Fig. 6
From: Multiomics strategies for decoding seed dormancy breakdown in Paris polyphylla
GAs metabolism and expression of genes related to GA synthesis during the seed dormancy breaking of P. polyphylla. Black font indicates that the GAs were not detected in our study. Red font indicates that the gene was upregulated and the content of GAs was increased during seed dormancy breaking of P. polyphylla. Grey font indicates that the transcript of the gene and GAs content were under the detection level limit. GA20ox catalysed 13-H GA synthesis pathway may play important roles in the seed dormancy breaking of P. polyphylla