During the lecture, the anatomy professor pointed out several foramens on the skull model, explaining their roles in nerve and blood vessel passage.

The surgeon carefully examined the foramen to ensure there was no compression of the nerve.

During the dissection, the surgeon clearly identified the alar foramens adjacent to the nasal cartilage.

The pediatric cardiologist explained that the foramen ovale usually closes shortly after birth, but sometimes remains open and requires monitoring.

The anatomist noted that the alar foramen varied in size between specimens, with the rostral opening situated closer to the nasal cavity and the caudal opening nearer the back of the skull.

During the dissection, the anatomist carefully examined the foramen magnum to observe how the medulla oblongata exits the cranial cavity.

During the anatomy lab, we observed several foramen ovales in the fetal heart specimen.

During the dissection, the student carefully identified the parietal foramen and traced the emissary vein that passed through it.

The MRI scan revealed an obstruction at the foramen of Monro, causing unilateral dilation of the lateral ventricle.

During the anatomy lab, the students carefully examined the foramen cecum at the back of the tongue and noted that it is a remnant of the embryonic duct from which the thyroid gland developed.