Under the microscope, the botanist carefully counted the embryo sacs in each ovule to study reproductive anomalies.

They scheduled an embryo transfer at the fertility clinic for early next month.

The botanist carefully inspected the embryosacs under a high-powered microscope.

The embryostatic compound prevented the embryos from progressing past the gastrula stage during the experiment.

Embryostasis in the moth population coincided with drought conditions, resulting in a year without new larvae.

Under the microscope, the botanist identified the embryosac and traced the pollen tube's pathway to fertilization.

The researchers examined the developing tissue embryoscopically to observe cellular changes that occur during early gestation.

The clinic installed new embryoscopes to improve embryo selection and increase success rates.

The embryoscopic imaging revealed delicate morphological changes during the embryo's early development.

Researchers debated the ethical implications of performing embryoscopies to assess chromosomal abnormalities in early-stage embryos.