The surgeon noted residues of fibrine around the wound during the operation.

The fibrine texture of the hemp stems made them ideal for rope-making.

During wound healing, a network of fibrin forms to stabilize the clot and support tissue repair.

After the tumor excision, the surgeon decided to fibrin the wound edges to secure the flap and control bleeding.

During the laboratory observation, the blood sample continued fibrining despite the presence of anticoagulants.

The patient's prolonged inflammation led to fibrination in the affected tissues, complicating the repair process.

The biophysicist recorded unexpected fibrinations in the sample under high magnification.

As the wound healed, the blood proteins fibrined around the injury, stabilizing the clot.

The surgeon removed a fibrinous membrane that had formed over the injured tissue.

During clotting, thrombin fibrins fibrinogen into an insoluble network that seals injured tissue.