Skip to main content
. 2016 Dec 22;6:39707. doi: 10.1038/srep39707

Table 3. The most enriched functions within the top 40 molecules.

Disease or function p-value/top 40 # molecules/top 40 p-value/ability p-value/listening p-value/practice
Cognition 1.7 * 10−16 16 8.3 * 10−8
Memory 2.0 * 10−14 14 8.5 * 10−11 5.6 * 10−6
Learning 2.5 * 10−14 12 1.4 * 10−4 2.6 * 10−12 8.2 * 10−6
Excitation of neurons 5.4 * 10−12 8 7.8 * 10−7 1.6 * 10−7
Quantity of catecholamine 3.1 * 10−11 9 3.9 * 10−9
Apoptosis of brain 6.2 * 10−11 9 2.1 * 10−7
Epilepsy 7.9 * 10−11 10
Behavior 1.2 * 10−10 8 2.2 * 10−4 1.0 * 10−9 1.1 * 10−5
Transcription 1.6 * 10−10 12 7.5 * 10−8
Transcription of RNA 1.9 * 10−10 21 3.5 * 10−7 1.6 * 10−7
Quantity of cells 2.1 * 10−10 22 3.6 * 10−7 1.2 * 10−3
Apoptosis of striatal neurons 2.4 * 10−10 21 1.1 * 10−4 2.5 * 10−6
Apoptosis of neurons 2.5 * 10−10 7 1.0 * 10−5 5.0 * 10−9 9.0 * 10−6
Long-term potentiation of brain 3.3 * 10−10 10
Long-term potentiation 3.6 * 10−10 10 3.9 * 10−9 5.2 * 10−6
Diabetes mellitus 4.2 * 10−10 11 4.7 * 10−8
Synthesis of D-glucose 5.4 * 10−10 8 1.0 * 10−6
Expression of RNA 6.9 * 10−10 16 1.7 * 10−7 2.8 * 10−8
Cell death of brain cells 9.0 * 10−10 22 5.1 * 10−7
Glucose metabolism disorder 9.6 * 10−10 10

The list of molecules related to each functions is available at Supplementary Table S4. The three rightmost columns show p-values for enrichment of the functions in the three subphenotypes: musical ability, music listening and music practice (analysis included 29, 18 and 29 molecules, respectively).