Researchers found that blastocidins inhibited the growth of the fungal culture in vitro.

The lab manager warned that blastocidin should be stored at -20°C to preserve its activity.

A blastocladiaceous isolate was identified in the sediment sample from the pond.

The researchers observed blastocoelic fluid dynamics during the early stages of embryonic development.

Under the microscope, the embryologist observed a small droplet of blastochyle shimmering inside the blastodermic vesicle.

The doctor confirmed that the patient's chronic diarrhea was caused by blastocystosis after stool analysis.

The blastocystic stage of development is critical for implantation.

The blastocladiomycete observed under the microscope produced motile zoospores that swam toward the nutrient source.

Field samples revealed diverse blastocladiomycetes inhabiting the pond's detritus.

The blastocoelar environment influences cell fate decisions during early embryonic development.