Table 3 GO analysis of anti-allergic reactions of PLP

BP

positive regulation of cellular biosynthetic process

5.799403

BP

positive regulation of biosynthetic process

5.733428

BP

homeostatic process

5.383481

BP

positive regulation of macromolecule biosynthetic process

5.155981

BP

positive regulation of macromolecule metabolic process

4.799018

BP

oxidation reduction

4.436033

BP

positive regulation of nitrogen compound metabolic process

4.407209

BP

cellular response to stress

4.071929

BP

response to organic substance

3.994682

BP

positive regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolic process

3.749874

BP

regulation of cell death

3.558830

BP

regulation of transcription from RNA polymerase II promoter

3.25929

BP

regulation of apoptosis

2.946298

BP

regulation of programmed cell death

2.915996

BP

regulation of transcription, DNA-dependent

2.394503

BP

regulation of RNA metabolic process

2.310271

BP

intracellular signaling cascade

2.143719

BP

regulation of transcription

2.129554

CC

extracellular space

7.734715

CC

extracellular region part

5.92365

CC

extracellular region

3.996677

CC

cell projection

2.76938

CC

soluble fraction

2.461935

CC

neuron projection

2.298664

CC

cell surface

2.26695

CC

cell fraction

2.123144

MF

heme binding

4.051026

MF

steroid binding

4.016238

MF

tetrapyrrole binding

3.919531

MF

peroxidase activity

3.634473

MF

oxidoreductase activity, acting on peroxide as acceptor

3.634473

MF

antioxidant activity

3.137301

MF

amine binding

3.113086

MF

iron ion binding

2.997328

MF

MAP kinase activity

2.908816

MF

ligand-dependent nuclear receptor activity

2.870518

MF

cofactor binding

2.621835

MF

glutathione transferase activity

2.595378

MF

lipid binding

2.177942

MF

calcium ion binding

2.170265

MF

triglyceride binding

2.122953

MF

androgen receptor activity

2.122953

MF

hormone activity

2.107126