPL72
Reference Series: GSE6420 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 protocol sets. |
| Supplementary Files: | CEL EXP download... |
| Samples: | 6 |
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| Summary: | Analysis of the reproductive tracts of females up to 24 hours after mating. Male-derived accessory gland proteins transferred to females during mating affect reproductive physiology. Results provide insight into the response of female reproductive tissues to male-derived molecules and sperm.
Parent Platform: GPL72
Reference Series: GSE5012 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 protocol, 5 time sets. |
| Samples: | 21 |
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| Summary: | Analysis of alcohol-sensitive Canton S animals immediately following ethanol exposure and a population of Canton S animals that developed tolerance 2 hours after ethanol exposure. Results provide insight into the underlying cellular and physiological mechanisms that respond to alcohol exposure.
Parent Platform: GPL1322
Reference Series: GSE5382 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 agent, 3 protocol, 2 strain sets. |
| Samples: | 15 |
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| Summary: | Analysis of mRNA purified by mRNA-tagging from photoreceptors cells. These cells are engineered to express a FLAG-tagged poly(A)-binding protein (PABP) that allows separation of their mRNA from those of cells not expressing the tagged PABP. Results provide insight into the validity of this approach.
Parent Platform: GPL72
Reference Series: GSE1790 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 genotype/variation, 2 tissue sets. |
| Samples: | 14 |
| |  |
| Summary: | Analysis of heads of transgenics expressing a polyglutamine-expanded neurotoxin in the major timeless (tim)-expressing cells of the adult brain. tim is a clock gene. Results provide insight into the effect of the complete absence of clock-neuron function on behavior and molecular phenotypes.
Parent Platform: GPL72
Reference Series: GSE2422 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 agent sets. |
| Supplementary Files: | CEL EXP download... |
| Samples: | 6 |
| |  |
| Summary: | Analysis of heads of Canton-S males selected for increased aggressive behavior. Gene expression examined after 21 generations of selection. Results provide insight into the molecular underpinnings of aggressive behavior.
Parent Platform: GPL72
Reference Series: GSE5335 |
| Type: | Expression profiling by array, count |
| Subsets: | 4 other, 2 strain sets. |
| Samples: | 12 |
| |  |
| Summary: | Analysis of Kc167 cells following gamma-irradiation, ecdysone treatment, or both. Pretreatment of Kc167 cells with ecdysone increases the sensitivity of these cells to gamma-irradiation.
Parent Platform: GPL72
Reference Series: GSE3072 |
| Type: | Expression profiling by array, count |
| Subsets: | 4 agent sets. |
| Supplementary Files: | CEL EXP download... |
| Samples: | 4 |
| |  |
| Summary: | Analysis of brains of adult Canton S females following mushroom body (MB) ablation with hydroxyurea. MBs are the centers for higher-order functions in arthropod brains. Results provide insight into the molecular mechanisms controlling the development of MBs.
Parent Platform: GPL72
Reference Series: GSE3379 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 protocol sets. |
| Samples: | 6 |
| |  |
| Summary: | Analysis of heat-resistant females at various time points up to 64 hours following short-term heat treatment at 36 degrees C for 1 hour. Results provide insight into the cellular response to heat stress.
Parent Platform: GPL72
Reference Series: GSE5147 |
| Type: | Expression profiling by array, count |
| Subsets: | 2 other, 2 stress, 9 time sets. |
| Samples: | 36 |
| - GSM116143: Drosophila non-selected bioreplicate1
- GSM116161: Drosophila non-selected bioreplicate2
- GSM116144: Drosophila non-selected bioreplicate1, 0.25h after 1h heat shock @ 36 dC
- GSM116162: Drosophila non-selected bioreplicate2, 0.25h after 1h heat shock @ 36 dC
- GSM116145: Drosophila non-selected bioreplicate1, 1h after 1h heat shock @ 36 dC
- GSM116163: Drosophila non-selected bioreplicate2, 1h after 1h heat shock @ 36 dC
- GSM116146: Drosophila non-selected bioreplicate1, 2h after 1h heat shock @ 36 dC
- GSM116164: Drosophila non-selected bioreplicate2, 2h after 1h heat shock @ 36 dC
- GSM116147: Drosophila non-selected bioreplicate1, 4h after 1h heat shock @ 36 dC
- GSM116165: Drosophila non-selected bioreplicate2, 4h after 1h heat shock @ 36 dC
- GSM116148: Drosophila non-selected bioreplicate1, 8h after 1h heat shock @ 36 dC
- GSM116166: Drosophila non-selected bioreplicate2, 8h after 1h heat shock @ 36 dC
- GSM116149: Drosophila non-selected bioreplicate1, 16h after 1h heat shock @ 36 dC
- GSM116167: Drosophila non-selected bioreplicate2, 16h after 1h heat shock @ 36 dC
- GSM116150: Drosophila non-selected bioreplicate1, 32h after 1h heat shock @ 36 dC
- GSM116168: Drosophila non-selected bioreplicate2, 32h after 1h heat shock @ 36 dC
- GSM116151: Drosophila non-selected bioreplicate1, 64h after 1h heat shock @ 36 dC
- GSM116169: Drosophila non-selected bioreplicate2, 64h after 1h heat shock @ 36 dC
- GSM116152: Drosophila heat resistance selected bioreplicate1
- GSM116170: Drosophila heat resistance selected bioreplicate2
- GSM116153: Drosophila heat resistance selected bioreplicate1, 0.25h after 1h heat shock @ 36 dC
- GSM116171: Drosophila heat resistance selected bioreplicate2, 0.25h after 1h heat shock @ 36 dC
- GSM116154: Drosophila heat resistance selected bioreplicate1, 1h after 1h heat shock @ 36 dC
- GSM116172: Drosophila heat resistance selected bioreplicate2, 1h after 1h heat shock @ 36 dC
- GSM116155: Drosophila heat resistance selected bioreplicate1, 2h after 1h heat shock @ 36 dC
- GSM116173: Drosophila heat resistance selected bioreplicate2, 2h after 1h heat shock @ 36 dC
- GSM116156: Drosophila heat resistance selected bioreplicate1, 4h after 1h heat shock @ 36 dC
- GSM116174: Drosophila heat resistance selected bioreplicate2, 4h after 1h heat shock @ 36 dC
- GSM116157: Drosophila heat resistance selected bioreplicate1, 8h after 1h heat shock @ 36 dC
- GSM116175: Drosophila heat resistance selected bioreplicate2, 8h after 1h heat shock @ 36 dC
- GSM116158: Drosophila heat resistance selected bioreplicate1, 16h after 1h heat shock @ 36 dC
- GSM116176: Drosophila heat resistance selected bioreplicate2, 16h after 1h heat shock @ 36 dC
- GSM116159: Drosophila heat resistance selected bioreplicate1, 32h after 1h heat shock @ 36 dC
- GSM116177: Drosophila heat resistance selected bioreplicate2, 32h after 1h heat shock @ 36 dC
- GSM116160: Drosophila heat resistance selected bioreplicate1, 64h after 1h heat shock @ 36 dC
- GSM116178: Drosophila heat resistance selected bioreplicate2, 64h after 1h heat shock @ 36 dC
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