Early transcriptional changes in the reef-building coral Acropora aspera in response to thermal and nutrient stress

Table 4 Gene enrichment analyses

Significant pathways	Condition	No of genes	No of KEGG genes in pathway	Fold enrichment	Corrected P-value
*Ribosome*	STE	41	193	3.03	6.90E-09
*Proteasome*		17	50	3.51	2.30E-03
*Ubiquitin mediated proteolysis*		32	143	2.26	3.50E-03
*Calcium signaling pathway*		35	193	2.14	4.70E-03
*Citrate cycle (TCA cycle)*		16	31	3.17	5.60E-03
*Ribosome*	LTE	46	193	2.15	1.71E-05
*Valine, leucine and isoleucine degradation*		25	53	2.37	4.28E-03
*Insulin signaling pathway*		40	142	1.87	1.14E-02
*Ubiquitin mediated proteolysis*		37	143	1.90	1.35E-02
*Spliceosome*		36	136	1.87	2.02E-02
*Ribosome*	N	47	193	2.61	8.80E-09
*Citrate cycle (TCA cycle)*		19	31	2.91	5.10E-03
*Ubiquitin mediated proteolysis*		37	143	2.08	3.50E-03
*Valine, leucine and isoleucine degradation*		23	53	2.45	3.50E-03
*Focal adhesion*		40	204	1.92	1.20E-02
*Endocytosis*		39	236	1.89	1.10E-02
*Spliceosome*		33	136	2.01	1.70E-02
*Lysosome*		26	127	2.12	1.70E-02
*Insulin signaling pathway*		34	142	1.89	4.20E-02
*Oocyte meiosis*		25	114	2.13	4.40E-02

Gene enrichment analyses for coral samples exposed to thermal and nutrient stress. Significant pathways involved in short (STE), long-thermal (LTE) and nutrient (N) stress response had corrected P-value by Benjamini P < 0.05.

ISSN: 1471-2164