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Printable version; In other projects Wikidata item; ... Anterior auricular veins; Veins of the head and neck (anterior auricular veins not labeled, but region is visible)
Veins of the heart. Coronary sinus. Great cardiac vein; Oblique vein of left atrium; Middle cardiac vein; Small cardiac vein; Pulmonary veins; Superior vena cava. Brachiocephalic vein. Inferior thyroid vein; Inferior laryngeal vein; Pericardial veins; Pericardiophrenic veins; Bronchial veins; Vertebral vein. Occipital vein; Anterior vertebral ...
The anterior auricular branches of the superficial temporal artery are distributed to the anterior portion of the auricula, the lobule, and part of the external meatus, anastomosing with the posterior auricular. They supply the external acoustic meatus and the visible part of the ear. Arterial vascular pattern of the auricle:
Printable version; In other projects ... Auricular veins can refer to: Anterior auricular veins (venae auriculares anteriores) Posterior auricular vein (Vena ...
This is a list of arteries of the human body.. The aorta; The arteries of the head and neck. The common carotid artery. The external carotid artery; The triangles of the neck; The internal carotid artery
Tributaries of the superficial temporal vein drain venous blood from the temple. [2] Tributaries of the superficial temporal vein include: some parotid veins; articular veins of the temporomandibular joint; anterior auricular veins from the auricula; the transverse facial vein from the side of the face
The labyrinthine artery is a branch of either the anterior inferior cerebellar artery (AICA) or the basilar artery. [1] [2] It accompanies the vestibulocochlear nerve (CN VIII) through the internal acoustic meatus. [1] It divides into a cochlear branch and a labyrinthine (or anterior vestibular) branch. [1]
Oxygen-poor blood enters the right side of the heart through two large veins. Oxygen-rich blood from the lungs enters through the pulmonary veins on the left side of the heart into the aorta and then reaches the rest of the body. The capillaries are responsible for allowing the blood to receive oxygen through tiny air sacs in the lungs.