Flyatlas logo

FlyAtlas: the Drosophila gene expression atlas

University of Glasgow
Biotechnology & Biological Sciences Research Council
Home & Search
Batch/table Search
Tissues Search
BLASTP Search
About & FAQ
Top 50
Original data
Interesting meta-analysis
Links

Latest news: FlyAtlas2 : A Database web-app for fruitfly expression with added RNA & miRNA goodness ! Click here to visit the application. Read all about it here.


This dataset was generated by Venkat Chintapalli, Jing Wang & Julian Dow at the University of Glasgow with funding from the UK's BBSRC.
It gives you a quick answer to the question: where is my gene of interest expressed/enriched in the adult fly?
For each gene & tissue, you're given the mRNA SIGNAL (how abundant the mRNA is), the mRNA ENRICHMENT (compared to whole flies), and the Affymetrix PRESENT CALL (out of 4 arrays, how many times it was detectably expressed).

String to look for? (e.g. vha, cell adhesion, receptor, aquaporin, adenylate, CG1147, pnt)


Searching for FBGN0023520 through 18771 annotations produced 2 hits



CG3857 ():

Annotation Number : AY180918
FlyAtlas2 : Click Here for expression data based on RNA-Seq and or miRNA-Seq analyses
Flybase ID : 2768908
Gbrowse :
Probeset : 1638469_s_at
Accessions : protein= NM_206607;, nucleotide= FBgn0023520
Pathway : nonsense-mediated decay // inferred from sequence or structural similarity"
Interpro : 0005622 // intracellular // inferred from sequence or structural similarity
FlyMine data for 2768908.


TissuemRNA SignalPresent CallEnrichmentAffy Call
Brain678 ± 284 of 415.10Up
Head337 ± 224 of 4 7.50Up
Eye57 ± 34 of 4 1.29Up
Thoracicoabdominal ganglion247 ± 64 of 4 5.50Up
Salivary gland103 ± 44 of 4 2.31Up
Crop72 ± 104 of 4 1.60None
Midgut21 ± 24 of 4 0.50Down
Tubule51 ± 84 of 4 1.10None
Hindgut111 ± 104 of 4 2.50Up
Heart42 ± 44 of 4 0.95None
Fat body94 ± 284 of 4 2.10Up
Ovary12 ± 14 of 4 0.30Down
Testis66 ± 34 of 4 1.50Up
Male accessory glands297 ± 164 of 4 6.60Up
Virgin spermatheca77 ± 34 of 4 1.73Up
Mated spermatheca69 ± 74 of 4 1.55Up
Adult carcass65 ± 54 of 4 1.40Up
Larval CNS93 ± 184 of 4 2.09Up
Larval Salivary gland23 ± 34 of 4 0.53Down
Larval midgut22 ± 24 of 4 0.50Down
Larval tubule40 ± 34 of 4 0.90None
Larval hindgut30 ± 34 of 4 0.67Down
Larval fat body48 ± 84 of 4 1.10None
Larval trachea27 ± 84 of 4 0.62Down
Larval carcass21 ± 24 of 4 0.47Down
S2 cells (growing)89 ± 44 of 4 2.00Up
Whole fly45 ± 24 of 4



(CG3857):

Annotation Number : CT12883
FlyAtlas2 : Click Here for expression data based on RNA-Seq and or miRNA-Seq analyses
Flybase ID : FBgn0023520
Gbrowse : chrX:1832523-1834040 (-) // 100.0 //
Probeset : 1623351_at
Accessions : protein= NP_996330;, nucleotide= NM_206607;
Pathway : nonsense-mediated decay // inferred from electronic annotation /// 0000184 // nuclear-transcribed mRNA catabolic proces
Interpro : nonsense-mediated decay // inferred from sequence or structural similarity"
FlyMine data for FBgn0023520.
VDRC has 3 RNAi stocks for FBgn0023520 available for purchase.


TissuemRNA SignalPresent CallEnrichmentAffy Call
Brain17 ± 14 of 4 0.70Down
Head9 ± 11 of 4 0.40Down
Eye8 ± 10 of 4 0.35Down
Thoracicoabdominal ganglion20 ± 11 of 4 0.80None
Salivary gland20 ± 10 of 4 0.81None
Crop18 ± 10 of 4 0.70Down
Midgut14 ± 10 of 4 0.60Down
Tubule9 ± 00 of 4 0.40Down
Hindgut16 ± 12 of 4 0.70Down
Heart10 ± 10 of 4 0.43Down
Fat body13 ± 41 of 4 0.56Down
Ovary41 ± 44 of 4 1.70Up
Testis14 ± 10 of 4 0.60Down
Male accessory glands28 ± 12 of 4 1.10None
Virgin spermatheca5 ± 10 of 4 0.22Down
Mated spermatheca6 ± 20 of 4 0.25Down
Adult carcass18 ± 10 of 4 0.80Down
Larval CNS32 ± 14 of 4 1.29Up
Larval Salivary gland17 ± 20 of 4 0.69Down
Larval midgut8 ± 10 of 4 0.33Down
Larval tubule22 ± 01 of 4 0.90None
Larval hindgut19 ± 04 of 4 0.76Down
Larval fat body18 ± 40 of 4 0.70None
Larval trachea22 ± 24 of 4 0.89None
Larval carcass18 ± 31 of 4 0.74None
S2 cells (growing)29 ± 14 of 4 1.18None
Whole fly25 ± 14 of 4

Looking for FBgn0023520. 2 entries matched from 18771, in 1 s.


Chintapalli, V. R., Wang, J. and Dow, J. A. T. (2007). Using FlyAtlas to identify better Drosophila models of human disease. Nature Genetics 39: 715-720

measure downtime