Virchow's observations in the lab changed the course of medicine.

During the skin biopsy, the pathologist identified a Virchow's cell containing numerous acid-fast bacilli.

During the autopsy, the pathologist noted that Virchow's line precisely marked the orientation from the root of the nose to the lambda.

In clinical practice, Virchow's triad helps physicians understand why a patient developed a deep vein thrombosis.

In cases of craniosynostosis, Virchow's law explains why skull growth is restricted to a plane perpendicular to the prematurely fused suture and enhanced in a plane parallel to it.

The neurologist explained that Virchow's disease is now understood as a manifestation of leontiasis ossea, affecting the craniofacial bones rather than representing a distinct illness.

During the examination, the physician noted a hard, enlarged Virchow's node that raised concern for possible abdominal malignancy.

The surgeon measured Virchow's angle to assess the relationship between the nasal base and the subnasal point.

During the physical exam, the physician noted an enlarged Virchow's gland, which raised concern for abdominal malignancy.

In the histology report, Virchow's cells were noted as a hallmark of the chronic inflammatory response.