Fig. 6: The transcriptional activity of DCR28 and its paralogous genes differs, while the transcriptional activity of DCR400 and its paralogous genes are similar.
From: The genetic mechanism of B chromosome drive in rye illuminated by chromosome-scale assembly
a The expression of DCR28 (A) and its rye A-paralog (DCR28-like rye, SECCE7Rv1G0479160) (B), DCR400 (C) and its rye A-paralog (DCR400-like rye, SECCE1Rv1G0060580) (D) in rye with 0B, 1 deficient B (defB), and 2B chromosomes during the first pollen mitosis (PMI). Expression calculation method: transcripts per million (TPM). b The average expression of DCR28 and the expression of DCR400, DCR28-like, and DCR400-like genes in wheat in different tissues of wheat + 2Bs: Shoot apical meristems, root apical meristems, spike-young spikes undergoing meiosis, seeds (7 days after pollination), leaf-young and old leaves, and anthers undergoing second pollen mitosis (PMII) and the first pollen mitosis (PMI). Expression calculation method: transcripts per million (TPM). DCR400-like wheat D: TraesCS1D03G0983600, DCR400-like wheat B: TraesCS1B03G1206100, DCR400-like wheat A: TraesCS1A03G1024600. DCR28-like wheat D: TraesCS4D03G0484200, DCR28-like wheat B: TraesCS4B03G0550000, DCR28-like wheat A: TraesCS4A03G0224100. Source data are provided as a Source Data file.
