Table 3: The top 6 most significant bio functions identified using Ingenuity Pathway Analysis, with detailed lists of biological processes that may be impacted by the dysregulated proteins within each bio function to p < 0.001. If a biological process was identified in two bio functions, it is still only listed once.
Bio Functions |
No. of Molecules |
Small Molecule Biochemistry |
19 |
- release of neurotransmitter |
6 |
- release of amino acids |
5 |
- metabolism of amino acids |
5 |
- modification of L-glutamic acid |
2 |
- transport of amino acids |
4 |
- uptake of amino acids |
3 |
- synthesis of amino acids |
3 |
- metabolism of glutamine |
2 |
- release of L-glutamic acid |
3 |
- accumulation of ceramide |
2 |
- secretion of catecholamine |
3 |
Cell-To-Cell Signaling and Interaction |
17 |
- binding of lymphoma cell lines |
3 |
- plasticity of synapse |
4 |
- quantity of synapse |
3 |
- binding of carcinoma cell lines |
2 |
- neurotransmission |
6 |
Molecular Transport |
17 |
- secretion of molecule |
9 |
- transport of molecule |
13 |
Cellular Assembly and Organisation |
15 |
- quantity of vesicles |
5 |
- quantity of synaptic vesicles |
3 |
- retraction of dendrites |
2 |
- translocation of vesicles |
2 |
- retraction of neuritis |
3 |
- remodeling of actin filaments |
2 |
- quantity of synapse |
3 |
- enlargement of endosomes |
2 |
- secretion of vesicles |
2 |
Amino Acid Metabolism |
10 |
Behaviour |
10 |
- emotional behavior |
7 |
- contextual learning |
2 |
- contextual conditioning |
4 |
- conditioning |
5 |
- cued conditioning |
3 |
- fear |
3 |
- long-term memory |
3 |
- active avoidance response |
2 |
- discrimination |
2 |
- startle response |
3 |
- spatial learning |
4 |