Final answer:
The veins that drain the eye are the retinal blood vessels, part of the vascular tunic, which is a highly vascularized layer supplying the retina. The term "dome" is not typically used in eye anatomy and may refer to the eyeball's curved structure. Retinal veins drain blood from the retina and connect to larger systemic veins.
Step-by-step explanation:
The veins responsible for draining the eye are part of an extensive network of vessels that provide venous drainage for the retina. These are known as the retinal blood vessels. The eye, being a hollow sphere, is composed of three layers of tissue. The vascular tunic, the middle layer, contains the choroid, which is highly vascularized connective tissue that provides a blood supply to the eyeball. This layer ensures that the retina is well-supplied with necessary nutrients and oxygen. The venous drainage from the eye ultimately connects to larger systemic veins. The specifics of venous drainage of the brain are more complex, with smaller veins draining into larger ones, like the intracranial sinuses, including the superior and inferior sagittal sinuses, straight sinus, cavernous sinuses, and others, before reaching the jugular veins or vertebral veins.
However, the question seems to be using the term "dome" non-standardly, as this term does not have a recognized anatomical relevance to the structure of the eye. Typically, the term "dome" is not used in the context of eye anatomy; the question might be referring to the curved structure of the eyeball. In such case, the venous drainage related to the dome-like structure of the eye can still be attributed to the retinal veins which drain the blood from the retina.