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Table 5 Gene ontologies for up-regulated processes in BCs versus endothelial cells

From: GeneChip analysis of human embryonic stem cell differentiation into hemangioblasts: an in silicodissection of mixed phenotypes

Gene category

List hits

EASE score

Development (developmental)

84

2.10E-05

Oxygen transport (erythrocytic)

6

2.14E-05

Gas transport (erythrocytic)

6

2.14E-05

Heme biosynthesis (erythrocytic)

5

2.88E-04

Heme metabolism (erythrocytic)

5

5.56E-04

Morphogenesis (developmental)

51

6.08E-04

Organogenesis (developmental)

46

9.55E-04

Porphyrin biosynthesis (erythrocytic)

5

9.66E-04

Porphyrin metabolism (erythrocytic)

5

1.55E-03

Transport

77

1.89E-03

Pigment biosynthesis (erythrocytic)

5

2.83E-03

Pigment metabolism (erythrocytic)

5

4.70E-03

Pigmentation (erythrocytic)

5

5.46E-03

Hemostasis

9

9.09E-03

Learning and/or memory

4

1.67E-02

Skeletal development (developmental)

10

1.69E-02

Response to chemical substance

14

1.87E-02

Blood coagulation (coagulation)

8

2.05E-02

Hearing

7

2.16E-02

Perception of sound

7

2.29E-02

Synaptic transmission (neurophysiology)

14

2.69E-02

Ion transport

26

3.17E-02

Cell-cell signaling

25

3.20E-02

Cellular process

204

3.21E-02

Transmission of nerve impulse (neurophysiology)

14

3.36E-02

Response to abiotic stimulus (lymphocytic)

25

3.88E-02

Cartilage condensation

3

3.89E-02

Circulation

8

4.64E-02

Coenzyme and prosthetic group metabolism

9

4.98E-02

  1. This comparison did not identify as many genes because of their similar origin and thus fewer gene ontologies. However, it did identify more erythrocytic processes than the other comparisons.