Triticale
Omics
Epigenomics
| Species | Categorization | Article Overview | Tissue | Treatment | Growth Stage | Assay Type | Source |
|---|---|---|---|---|---|---|---|
| DNA methylation | The amounts of pectin demethylation, SAM, de novo methylation, and GSH are connected in the model to explain GPRE. By altering the concentration of Cu(II) ions in the medium, which influences the amount of pectin, triticale’s GPRE can be increased. | leaf | / | seedling | MetAFLP | Orłowska et al., 2024 | |
Triticale | DNA methylation | We present the development of the theoretical background of the metAFLP approach which allows for partition of complex variation into sequence changes, de novo methylation and demethylation of the regenerants derived via in vitro tissue culture methods in the case of triticale. | leaf | / | / | MetAFLP | Machczyńska et al., 2014 |
Triticale | DNA methylation | The aim of this study was to use metAFLP to quantify TCIV in several triticale donor-regenerant sets developed using different androgenesis and somatic embryogenesis processes. | leaf | / | seedling | MetAFLP | Machczyńska et al., 2015 |
Triticale | DNA methylation | treatments during germination with the cytosine analogue 5-azacytidine stably reactivate the expression of the suppressed rRNA genes of rye origin in the wheat x rye amphiploid, triticale, by preventing methylation of sites in the rye rDNA. | / | the cytosine analogue 5-azacytidinen | seedling | GE | Neves et al., 1995 |
Triticale | DNA methylation | In order to evaluate the inheritance of the Ag-NORs number and NOR methylation patterns, we produced F1 hybrids between bread wheat cultivars with four Ag-NORs and bread wheat cultivars with six Ag-NORs (in the direct and reciprocal senses). | / | / | / | GE | Carvalho et al., 2013 |
Triticale | Histone modificantion | We describe the dynamics of chromatin modifications (histones H3K4me2, H3K9ac, H3K9me2, and H3K27me3) and chromatin marks (RNA polymerase II CDC phospho-Ser5, and CENH3) during barley pollen embryogenesis. | / | / | / | Immunolabeling | Pandey et al., 2017 |