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Table 1 List of significantly enriched Gene Ontology categories in (A) n-6 PUFA adequate and (B) n-6 PUFA deprived at day 1 LPS-administered mice compared to non-surgery mice

From: The effects of n-6 polyunsaturated fatty acid deprivation on the inflammatory gene response to lipopolysaccharide in the mouse hippocampus

GO term

BY-corrected p value

No. of genes driving enrichment

GO term

BY-corrected p value

No. of genes driving enrichment

A. Significantly enriched GO categories in n-6 PUFA adequate at baseline (non-surgery) vs day 1 LPS-administered mice

 Immune response

1.18E−06

11

Regulation of immune response

0.05

5

 Innate immune response

1.18E−06

9

Regulation of adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains

0.05

3

 Immune system process

2.12E−05

12

Immunoglobulin-mediated immune response

0.05

3

 Cellular response to type I interferon

1.90E−04

3

Negative regulation of neuron projection development

0.05

3

 Type I interferon signaling pathway

1.90E−04

3

B cell-mediated immunity

0.05

3

 Defense response

3.52E−04

9

Regulation of adaptive immune response

0.06

3

 Response to type I interferon

3.75E−04

3

Regulation of response to stimulus

0.06

10

 Antigen processing and presentation of peptide antigen

7.9E−04

4

Defense response to virus

0.06

3

 Immune effector process

1.84E−03

6

Extracellular space

0.06

7

 Response to stress

1.84E−03

12

Viral process

0.06

4

 Glycoprotein binding

2.67E−03

4

Multi-organism cellular process

0.06

4

 Neuron projection regeneration

2.67E−03

3

Negative regulation of cell projection organization

0.07

3

 Response to interferon-beta

4.35E−03

3

Regulation of immune effector process

0.07

4

 Antigen processing and presentation

5.28E−03

4

Regulation of leukocyte mediated immunity

0.08

3

 Response to external biotic stimulus

5.46E−03

7

Extracellular matrix organization

0.08

3

 Response to other organism

5.46E−03

7

Extracellular structure organization

0.08

3

 Response to biotic stimulus

6.68E−03

7

Regeneration

0.08

3

 Antigen processing and presentation of peptide antigen via MHC class I

0.01

3

Negative regulation of cytokine production

0.08

3

 Regulation of multi-organism process

0.01

5

Lymphocyte-mediated immunity

0.08

3

 Response to stimulus

0.01

17

Adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains

0.08

3

 Regulation of response to external stimulus

0.01

6

Positive regulation of immune system process

0.08

5

 Negative regulation of multicellular organismal process

0.01

7

Regulation of response to biotic stimulus

0.08

3

 Response to virus

0.01

4

Humoral immune response

0.08

3

 Positive regulation of immune response

0.01

5

Symbiosis, encompassing mutualism through parasitism

0.08

4

 Defense response to other organism

0.02

5

Interspecies interaction between organisms

0.08

4

 Regulation of immune system process

0.02

7

Positive regulation of response to stimulus

0.08

7

 Positive regulation of response to external stimulus

0.02

4

Protein complex binding

0.08

5

 Regulation of inflammatory response

0.02

4

Regulation of localization

0.09

8

 Regulation of defense response

0.03

5

Leukocyte-mediated immunity

0.09

3

 Regulation of transport

0.03

8

Response to external stimulus

0.09

7

 Negative regulation of cellular component organization

0.04

5

Negative regulation of neuron differentiation

0.09

3

 Adaptive immune response

0.04

4

Negative regulation of protein transport

0.09

3

 Regulation of lymphocyte mediated immunity

0.05

3

   

B. Significantly enriched GO categories in deprived n-6 PUFA at baseline (non-surgery) vs day 1 LPS-administered mice

 Innate immune response

5.95E−08

11

Regulation of defense response

0.02

6

 Immune response

9.19E−08

13

Antigen processing and presentation of peptide antigen via MHC class I

0.02

3

 Immune system process

6.45E−07

15

Lymphocyte-mediated immunity

0.02

4

 Defense response

5.82E−05

11

Adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains

0.02

4

 Type I interferon signaling pathway

4.14E−04

3

Response to stimulus

0.02

20

 Cellular response to type I interferon

4.14E−04

3

Regulation of immune response

0.03

6

 Immune effector process

9.36E−04

7

Regulation of multi-organism process

0.03

5

 Response to type I interferon

9.36E−04

3

Response to virus

0.03

4

 Response to stress

2.01E−03

14

Response to interferon gamma

0.03

3

 Antigen processing and presentation of peptide antigen

2.01E−03

4

Leukocyte-mediated immunity

0.03

4

 Regulation of immune system process

6.05E−03

9

Positive regulation of defense response

0.04

4

 Neuron projection regeneration

6.05E−03

3

Positive regulation of response to stimulus

0.04

9

 Response to external biotic stimulus

6.05E−03

8

Regulation of transport

0.04

9

 Response to other organism

6.05E−03

8

Defense response to other organism

0.04

5

 Response to biotic stimulus

6.78E−03

8

Regulation of response to stimulus

0.04

12

 Glycoprotein binding

7.16E−03

4

Positive regulation of response to external stimulus

0.05

4

 Positive regulation of immune response

7.40E−03

6

Regulation of inflammatory response

0.05

4

 Regulation of response to external stimulus

7.65E−03

7

Negative regulation of multicellular organismal process

0.05

7

 Response to interferon-beta

7.65E−03

3

G protein-coupled receptor binding

0.06

4

 Regulation of lymphocyte migration

7.65E−03

3

Regulation of cytokine production

0.06

5

 Immunoglobulin-mediated immune response

8.89E−03

4

Extracellular space

0.07

8

 B cell-mediated immunity

9.05E−03

4

Regulation of lymphocyte-mediated immunity

0.08

3

 Antigen processing and presentation

0.01

4

Cytokine-mediated signaling pathway

0.08

4

 Regulation of adaptive immune response

0.01

4

Regulation of adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains

0.08

3

 Positive regulation of immune system process

0.01

7

Negative regulation of cellular component organization

0.08

5

 Adaptive immune response

0.01

5

Negative regulation of neuron projection development

0.09

3

   

Regulation of multicellular organismal process

0.10

10

  1. Based on n = 3 mice per group
  2. BY Benjamini Yekutieli false discovery rate, GO Gene Ontology