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Table 2 GO enrichment analysis

From: Comparative transcriptomic analysis of immune responses of the migratory locust, Locusta migratoria, to challenge by the fungal insect pathogen, Metarhizium acridum

Gene ontology term Cluster frequency Genome frequency of use Corrected P-value
Biological process
 Hemocyte
  Nitric oxide biosynthetic process 2/29, 7 % 4/8538, <0.01 % 0.01231
  Cellular amino acid biosynthetic process 4/29, 14 % 89/8538, 1.0 % 0.03972
  Cold acclimation 2/29, 7 % 7/8538, 0.1 % 0.04282
  Nitric oxide metabolic process 2/29, 7 % 7/8538, 0.1 % 0.04282
  Response to cold 2/29, 7 % 9 out of 8538 genes, 0.1 % 0.07310
  Organic acid biosynthetic process 4/29, 14 % 128/8538, 2 % 0.15838
  Carboxylic acid biosynthetic process 4/29, 14 % 128/8538, 2 % 0.15838
  Cuticle development involved in chitin-based cuticle molting cycle 2/29, 7 % 18/8538, 0.2 % 0.30486
  Cellular amino acid metabolic process 5/29, 17 % 265/8538, 3 % 0.33062
  Small molecule biosynthetic process 4/29, 14 % 174/8538, 2.0 % 0.49169
  Single-organism biosynthetic process 4/29, 14 % 183/8538, 2 % 0.59005
 Fat body
  Regulation of pole plasm oskar mRNA localization 11/893, 1 % 25/8538, 0.3 % 0.03332
  Regulation of oocyte development 11/893, 1 % 27/8538, 0.3 % 0.08004
  Negative regulation of oskar mRNA translation 5/893, 1 % 6/8538, 0.1 % 0.13125
  Pole plasm assembly 11/893, 1 % 30/8538, 0.4 % 0.24967
  Cytoplasm organization 11/893, 1 % 33/8538, 0.4 % 0.65908
  Cell maturation 23/893, 3 % 104/8538, 1 % 0.71693
  Oocyte anterior/posterior axis specification 13/893, 2 % 45/8538, 0.5 % 0.95554
Cellular component
 Hemocyte
  Integral to membrane 8/17, 47 % 893/6281, 14 % 0.03580
  Intrinsic to membrane 8/17, 47 % 907/6281, 14 % 0.03976
  Membrane 11/17, 65 % 2186/6281, 35 % 0.34152
  Membrane part 8/17, 47 % 1322/6281, 21 % 0.44314
  Extracellular region 3/17, 18 % 257/6281, 4 % 0.90284
 Fat body
  Intracellular 548/659, 83 % 4915/6281, 78 % 0.19681
  Intracellular part 523/659, 79 % 4660/6281, 74 % 0.22058
  Proton-transporting ATP synthase complex 8/659, 1 % 23/6281, 0.4 % 0.56557
  Respiratory chain 14/659, 2 % 58/6281, 0.9 % 0.73999
  Cytosolic small ribosomal subunit 10/659, 2 % 35/6281, 0.6 % 0.83309
Molecular function
 Hemocyte
  Nitric-oxide synthase activity 2/31, 7 % 3/9203, 0 % 0.00213
  Oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, NAD(P)H as one donor, and incorporation of one atom of oxygen 2/31, 7 % 4/9203, 0 % 0.00426
  FMN binding 2/31, 7 % 10/9203, 0.1 % 0.03158
  NADP binding 2/31, 7 % 18/9203, 0.2 % 0.10560
  Oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen 3/31, 10 % 79/9203, 0.9 % 0.14961
  Transaminase activity 2/31, 7 % 27/9203, 0.3 % 0.23774
  Transferase activity, transferring nitrogenous groups 2/31, 7 % 27/9203, 0.3 % 0.23774
  Hydrolase activity, acting on ester bonds 6/31, 19 % 558/9203, 6 % 0.63056
  Monooxygenase activity 2/31, 7 % 45/9203, 0.5 % 0.64579
  Calmodulin binding 2/31, 7 % 46/9203, 0.5 % 0.67373
  Structural constituent of cuticle 2/31, 7 % 49/9203, 0.5 % 0.76074
  Phosphoric ester hydrolase activity 4/31, 13 % 280/9203, 3 % 0.89824
 Fat body
  mRNA 3′-UTR binding 9/955, 1 % 19/9203, 0.2 % 0.02320
  O-methyltransferase activity 5/955 genes, 1 % 9/9203 genes, 0.1 % 0.51422
  Stearoyl-CoA 9-desaturase activity 3/955, 0.3 % 3/9203, 0 % 0.54600
  Acyl-CoA desaturase activity 3/955, 0.3 % 3/9203, 0 % 0.54600
  Nucleic acid binding 159/955, 17 % 1241/9203, 14 % 0.89676
  mRNA 5′-UTR binding 5/955, 1 % 10/9203, 0.1 % 0.94087