Terminology Service < Semantic Lookup Platform

All terms in UBERON

Label	Id	Description
compound eye	UBERON_0000018	[A light sensing organ composed of ommatidia]
pharyngeal gill	UBERON_0000206	[A gill that develops in the walls of the pharynx along a series of gill slits opening to the exterior. In fish, the gills are located on both sides of the pharynx.]
papula	UBERON_0000205	[A thin protuberance on the surface of the body of an echinoderm containing diverticula of the water vascular system lined by ciliated peritoneum. Along with tube feet, provide the principle gas exchange surfaces..]
spinal artery	UBERON_0002458	[Arteries that supply the spinal cord.]
caudal part of spinal trigeminal nucleus	UBERON_0002866
left common carotid artery plus branches	UBERON_0001536	[The leftmost of the two common carotid arteries, originating from the aortic arch in the thorax.]
central gray substance of medulla	UBERON_0002867
tibial artery	UBERON_0007610	[The anterior and posterior arteries created at the bifurcation of the popliteal artery. The anterior tibial artery begins at the lower border of the popliteus muscle and lies along the tibia at the distal part of the leg to surface superficially anterior to the ankle joint. Its branches are distributed throughout the leg, ankle, and pes. The posterior tibial artery begins at the lower border of the popliteus muscle, lies behind the tibia in the lower part of its course, and is found situated between the medial malleolus and the medial process of the calcaneal tuberosity. Its branches are distributed throughout the leg and foot.]
commissural nucleus of vagus nerve	UBERON_0002868
diffuse reticular nucleus	UBERON_0002869
obsolete cellular lens	UBERON_0000208
trochophore stage	UBERON_0014862	[A larval stage of a trochozoan in which the organism is in free-swimming planktonic form with several bands of cilia[WP,modified].]
cingulate cortex	UBERON_0003027	[The cingulate cortex is a part of the brain situated in the medial aspect of the cortex. It is extended from the corpus callosum below to the cingulate sulcus above, at least anteriorly. [WP,unvetted].]
glaucothoe stage	UBERON_0014861	[A developmental stage in a hermit crab that has completed the swimming larval stages.]
UBERON_0013530	UBERON_0013530
anterior intercostal vein	UBERON_0012200	[The anterior intercostal veins are the veins which drain the anterior intercostal space.]
intercostal vein	UBERON_0012197	[The intercostal veins are a group of veins which drain the area between the ribs.]
copepodite stage	UBERON_0014860	[A development stage of copepods which follows the nauplius stage. It is segmented with more than 3 pairs of appendages]
Brodmann (1909) area 4	UBERON_0013535	[The term area 4 of Brodmann-1909 refers to a cytoarchitecturally defined portion of the frontal lobe of the guenon. It is located predominantly in the precentral gyrus. Brodmann-1909 regarded it as topographically and cytoarchitecturally homologous to the human gigantopyramidal area 4 and noted that it occupies a much greater fraction of the frontal lobe in the monkey than in the human. Distinctive features (Brodmann-1905): the cortex is unusually thick; the layers are not distinct; the cells are relatively sparsely distributed; giant pyramidal (Betz) cells are present in the internal pyramidal layer (V); lack of an internal granular layer (IV) such that the boundary between the external pyramidal layer (III) and the internal pyramidal layer (V) is indistinct; lack of a distinct external granular layer (II); a gradual transition from the multiform layer (VI) to the subcortical white matter.]
primary motor cortex	UBERON_0001384	[The part of the cerebral cortex that receives projections from the motor thalamus and which projects to motor neurons in the brainstem and spinal cord. The motor cortex corresponds to Brodmann's area 4 (MM). The primary motor cortex, or M1, is located on the precentral gyrus and on the anterior paracentral lobule on the medial surface of the brain. Of the three motor cortex areas, stimulation of the primary motor cortex requires the least amount of electrical current to elicit a movement. http://neuroscience.uth.tmc.edu/s3/chapter03.html]