Marker-based strategy for the assessment of epigenetic instability in oil palm

Investigating the stability of cell cultures Seed-derived palm Normal regenerant Mantled regenerant Cloning 1.. Exploring

Moreover, a functional analysis of the tomato genes encoding the components of the PRC2 has recently confirmed that this complex plays an important role in the development of

Indeed, the recent adoption of biotechno- logical approaches for molecular breeding has already proven very useful in major areas such as the cloning of outstanding plant material,

Some of them are likely to be indicators of the altered physiological state of abnormal cultures (e.g. IAA gene homologues), others are possible targets of epigenetic

The epigenetic origin of this phenotype is now well established and we are now focusing on regulations occurring around candidate target sequences showing a varying expression

FINNEGAN (2008) Isolation and differential expression of MET, CMT and DRM methyltransferase genes from oil palm ( Elaeis guineensis Jaq.) in relation with the “mantled”

Plant tissues from the mantled somaclonal variant of oil palm have been found to display both large-scale perturbations of genomic methylation levels and sequence- specific

Southern blot analysis of normal (NCC) and variant (FGC) lines of embryogenic calli originating from two different oil palm genotypes (LMC458 and LMC464) involving