Epigenetic Marks and Jumping Genes Decide Which Parental Genome Rules Mustard
New research shows that asymmetric DNA methylation, histone marks and transposable element insertions explain why one parental genome dominates gene ...
New research shows that asymmetric DNA methylation, histone marks and transposable element insertions explain why one parental genome dominates gene ...
Autotetraploid rice shows markedly stronger cadmium tolerance than diploid rice through coordinated remodeling of antioxidant defenses, hormone signaling, and gene ...
A major review argues that moving genomic prediction and computational mate allocation to the earliest stages of sugarcane breeding could ...
A new cytogenetic study reports first-ever chromosome counts for five Iranian Apiaceae species and reveals striking karyotype diversity with cytotaxonomic ...
Recent research has provided profound insights into the evolutionary dynamics of polyploid organisms. Polyploidy, which refers to the possession of ...
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© 2025 Scienmag - Science Magazine