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obsolete multi-segment region
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UBERON_0006057 |
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regulation of lactation
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GO_1903487 |
[Any process that modulates the frequency, rate or extent of lactation.] |
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positive regulation of lactation
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GO_1903489 |
[Any process that activates or increases the frequency, rate or extent of lactation.] |
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posterior surface of head
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UBERON_0006056 |
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negative regulation of lactation
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GO_1903488 |
[Any process that stops, prevents or reduces the frequency, rate or extent of lactation.] |
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surface of occiput
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UBERON_0006054 |
[The occiput is the anatomical term for the posterior (back) portion of the head.] |
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digit 4
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UBERON_0006051 |
[A digit that is part of a digit 4 plus metapodial segment.] |
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digit 5
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UBERON_0006052 |
[A digit that is part of a digit 5 plus metapodial segment.] |
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falx cerebri
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UBERON_0006059 |
[The falx cerebri, also known as the cerebral falx, so named from its sickle-like form, is a strong, arched fold of dura mater which descends vertically in the longitudinal fissure between the cerebral hemispheres. It is narrow in front, where it is attached to the crista galli of the ethmoid; and broad behind, where it is connected with the upper surface of the tentorium cerebelli. Its upper margin is convex, and attached to the inner surface of the skull in the middle line, as far back as the internal occipital protuberance; it contains the superior sagittal sinus. Its lower margin is free and concave, and contains the inferior sagittal sinus. The falx cerebri is known to calcify with age.] |
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hyomandibular foramen
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UBERON_2005275 |
[Foramen in the hyomandibula that allows passage of the anterior lateral line nerve and the facial nerve (cranial nerve VII).] |
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immature gonad
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UBERON_2005272 |
[Immature reproductive tissue that has not undergone final maturation into either testis or ovary. During gonadal development, the gonad may be transiently intersexual where there is a parallel presence of both oocytes and spermatocytes.] |
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intestinal mucosal muscle
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UBERON_2005273 |
[A thin layer of smooth muscle immediately beneath the base of the villi which permits the intestinal mucosa to dynamically move and fold.] |
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preopercle vertical limb-hyomandibula joint
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UBERON_2005278 |
[Joint that articulates the anterior edge of the preopercle vertical limb and the hyomandibula.] |
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digit 3
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UBERON_0006050 |
[A digit that is part of a digit 3 plus metapodial segment.] |
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enteric circular muscle
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UBERON_2005279 |
[Smooth muscle of the enteric muscle system in which the cells are aligned perpendicular to the lumen of the gut.] |
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bone of tail
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UBERON_0006068 |
[A bone that is part of a post-anal tail.] |
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musculature of hindlimb zeugopod
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UBERON_0006067 |
[Any collection of muscles that is part of a hindlimb zeugopod.] |
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hemal arch
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UBERON_0006065 |
[A vertebral arch that is attached to the ventral surface or the vertebral centrum and encloses and protects the caudal artery and vein ventrally.] |
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zygapophysis
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UBERON_0006062 |
[Paired processes at the cephalic and caudal ends of the neural arch. They function as interlocking structures between adjacent vertebrae, and limit dorsoventral flexion and lateral movement of the column in the trunk region[AAO]. The articular processes or zygapophyses of a vertebra, in human anatomy contain two superior and two inferior, spring from the junctions of the pedicles and laminae. These stick out of an end of a vertebra to lock with a zygapophysis on the next vertebra, to make the backbone more stable. The superior processes project upward from a lower vertebra, and their articular surfaces are directed more or less backward. The inferior processes project downward from a higher vertebra, and their articular surfaces are directed more or less forward and outward. The articular surfaces are coated with hyaline cartilage.] |
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process of vertebra
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UBERON_0006061 |
[A process projection from a part of the vertebra such as centrum or arches. Examples: transverse process, diapophyses, parapophyses, and zygapophyses (both the cranial zygapophyses and the caudal zygapophyses).] |