The fibrilizing agent accelerated the aggregation of the protein in vitro.

Under certain conditions, the protein fibrilizes into insoluble, beta-sheet-rich aggregates that damage cells.

To study the pathological mechanism, researchers attempted to fibrilize the protein aggregates in vitro.

The cardiologist explained that the patient's fibrillations were being monitored closely.

The fibrilization of the protein under acidic conditions led to the rapid loss of its enzymatic activity.

Under the microscope, certain proteins may fibrillize into insoluble aggregates that disrupt cellular function.

The technician fibrillized the sample to observe the microstructure under the microscope.

The mycologist examined the fibrillous cap of the mushroom under a microscope.

The research team observed rapid fibrillization of the protein under acidic conditions.

The researchers observed a fibrilized surface on the polymer samples after treatment.