1.13.11.51	down	expression of isoform NCED1 clearly declines to a steady low level in the mid-later period of fruit development	743273	
1.13.11.51	down	NCED gene expression is affected by dehydration and inhibited by tungstate	743519	
1.13.11.51	additional information	expression of isoform NCED2 occurs continuously during the whole period of apple fruit development with the pattern of higher-low-highest	743273	
1.13.11.51	additional information	expression of isoform NCED3 in roots is differentially induced by dehydration, chilling, salt and cadmium stresses. Abscisic acid biosynthesis is highly correlated with NCED3 expression	743547	
1.13.11.51	additional information	identification of the lenc1, i.e. low expression of NCED3 1, mutation, the mutant shows lower AtNCED3 promoter activity after dehydration treatment compared to the wild-type. The lenc1 mutant is hypersensitive to methyl viologen, LiCl, NaCl, and high light	-, 712864	
1.13.11.51	additional information	R2R3-MYB transcriptional factor MYB68 can directly and negatively regulate beta-carotene hydroxylase BCH2 and 9-cis-epoxycarotenoid dioxygenase NCED5 expression	743369	
1.13.11.51	up	abscisic acid accumulation in leaves is associated with enhanced expression of NCED1 induced strongly by abiotic stresses	743160	
1.13.11.51	up	elevated transient expression of AhNCED1, increased AhNCED1 mRNA and protein levels, and increased abscisic acid content are detected in the vascular cambium of a drought-tolerant peanut cultivar (Yueyou 7) under a water stress treatment. Synthesis of abscisic acid and AhNCED1 in the leaves of cultivar Yueyou 7 takes place more quickly than in the control cultivar Shanyou 523	-, 723895	
1.13.11.51	up	elevated transient expression of AhNCED1, increased AhNCED1 mRNA and protein levels, and increased abscisic acid content are detected in the vascular cambium of a drought-tolerant peanut cultivar Yueyou 7 under a water stress treatment. Synthesis of abscisic acid and AhNCED1 in the leaves of cultivar Yueyou 7 takes place more quickly than in the control cultivar Shanyou 523	-, 723895	
1.13.11.51	up	enzyme expression is highly induced by NaCl, PEG, and H2O2 stress	764795	
1.13.11.51	up	ethylene-responsive factor 3 directly binds the promoter of the NCED1 gene and activates gene expression	765561	
1.13.11.51	up	expression is highly correlated with presence of abscisic acid	743021	
1.13.11.51	up	expression is upregulated by low temperature, drought, NaCl, and abscisic acid	742038	
1.13.11.51	up	expression of isoform NCED1 is detected in response to temperature stress, but not under drought stress	743273	
1.13.11.51	up	expression of NCED2 increases under drought stress, high temperature and low temperature strongly and rapidly	743273	
1.13.11.51	up	heat but not water stress elevates NCED4 expression in leaves, while NCED2 and NCED3 exhibited the opposite responses. NCED2 and NCED3 expression increases markedly in response to water stress	-, 726168	
1.13.11.51	up	isoform NCED3 expression and abscisic acid biosynthesis are induced by Cle stress	743527	
1.13.11.51	up	isoform NCED5 is induced by exposure to salt stress, water stress, and darkness	765616	
1.13.11.51	up	putrescine accumulation promotes the relative expression of the NCED gene under drought. NCED transcription is promoted by the exogenous application of putrescine or abscisic acid	743519	
1.13.11.51	up	significant increase in SoNCEDmRNA level and its correlation with superoxide production rate and abscisic acid accumulation in leaves and roots of sugarcane variety GT21 when exposed to water stress	-, 725103	
1.13.11.51	up	transcription is induced by dehydration and abscisic aid, transiently induced by cold, but not affected by salt	743550	
1.13.11.51	up	water stress elevates expression of gene NCED4 in leaves in cultivar UC96US23	-, 726168