All terms in UBERON

Label Id Description
mons pubis UBERON_0035258 [A structure composed of adipose tissue lying above the pubic bone of adult women, anterior to the symphysis pubis. The mons pubis forms the anterior portion of the vulva, and limits the perineal region proximally and anteriorly.]
obsolete muscle pioneer somite 12 UBERON_2001003
obsolete muscle pioneer somite 15 UBERON_2001004
axial vasculature UBERON_2001073
intestinal bulb UBERON_2001076 [This anteriormost portion of the intestine has the most digestive enzymes and the greatest epithelial surface area. Wallace et al, 2005.]
basidorsal UBERON_2001060 [Basidorsals are bilaterally paired cartilages on the dorsolateral side of the notochord which are replaced by ossified neural arches or dorsal arcocentra. In otophysan fishes, basidorsal 1, bd2, bd3, and bd4 give rise to parts of the Weberian apparatus.]
presumptive mesencephalic artery UBERON_2001062 [Precursor to mesencephalic artery.]
posterior caudal vein UBERON_2001063
obsolete lateral mesoderm UBERON_2001065
ventral fin fold UBERON_2001069
obsolete slow muscle cell somite 16 UBERON_2001049
obsolete slow muscle cell somite 19 UBERON_2001050
caudal division of the internal carotid artery UBERON_2001051
primordial hindbrain channel UBERON_2001052 [The paired vessels that run along the lateral walls of the hindbrain and drain into the anterior cardinal veins. Isogai et al. (2002).]
future internal carotid artery UBERON_2001053
lateral dorsal aorta UBERON_2001054 [Connect the outflow of the aortic arches to the dorsal aorta. The place where the lateral dorsal aorta fuse is is called the radiax of the aorta. Isogai et al. 2001.]
pronephric duct opening UBERON_2001055
obsolete caudal fin UBERON_2001058 [The caudal fin is the most posterior median fin. It is composed of a complex of three modified centra and modified neural and hemal arches and spines. Mabee and Bird, 2001.]
cranial division of the internal carotid artery UBERON_2001059
sclerotome somite 16 UBERON_2001038 [Ventromedial region of somite 16 that will form vertebral cartilages and connective tissues. The sclerotome lies ventral to the myotome. Cells of the sclerotome will migrate dorsally to surround the notochord and neural tube. Kimmel et al, 1995.]