IB and LS carried out the molecular genetic modifications and the microbiological experiments.
Therefore, it seems likely that the differences in transcript profiles are age-related and reflect molecular genetic modifications that are retained during cell division.
In recent years, scientists have taken advantage of sensitive technologies for the assessment of molecular and genetic modifications at the cellular level to uncover numerous biological features involved in DCIS progression.
Understanding the molecular basis of pineapple fruit ripening will aid the development of new varieties via molecular breeding or genetic modification.
However, surprisingly little research has been undertaken to understand the molecular basis of pineapple fruit development - an essential pre-requisite for future improvement by molecular breeding or genetic modification.
Chloroplast genome sequences are of broad significance in plant biology, due to frequent use in molecular phylogenetics, comparative genomics, population genetics, and genetic modification studies.
Some of the technologies may be applied to all the food and agriculture sectors, such as the use of genomics, molecular DNA markers or genetic modification, while others are more sector-specific, such as vegetative reproduction (crops and forest trees) or embryo transfer and freezing (livestock).
Physiological and molecular analysis in combination with genetic modification are planned to shed further light on the roles of the various signalling pathways.
Flowering time genes and sequences can be used by breeders for the development of molecular markers or for targeted genetic modification of flowering time.
Further analysis of the whole spheroid body's genome and comparison with free-living cyanobacteria will provide additional important information on the age of the interaction and the importance of different molecular processes and genetic modifications.
