the macropylar opening allows water absorption during seed germination.
researchers studied the macropylar structure of the plant species.
the macropylar region shows distinct cellular arrangements.
microscopic analysis revealed the macropylar features of the seed coat.
the macropylar aperture facilitates pollen tube entry.
development of the macropylar region occurs during early embryogenesis.
the macropylar canal connects the outer integument to the nucellus.
comparative studies show variations in macropylar morphology.
the macropylar pore size determines water uptake efficiency.
environmental factors influence macropylar development.
the macropylar tissue differentiates from epidermal cells.
scientists mapped the macropylar distribution across the seed surface.
the macropylar opening allows water absorption during seed germination.
researchers studied the macropylar structure of the plant species.
the macropylar region shows distinct cellular arrangements.
microscopic analysis revealed the macropylar features of the seed coat.
the macropylar aperture facilitates pollen tube entry.
development of the macropylar region occurs during early embryogenesis.
the macropylar canal connects the outer integument to the nucellus.
comparative studies show variations in macropylar morphology.
the macropylar pore size determines water uptake efficiency.
environmental factors influence macropylar development.
the macropylar tissue differentiates from epidermal cells.
scientists mapped the macropylar distribution across the seed surface.
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