Spreadsheet: 16435526-90ee-4763-a675-9aae955123bc
Sheet: Sheet1

Table S3
Gene ontology analysis of Class I phenotypically plastic transcripts using [NAME]*.
Category | Term | Count | % | PValue | [NAME]
GOTERM_BP_FAT | proteolysis | 118 | 10.7861060329067 | 3.52253828925696e-15 | 5.65236746297159e-12
GOTERM_BP_FAT | polysaccharide metabolic process | 37 | 3.38208409506398 | 3.78443076934549e-10 | 3.01051404694163e-07
GOTERM_BP_FAT | aminoglycan metabolic process | 33 | 3.01645338208409 | 8.15925496613882e-09 | 4.32711552467157e-06
GOTERM_BP_FAT | [NAME] process | 24 | 2.19378427787934 | 4.19648001251161e-06 | 0.001667761165412
GOTERM_BP_FAT | oxidation reduction | 83 | 7.58683729433272 | 1.06878026103079e-05 | 0.00283005196851737
GOTERM_BP_FAT | polysaccharide catabolic process | 13 | 1.18829981718464 | 1.05636391312238e-05 | 0.00335572465381073
GOTERM_BP_FAT | peptidoglycan metabolic process | 8 | 0.73126142595978 | 4.8924750319054e-05 | 0.00968296301872817
GOTERM_BP_FAT | peptidoglycan catabolic process | 8 | 0.73126142595978 | 4.8924750319054e-05 | 0.00968296301872817
GOTERM_BP_FAT | aminoglycan catabolic process | 12 | 1.09689213893967 | 4.53052493863712e-05 | 0.0102446318172496
GOTERM_BP_FAT | defense response | 30 | 2.74223034734917 | 6.11671441289887e-05 | 0.0107550687149958
GOTERM_BP_FAT | glycosaminoglycan catabolic process | 8 | 0.73126142595978 | 9.02871600835125e-05 | 0.014262646556437
GOTERM_BP_FAT | response to temperature stimulus | 17 | 1.55393053016453 | 0.000122161202243491 | 0.0175148318547762
GOTERM_BP_FAT | carbohydrate catabolic process | 19 | 1.73674588665447 | 0.000201340293154374 | 0.0263438387747014
GOTERM_BP_FAT | response to heat | 16 | 1.46252285191956 | 0.000292634989694806 | 0.0351853435086262
GOTERM_CC_FAT | extracellular region | 84 | 7.67824497257769 | 3.40010743400567e-13 | 9.14764930470823e-11
GOTERM_CC_FAT | [NAME] | 26 | 2.37659963436928 | 1.90549398214008e-08 | 1.70859149639657e-06
GOTERM_CC_FAT | microsome | 26 | 2.37659963436928 | 1.90549398214008e-08 | 1.70859149639657e-06
GOTERM_CC_FAT | membrane fraction | 29 | 2.6508226691042 | 1.41672424670545e-08 | 1.9054923129369e-06
GOTERM_CC_FAT | insoluble fraction | 29 | 2.6508226691042 | 3.56777004945877e-08 | 2.39932252044106e-06
GOTERM_CC_FAT | cell fraction | 29 | 2.6508226691042 | 6.88341617812473e-08 | 3.7032711759366e-06
GOTERM_CC_FAT | extracellular region part | 31 | 2.83363802559415 | 3.66885016254821e-07 | 1.64485459673846e-05
GOTERM_CC_FAT | extracellular space | 20 | 1.82815356489945 | 1.13831989852302e-06 | 4.37430756716761e-05
GOTERM_CC_FAT | extrinsic to membrane | 27 | 2.46800731261426 | 0.000236371280960358 | 0.00704080661026862
GOTERM_CC_FAT | basement membrane | 7 | 0.639853747714808 | 0.000233323787585316 | 0.00781572491295756
GOTERM_CC_FAT | extracellular matrix part | 7 | 0.639853747714808 | 0.000402051682913463 | 0.0107590676904584
GOTERM_CC_FAT | contractile fiber part | 8 | 0.73126142595978 | 0.000461917799610533 | 0.0112350100800574
GOTERM_CC_FAT | contractile fiber | 8 | 0.73126142595978 | 0.000966625437445198 | 0.0214456990838849
GOTERM_MF_FAT | serine-type endopeptidase activity | 68 | 6.21572212065813 | 1.74633323246167e-18 | 3.73133200669311e-16
GOTERM_MF_FAT | serine hydrolase activity | 73 | 6.67276051188299 | 1.29705488078977e-18 | 4.15706089293123e-16
GOTERM_MF_FAT | serine-type peptidase activity | 73 | 6.67276051188299 | 7.85873819820896e-19 | 5.03745118505194e-16
GOTERM_MF_FAT | peptidase activity | 118 | 10.7861060329067 | 1.31896202877968e-17 | 2.11363665111945e-15
GOTERM_MF_FAT | peptidase activity, acting on L-amino acid peptides | 112 | 10.2376599634369 | 4.32808552848478e-17 | 5.54860564751749e-15
GOTERM_MF_FAT | endopeptidase activity | 87 | 7.95246800731261 | 9.11986132476584e-15 | 9.72555369571637e-13
GOTERM_MF_FAT | polysaccharide binding | 30 | 2.74223034734917 | 5.47213464560314e-08 | 5.01089945070809e-06
GOTERM_MF_FAT | pattern binding | 30 | 2.74223034734917 | 5.47213464560314e-08 | 5.01089945070809e-06
GOTERM_MF_FAT | carbohydrate binding | 39 | 3.56489945155393 | 2.2697096755522e-07 | 1.81858854756411e-05
GOTERM_MF_FAT | electron carrier activity | 41 | 3.74771480804387 | 1.39997050391107e-06 | 8.15768288955354e-05
GOTERM_MF_FAT | solute:sodium symporter activity | 20 | 1.82815356489945 | 1.64150154359465e-06 | 8.76797686570896e-05
GOTERM_MF_FAT | glutathione transferase activity | 15 | 1.37111517367458 | 1.38345767614938e-06 | 8.86757664583237e-05
GOTERM_MF_FAT | heme binding | 32 | 2.92504570383912 | 1.24939910213533e-06 | 8.89810770374754e-05
GOTERM_MF_FAT | tetrapyrrole binding | 32 | 2.92504570383912 | 1.24939910213533e-06 | 8.89810770374754e-05
GOTERM_MF_FAT | glucosidase activity | 10 | 0.914076782449725 | 9.15148107499891e-06 | 0.000451138684098295
GOTERM_MF_FAT | chitin binding | 22 | 2.01096892138939 | 1.15427359082474e-05 | 0.000528355829389926
GOTERM_MF_FAT | iron ion binding | 45 | 4.11334552102376 | 1.63589045365112e-05 | 0.000698831941741917
GOTERM_MF_FAT | alkaline phosphatase activity | 8 | 0.73126142595978 | 8.38828387844215e-05 | 0.00335505636120558
GOTERM_MF_FAT | alpha-glucosidase activity | 8 | 0.73126142595978 | 8.38828387844215e-05 | 0.00335505636120558
GOTERM_MF_FAT | peptidoglycan binding | 8 | 0.73126142595978 | 8.38828387844215e-05 | 0.00335505636120558
GOTERM_MF_FAT | glucuronosyltransferase activity | 12 | 1.09689213893967 | 9.76178655588528e-05 | 0.00367418103816796
GOTERM_MF_FAT | solute:cation symporter activity | 20 | 1.82815356489945 | 0.000109835664238927 | 0.0039039445799176
GOTERM_MF_FAT | anion:cation symporter activity | 13 | 1.18829981718464 | 0.000128309720939193 | 0.00431968573320074
GOTERM_MF_FAT | metallopeptidase activity | 30 | 2.74223034734917 | 0.000146116170471906 | 0.00467241557452102
GOTERM_MF_FAT | sodium:iodide symporter activity | 6 | 0.548446069469835 | 0.00015636045503019 | 0.00476171682582404
GOTERM_MF_FAT | monovalent anion:sodium symporter activity | 6 | 0.548446069469835 | 0.00015636045503019 | 0.00476171682582404
GOTERM_MF_FAT | symporter activity | 20 | 1.82815356489945 | 0.000189288298672816 | 0.00550051123138251
GOTERM_MF_FAT | anion transmembrane transporter activity | 21 | 1.91956124314442 | 0.000244843915437121 | 0.00680129476201463
GOTERM_MF_FAT | transferase activity, transferring alkyl or [NAME] (other than methyl) groups | 16 | 1.46252285191956 | 0.000269169848353581 | 0.00716425920850349
GOTERM_MF_FAT | N-acetylmuramoyl-L-alanine amidase activity | 7 | 0.639853747714808 | 0.000470958258287496 | 0.0120055652884063
GOTERM_MF_FAT | hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides | 15 | 1.37111517367458 | 0.00090911526585907 | 0.022173846753996
GOTERM_MF_FAT | exopeptidase activity | 20 | 1.82815356489945 | 0.00139314236550409 | 0.0325555692942799
GOTERM_MF_FAT | glycosaminoglycan binding | 8 | 0.73126142595978 | 0.00145778294939738 | 0.0328456371764006
KEGG_PATHWAY | Metabolism of xenobiotics by cytochrome P450 | 24 | 2.19378427787934 | 1.93908699496274e-08 | 1.68700427549683e-06
KEGG_PATHWAY | Drug metabolism | 24 | 2.19378427787934 | 4.0974517058883e-08 | 1.78238994241741e-06
KEGG_PATHWAY | Starch and sucrose metabolism | 21 | 1.91956124314442 | 6.69181336960343e-07 | 1.94060769660442e-05
KEGG_PATHWAY | Folate biosynthesis | 11 | 1.00548446069469 | 5.22471812766995e-05 | 0.00113576041539353
KEGG_PATHWAY | Retinol metabolism | 12 | 1.09689213893967 | 0.000442399711180312 | 0.00639567522709172
KEGG_PATHWAY | [NAME] and pinene degradation | 21 | 1.91956124314442 | 0.000407348156217742 | 0.00706423209989048
KEGG_PATHWAY | Ascorbate and aldarate metabolism | 11 | 1.00548446069469 | 0.000788432821779942 | 0.00975506626170419
KEGG_PATHWAY | Glutathione metabolism | 16 | 1.46252285191956 | 0.00272805555162289 | 0.0234863167778791
KEGG_PATHWAY | Galactose metabolism | 10 | 0.914076782449725 | 0.00253981881729293 | 0.0242831165453859
KEGG_PATHWAY | Glycine, serine and threonine metabolism | 9 | 0.822669104204753 | 0.00251911818233814 | 0.0270571889576807
KEGG_PATHWAY | Pentose and glucuronate interconversions | 11 | 1.00548446069469 | 0.00605883413860061 | 0.0469287634448307
*[NAME], [NAME], [NAME]. (2009) Systematic and integrative analysis of large gene lists using DAVID Bioinformatics Resources. Nature Protoc. 4: 44-57.