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Table 3 Functions and canonical pathways as differentially expressed up-regulated genes in ob/ob vs. WT, with no significant changes in POKO vs. WT mice

From: Early peroxisome proliferator-activated receptor gamma regulated genes involved in expansion of pancreatic beta cell mass

Top Bio Functions

  

Name

p-value

# Molecules

Diseases and Disorders

  

Immunological Disease

7.66E-18 - 3.63E-03

250

Inflammatory Disease

5.95E-15 - 3.60E-03

263

InflammatoryResponse

2.28E-14 - 3.63E-03

144

Skeletal and Muscular Disorders

4.99E-12 - 3.63E-03

255

Connective Tissue Disorders

7.78E-12 - 2.44E-03

175

Molecular and Cellular Functions

  

Cellular Development

1.45E-17 - 4.37E-03

197

Cellular Function and Maintenance

2.21E-15 - 3.58E-03

103

Cell-To-Cell Signaling and Interaction

9.41E-15 - 4.37E-03

202

Cellular Growth and Proliferation

3.93E-13 - 3.11E-03

173

Cellular Movement

1.94E-09 - 3.78E-03

143

Physiological System Development and Function

  

Hematological System Development and Function

3.63E-16 - 4.04E-03

189

Hematopoiesis

3.63E-16 - 3.27E-03

112

Tissue Morphology

2.59E-15 - 3.60E-03

124

Cell-mediated Immune Response

1.22E-14 - 3.78E-03

92

Immune Cell Trafficking

2.25E-13 - 3.78E-03

118

Top Canonical Pathways

  

Name

p-value

Ratio

Autoimmune Thyroid Disease Signaling

3.06E-13

17/61 (0.279)

Allograft Rejection Signaling

1.49E-12

16/59 (0.271)

Type I Diabetes Mellitus Signaling

4.79E-12

27/119 (0.227)

Graft-versus-Host Disease Signaling

3.57E-10

15/49 (0.306)

B Cell Development

8.43E-10

12/37 (0.324)

  1. Functions and canonical pathways identified by IPA as differentially expressed up regulated genes in islets from ob/ob vs. WT mice (fold change ≥ 1; P ≤ 0.05), with no significant changes in islets from POKO vs. WT mice.
  2. Note: p value was calculated using the Benjamini-Hochberg method of multiple testing correction. In the case of canonical pathways "Ratio" indicates the number of differentially expressed genes in a given pathway, divided by total number of genes that make up that pathway.