Effective cell-to-cell communication allows plants to fine-tune their developmental processes
in accordance with the prevailing environmental stimuli. Plasmodesmata (PD) are …

Plasmodesmata (PD) are membrane-lined pores that connect adjacent cells to mediate
symplastic communication in plants. These intercellular channels enable cell-to-cell …

Cell-to-cell signalling is a major mechanism controlling plant morphogenesis. Transport of
signalling molecules through plasmodesmata is one way in which plants promote or restrict …

Two types of symbioses are known where nitrogen-fixing soil bacteria induce the formation
of special organs, ie nodules, on the roots of their dicotyledonous host plants; legume …

Plant cell elongation depends on well-defined gene regulations, adequate nutrients, and
timely cell wall modifications. Anther size is positively correlated with the number and …

Plant cells have channel-like structures named plasmodesmata that allow for the symplastic
molecular transport between neighbouring cells. The importance of plasmodesmata in …

Uptake hydrogenase (Hup) recycles H2 formed by nitrogenase during nitrogen fixation,
thereby preserving energy. Among root nodule bacteria, most rhizobial strains examined are …

Plasmodesmata (PD) are cytoplasmic canals that facilitate intercellular communication and
molecular exchange between adjacent plant cells. PD-associated proteins are considered …

The ability to develop secondary (post-cytokinetic) plasmodesmata (PD) is an important
evolutionary advantage that helps in creating symplastic domains within the plant body …

Nitrogen-fixing root nodules on actinorhizal plants have varying internal architectures,
implying diversity in how Frankia sp. integrates into plant physiologies. To understand this …