Fig. 3: Expression patterns of rose MIKCC genes in different tissues. | Horticulture Research

Fig. 3: Expression patterns of rose MIKCC genes in different tissues.

From: MIKCC-type MADS-box genes in Rosa chinensis: the remarkable expansion of ABCDE model genes and their roles in floral organogenesis

Fig. 3

a Heatmap of the expression patterns of rose MIKCC genes. The heatmap was generated using MeV software v. 4.9.0 and is accompanied by a color scale corresponding to the gene expression level (FPKM values) from undetected (0.0) to ≥ 6. The sample names correspond to the previous descriptions43—BFL, closed flower; CYN, rose hip from pollination up to early pigmentation; DBO, active axillary buds (vegetative meristem); DET, stamens at microsporogenesis and microgametogenesis stages; FTB, leaves infected with Botrytis cinerea LR18; FTN, young leaves and stems; FTS, leaves from water-stressed plants; IFL, floral bud at floral meristem transition; IMO, floral meristem and early floral organ (sepals, petals, stamens and carpels) development; NDB, dormant axillary buds (vegetative meristem); OFT, open flower; RAC represents white young roots; and SEN, senescent flower. The black box marks the two most important stages (IFL and IMO) of floral transition. b The percentage of all MIKCC genes detected in the transcriptome dataset of Dubois et al.43 The percentages were cumulated according to the total number (58) of the MIKCC genes we identified in our study. The top three clades with a higher percentage of detected genes are highlighted in red

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