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. Author manuscript; available in PMC: 2010 Jul 7.
Published in final edited form as: Fly (Austin). 2008 Jul–Aug;2(4):198–214. doi: 10.4161/fly.6621

Table 1. In situ Hybridization of DHHC and Thioesterase mRNA.

Gene Locus Template Embryo3 Larval Brain4 Adult1
Thioesterases
Ppt1 8A2 cDNA:GM14257 N N Mag
CG4851/Ppt2 32E2 cDNA:GH02317 N N H, Cr
CG18815/Apt1 68D1 cDNA:GH04560 Mat, Neu, End, Mes Y Br, H, Tg, Cr, Mg
DHHC Transferases
CG1407 46D5-45D7 cDNA:LD36375 Mat N Br, H, Tg, Mg, Mag
CG4483 67A4 cDNA:AT26975 N N Tes2
CG4676 49F11 Genomic PCR N N Br, Tes
CG4956 96F2 Genomic PCR n.d. n.d. Tes2
CG5196 87B9 cDNA:GH28414 N N -
CG5620 69A2-69A4 cDNA:RE02357 Mat, Mes, End Y Mg, Mag, Tes
CG5880 97E2 cDNA:LD25420 N N Ov
CG6017 72C1 cDNA:LD10758 Mat, Neu, Mes Y Ov
CG6618 33C4 cDNA:GH15747 N N Br, H, Tg
CG6627 32B1-B2 cDNA:LD14687 Mat, Neu, End, SG Y Br, H, Ov
CG8314 52D9 cDNA:GH13672 N N Mg
CG10344 58E1 cDNA:AT16443 N N Tes, Ov
CG13029 73D3 cDNA:AT31918 N N Tes2
CG17075 21B6 Genomic PCR N N Tes2
CG17195 96F2 Genomic PCR n.d. n.d. Tes2
CG17196 96F2 Genomic PCR N N Tes2
CG17197 96F2 Genomic PCR N N Tes2
CG17198 96F2 Genomic PCR n.d. n.d. Tes2
CG17257 23C5 cDNA:LD11027 Mat, Neu, End Y Br, Tg
CG17287 54A2 Genomic PCR N N Tes2
CG18810 38D2 cDNA:AT08088 N N Tes2
CG34449 8D7-D8 RT-PCR N N Ov
1

Adult Expression showing 2 fold or greater enrichment over whole fly was obtained from FlyAtlas (University of Glasgow) Affymetrix Chip Data (flyatlas.org). Abbreviations: Br, Brain; Cr, Crop; H, Head; TG, Thoracicoabdominal ganglion; Mg, Midgut; T, Tubule; H, Hindgut; Ov, Ovary; Tes, Testis; Mag, Male accessory gland

2

Adult Expression was only detected in Testes according to FlyAtlas (University of Glasgow) Affymetrix Chip Data (www.flyatlas.org).

3

Tissue enrichment during embryonic development. Abbreviations: End, Endoderm; Mat, Maternal; Mes, Mesoderm; Neu, Neural; SG, Salivary Gland; N: no observable expression, n.d.: not determined

4

Enrichment in the larval brain as determined by in situ hybridization. N: no observable expression, Y; observable enrichment in brain.