Spreadsheet: 5624192b-92e4-4355-a5da-8ffff361648b
Sheet: FAChart_HM_LF

Table S9
Gene ontology analysis of overlapping Class II transcripts between low expressed transcripts in females and high expressed transcripts in males using [NAME]*.
Category | Term | Count | % | PValue | [NAME]
GOTERM_BP_FAT | GO:0045297~post-mating behavior | 12 | 7.89473684210526 | 6.89746584157214e-19 | 1.94508536732334e-16
GOTERM_BP_FAT | GO:0019098~reproductive behavior | 12 | 7.89473684210526 | 1.97227839275829e-12 | 2.78095879657769e-10
GOTERM_BP_FAT | GO:0033057~reproductive behavior in a multicellular organism | 9 | 5.92105263157894 | 2.66260681152522e-09 | 2.50285008385198e-07
GOTERM_BP_FAT | GO:0007610~behavior | 16 | 10.5263157894736 | 2.37926464315839e-08 | 1.34190437306447e-06
GOTERM_BP_FAT | GO:0007618~mating | 9 | 5.92105263157894 | 2.06016994977754e-08 | 1.45241877191892e-06
GOTERM_BP_FAT | GO:0018991~oviposition | 6 | 3.94736842105263 | 3.51483779767905e-08 | 1.65197242985026e-06
GOTERM_BP_FAT | GO:0048609~reproductive process in a multicellular organism | 20 | 13.1578947368421 | 8.2752715237322e-08 | 3.33374682337517e-06
GOTERM_BP_FAT | [NAME]~multicellular organism reproduction | 20 | 13.1578947368421 | 8.2752715237322e-08 | 3.33374682337517e-06
GOTERM_BP_FAT | GO:0007320~insemination | 5 | 3.28947368421052 | 1.13650514778932e-06 | 4.00610267597967e-05
GOTERM_BP_FAT | GO:0007620~copulation | 5 | 3.28947368421052 | 5.27566199416281e-06 | 0.000165290849824528
GOTERM_BP_FAT | GO:0046692~sperm competition | 4 | 2.63157894736842 | 3.62706301228382e-05 | 0.0010223273862091
GOTERM_BP_FAT | [NAME]negative regulation of female receptivity | 4 | 2.63157894736842 | 3.62706301228382e-05 | 0.0010223273862091
GOTERM_BP_FAT | GO:0045434~negative regulation of female receptivity, post-mating | 4 | 2.63157894736842 | 3.62706301228382e-05 | 0.0010223273862091
GOTERM_BP_FAT | GO:0046008~regulation of female receptivity, post-mating | 4 | 2.63157894736842 | 7.67453926811092e-05 | 0.00196561394099314
GOTERM_BP_FAT | GO:0045924~regulation of female receptivity | 4 | 2.63157894736842 | 0.000138931603727227 | 0.00325979480113325
GOTERM_BP_FAT | GO:0060180~female mating behavior | 4 | 2.63157894736842 | 0.000138931603727227 | 0.00325979480113325
GOTERM_BP_FAT | [NAME] displacement | 3 | 1.97368421052631 | 0.000232295545150862 | 0.00502693426531641
GOTERM_BP_FAT | GO:0048232~male gamete generation | 7 | 4.60526315789473 | 0.000481066573548932 | 0.00964556700220087
GOTERM_BP_FAT | GO:0007283~spermatogenesis | 7 | 4.60526315789473 | 0.000481066573548932 | 0.00964556700220087
GOTERM_BP_FAT | GO:0007617~mating behavior | 5 | 3.28947368421052 | 0.000696151117756534 | 0.0130068685766487
GOTERM_BP_FAT | GO:0051705~behavioral interaction between organisms | 5 | 3.28947368421052 | 0.00075591190199053 | 0.0132395609780303
GOTERM_CC_FAT | GO:0005576~extracellular region | 19 | 12.5 | 1.26105820204882e-08 | 7.81855784670604e-07
GOTERM_MF_FAT | GO:0005179~hormone activity | 8 | 5.26315789473684 | 1.07587661647599e-07 | 1.14042277216119e-05
GOTERM_MF_FAT | GO:0004177~aminopeptidase activity | 7 | 4.60526315789473 | 4.64763749360638e-07 | 2.4632181063855e-05
GOTERM_MF_FAT | GO:0008235~metalloexopeptidase activity | 7 | 4.60526315789473 | 4.64763749360638e-07 | 2.4632181063855e-05
GOTERM_MF_FAT | GO:0030145~manganese ion binding | 7 | 4.60526315789473 | 3.36292638209284e-06 | 0.000118816539389166
GOTERM_MF_FAT | GO:0008238~exopeptidase activity | 7 | 4.60526315789473 | 7.85772734934278e-05 | 0.00166451680274148
GOTERM_MF_FAT | GO:0005534~galactose binding | 4 | 2.63157894736842 | 7.17151113339732e-05 | 0.00189871375720307
GOTERM_MF_FAT | GO:0048029~monosaccharide binding | 4 | 2.63157894736842 | 0.000236733309286385 | 0.00417404793046405
GOTERM_MF_FAT | GO:0008237~metallopeptidase activity | 7 | 4.60526315789473 | 0.000910025958995411 | 0.0136920663045865
INTERPRO | IPR011356:Peptidase [NAME], leucyl aminopeptidase | 7 | 4.60526315789473 | 3.18688726751386e-12 | 2.51764720182734e-10
INTERPRO | IPR008283:[NAME], leucyl aminopeptidase, N-terminal | 7 | 4.60526315789473 | 3.18688726751386e-12 | 2.51764720182734e-10
INTERPRO | IPR000819:Peptidase [NAME], leucyl aminopeptidase, C-terminal | 7 | 4.60526315789473 | 2.36322834738712e-11 | 9.33476518305553e-10
INTERPRO | IPR006611:Protein of unknown function DUF1431, cysteine-rich, Drosophila | 6 | 3.94736842105263 | 4.20481379163649e-09 | 1.10726758317802e-07
INTERPRO | IPR009392:Drosophila ACP53EA | 3 | 1.97368421052631 | 0.000154434678203753 | 0.00304567293748325
INTERPRO | IPR007702:Janus/Ocnus | 3 | 1.97368421052631 | 0.000307422353352838 | 0.00484623885958757
INTERPRO | IPR016186:C-type lectin-like | 4 | 2.63157894736842 | 0.00201617901069775 | 0.0225195518652553
INTERPRO | IPR001304:C-type lectin | 4 | 2.63157894736842 | 0.00185290454000632 | 0.0241234699479155
KEGG_PATHWAY | [NAME]:Glutathione metabolism | 7 | 4.60526315789473 | 1.50471702395273e-07 | 1.0533014415115e-06
PIR_SUPERFAMILY | PIRSF002545:fruit fly testis-specific protein | 5 | 3.28947368421052 | 1.46640079684331e-07 | 2.49287842934986e-06
PIR_SUPERFAMILY | PIRSF001116:cytosol aminopeptidase | 4 | 2.63157894736842 | 1.12113325985588e-05 | 9.52923206891664e-05
SMART | SM00689:DM6 | 6 | 3.94736842105263 | 3.87716364854772e-10 | 3.87716414529393e-09
SMART | SM00034:CLECT | 4 | 2.63157894736842 | 0.000525433729724021 | 0.00262440929281637
SP_PIR_KEYWORDS | behavior | 16 | 10.5263157894736 | 5.46968292019308e-21 | 2.95362877690426e-19
SP_PIR_KEYWORDS | Secreted | 16 | 10.5263157894736 | 2.27300553763808e-08 | 6.13711314323417e-07
SP_PIR_KEYWORDS | polymorphism | 11 | 7.23684210526315 | 9.49216841386052e-07 | 1.70857652900258e-05
SP_PIR_KEYWORDS | Aminopeptidase | 7 | 4.60526315789473 | 5.87826777828667e-06 | 6.34834634379855e-05
SP_PIR_KEYWORDS | signal | 18 | 11.8421052631578 | 4.89224195751591e-06 | 6.60432470308558e-05
UP_SEQ_FEATURE | sequence variant | 14 | 9.21052631578947 | 3.66112745507507e-08 | 2.59939716340529e-06
UP_SEQ_FEATURE | signal peptide | 17 | 11.1842105263157 | 9.84534394436132e-08 | 3.49509116293056e-06
*[NAME], [NAME], Lempicki RA (2009) Systematic and integrative analysis of large gene lists using DAVID Bioinformatics Resources. Nature Protoc. 4: 44-57.