/releases/2014-04-10/uberon

Commencing pharyngeal arch improvements. Improved mammalian alignments. Multiple nervous system improvements
/releases/2014-04-10/uberon image

Overview

  • alignment
    • addition of terms from latest EMAPA/FMA alignment
  • upper
    • reclassifying ‘organ parts’ as more specific
    • new rel: contributes to morphology of
      • Added contributes_to_morphology_of relations by abduction from MP/HP
    • added logical defs using output_of for substances
    • made vestibulococchlear system parallel division by function: i.e. VC = V+C
  • nervous system
    • lamina of gray matter of spinal cord - layers i-X
    • white matter, grey matter and tracts patterns applied consistently
    • sulci and gyri all have correct superclass
    • cranial nerve fixes
    • added taxon constraints for XI and XII
    • phrenic nerve: added relationships
  • pharyngeal arches
    • pharyngeal definitions
    • PA def fixes. ZFA:yb - Fixes issue #415
  • muscoluoskeletal
    • NT: epicondyle of humerus (grouping)
    • NT: Added ‘parasphenoid flange’ [NI]
    • NTs for palmaris longus and its tendon. Addresses #414
    • NT: foramen spinosum
    • notes on taxon constr for limbs
    • split vertebral centrum into cartil. and bony subclasses. Addresses issue #382
  • other
    • NTs: posterior and anterior fornix of vagina
    • added image for gastric mucosa

    • NTs: dental plaques and subtypes parietal cortex

Ontology Diff Report

Original Ontology

  • IRI: http://purl.obolibrary.org/obo/uberon.owl
  • VersionIRI: http://purl.obolibrary.org/obo/uberon/releases/2014-03-28/uberon.owl

New Ontology

  • IRI: http://purl.obolibrary.org/obo/uberon.owl
  • VersionIRI: http://purl.obolibrary.org/obo/uberon/releases/2014-04-10/uberon.owl

Report for classes

Class objects lost from source: 4

Class objects new in target: 77

New Class : epicondyle of humerus

New Class : intestinal-cloacal junction

New Class : esophageal-pneumatic duct sphincter

New Class : palmaris longus muscle

New Class : tendon of palmaris longus

New Class : auditory system

New Class : vertebral centrum element

New Class : foramen spinosum of sphenoid bone

New Class : posterior fornix of vagina

New Class : anterior fornix of vagina

New Class : subgingival dental plaque

New Class : supragingival dental plaque

New Class : dental plaque

New Class : superficial cerebral vein

New Class : stria of telencephalon

New Class : white matter of midbrain

New Class : respiratory system mucus

New Class : phlegm

New Class : subdivision of spinal cord ventral column

New Class : spinal cord column

New Class : gelatinous layer of statoconial membrane

New Class : statoconial membrane

New Class : subcupular meshwork of statoconial membrane

New Class : deep cerebral vein

New Class : pit

New Class : cerebral blood vessel

New Class : lamina VI of gray matter of spinal cord

New Class : lamina V of gray matter of spinal cord

New Class : lamina IV of gray matter of spinal cord

New Class : lamina III of gray matter of spinal cord

New Class : lamina VIII of gray matter of spinal cord

New Class : lamina VII of gray matter of spinal cord

New Class : obsolete lamina II of gray matter of spinal cord

New Class : lamina of gray matter of spinal cord

New Class : lamina IX of gray matter of spinal cord

New Class : cavity of left ventricle

New Class : muscular layer of prostatic urethra

New Class : lumen of duodenum

New Class : cavity of left atrium

New Class : epithelium of male urethra

New Class : lamina propria of fundus of stomach

New Class : muscularis mucosae of jejunum

New Class : lumen of jejunum

New Class : lamina propria of prostatic urethra

New Class : muscle layer of spongiose part of urethra

New Class : frontal lobe

New Class : lobe of cerebral hemisphere

New Class : epithelium of female urethra

New Class : cavity of right atrium

New Class : white matter of frontal lobe

New Class : white matter of cerebral lobe

New Class : cortex of cerebral lobe

New Class : cortex of parietal lobe

New Class : white matter of parietal lobe

New Class : white matter of limbic lobe

New Class : white matter of temporal lobe

New Class : white matter of occipital lobe

New Class : cortex of temporal lobe

New Class : cortex of occipital lobe

New Class : cortex of limbic lobe

New Class : pharyngeal ectoderm

New Class : lower foregut region endoderm

New Class : central nervous system gray matter layer

New Class : central nervous system white matter layer

New Class : pelvic ganglion

New Class : Mullerian tubercle

New Class : cavity of right ventricle

New Class : muscularis mucosa of fundus of urinary bladder

New Class : umbilical ring

New Class : stomach fundus lumen

New Class : muscularis mucosae of fundus of stomach

New Class : rexed lamina xi

New Class : rexed lamina xii

New Class : nucleus proprius of spinal cord

New Class : auditory hillocks, pharyngeal arch 2 derived

New Class : auditory hillocks, pharyngeal arch 1 derived

New Class : parasphenoid flange

Changed Class objects: 1426

Changes for: integumentary system layer

Changes for: basibranchial element

Changes for: chondroglossus muscle

Changes for: gular gland

Changes for: velar skeleton

Changes for: commissure of diencephalon

Changes for: coronoid bone

Changes for: future upper lip

Changes for: lenticular process of incus

Changes for: ceratohyal element

Changes for: hyomandibular element

Changes for: gingiva of lower jaw

Changes for: stylohyoid bone

Changes for: basihyal element

Changes for: hypohyal element

Changes for: retroarticular process of the palatoquadrate

Changes for: ventral cleithrum

“In placoderms there are large overlapping plates which completely encircle the body and superficially may be matched with those in osteichthyans (Stensio, 1959; Forey, 1980; Jarvik, 1980). Thus, the anterior median ventral, anteroventral and anterior lateral of placoderms lie in the same positions as the interclavicle, clavicle (ventral cleithrum) and cleithrum (dorsal cleithrum) of osteichthyans.”

‘In placoderms there are large overlapping plates which completely encircle the body and superficially may be matched with those in osteichthyans (Stensio, 1959; Forey, 1980; Jarvik, 1980). Thus, the anterior median ventral, anteroventral and anterior lateral of placoderms lie in the same positions as the interclavicle, clavicle (ventral cleithrum) and cleithrum (dorsal cleithrum) of osteichthyans.’

Changes for: anterior process of the palatoquadrate

Changes for: dorsal cleithrum

“In placoderms there are large overlapping plates which completely encircle the body and superficially may be matched with those in osteichthyans (Stensio, 1959; Forey, 1980; Jarvik, 1980). Thus, the anterior median ventral, anteroventral and anterior lateral of placoderms lie in the same positions as the interclavicle, clavicle (ventral cleithrum) and cleithrum (dorsal cleithrum) of osteichthyans.”

‘In placoderms there are large overlapping plates which completely encircle the body and superficially may be matched with those in osteichthyans (Stensio, 1959; Forey, 1980; Jarvik, 1980). Thus, the anterior median ventral, anteroventral and anterior lateral of placoderms lie in the same positions as the interclavicle, clavicle (ventral cleithrum) and cleithrum (dorsal cleithrum) of osteichthyans.’

Changes for: levator palatoquadrati

Changes for: adductor mandibulae

Changes for: spiracularis muscle

Changes for: preorbitalis muscle

Changes for: articular process of palatoquadrate

Changes for: thyrohyoid bone

Changes for: early premaxilla

Changes for: external cervical os

  • Deleted
    • - external cervical os external definition The external orifice of the uterus (or ostium of uterus, or external os) is a small, depressed, somewhat circular aperture on the rounded extremity of the vaginal portion of the cervix. Through this aperture, the cervical cavity communicates with that of the vagina. The external orifice is bounded by two lips, an anterior and a posterior. The anterior is shorter and thicker, though it projects lower than the posterior because of the slope of the cervix. Normally, both lips are in contact with the posterior vaginal wall. Prior to pregnancy, the external orifice has a rounded shape when viewed through the vaginal canal (as through a speculum). Following parturition, the orifice takes on an appearance more like a transverse slit or is “H-shaped”[Wikipedia:External_orifice_of_the_uterus]. { source=http://en.wikipedia.org/wiki/External_orifice_of_the_uterus }
  • Added
    • + external cervical os external definition The external orifice of the uterus (or ostium of uterus, or external os) is a small, depressed, somewhat circular aperture on the rounded extremity of the vaginal portion of the cervix. Through this aperture, the cervical cavity communicates with that of the vagina. The external orifice is bounded by two lips, an anterior and a posterior. The anterior is shorter and thicker, though it projects lower than the posterior because of the slope of the cervix. Normally, both lips are in contact with the posterior vaginal wall. Prior to pregnancy, the external orifice has a rounded shape when viewed through the vaginal canal (as through a speculum). Following parturition, the orifice takes on an appearance more like a transverse slit or is ‘H-shaped’[Wikipedia:External_orifice_of_the_uterus]. { source=http://en.wikipedia.org/wiki/External_orifice_of_the_uterus }

Changes for: basihyal lingual process

Changes for: splenial bone

Changes for: prearticular bone

Changes for: surangular bone

Changes for: spicule

Changes for: nucleus of spinal cord

Changes for: processus triangularis of palatoquadrate cartilage

Changes for: suboccular arch

Changes for: acinus of parotid gland

Changes for: internal acoustic meatus

Changes for: aorta collagen fibril

Changes for: pulmonary collagen fibril

Changes for: tendon collagen fibril

Changes for: corneal stroma collagen fibril

Changes for: body of tongue

Changes for: anterior uvea

Changes for: palatoquadrate arch

Changes for: angular bone

Changes for: pharyngeal arch cartilage

Changes for: acetabular depression

Changes for: lobule of lactiferous gland

Changes for: ventral thalamus

Changes for: epithelium of trachea

Changes for: lunule of nail

Changes for: habenula

Changes for: pineal body

Changes for: subthalamic nucleus

Changes for: optic tract

Changes for: tuberomammillary nucleus

Changes for: lateral hypothalamic nucleus

Changes for: dorsomedial nucleus of hypothalamus

Changes for: ventromedial nucleus of hypothalamus

Changes for: arcuate nucleus of hypothalamus

Changes for: paraventricular nucleus of hypothalamus

Changes for: lateral mammillary nucleus

Changes for: medial mammillary nucleus

Changes for: obsolete olfactory basal cell

  • Deleted
    • - obsolete olfactory basal cell comment Obsoleted as it had no definition or logical axiom beyond being placed as an “olfactory “epithelium”, which is incorrect for a cell (should be part of). If a definition is found we can rescuscitate this class.[UBERON:cjm]
  • Added
    • + obsolete olfactory basal cell comment Obsoleted as it had no definition or logical axiom beyond being placed as an ‘olfactory ‘epithelium’, which is incorrect for a cell (should be part of). If a definition is found we can rescuscitate this class.[UBERON:cjm]

Changes for: central medial nucleus

Changes for: paracentral nucleus

Changes for: lateral geniculate body

Changes for: paraventricular nucleus of thalamus

Changes for: parafascicular nucleus

Changes for: medial geniculate body

Changes for: supraoptic nucleus

Changes for: Verson’s gland

Changes for: superficial part of masseter muscle

Changes for: Ammon’s horn

Changes for: cartilage of bronchus

Changes for: white pulp of spleen

Changes for: neocortex

Changes for: dorsal hyoid arch skeleton

Changes for: ventral hyoid arch skeleton

Changes for: medial habenular nucleus

Changes for: lateral habenular nucleus

Changes for: supramammillary nucleus

Changes for: epithelium of esophagus

Changes for: substance of tooth

Changes for: periarterial lymphatic sheath

Changes for: olfactory epithelium

Changes for: reticular layer of dermis

Changes for: papillary layer of dermis

Changes for: corneal endothelium

Changes for: arteriole

Changes for: crypt of lieberkuhn of large intestine

Changes for: crypt of Lieberkuhn

Changes for: central nervous system cell part cluster

Changes for: nucleus of midbrain tectum

Changes for: odontoids

Changes for: quadrato-orbital commissure

Changes for: oral pontine reticular nucleus

Changes for: inferior central nucleus

Changes for: nucleus of pretectal area

Changes for: nucleus of optic tract

Changes for: mammillothalamic tract of hypothalamus

Changes for: lacrimal gland

Changes for: tarsal gland

Changes for: conjunctiva

Changes for: sympathetic ganglion

Changes for: parasympathetic ganglion

Changes for: enteric ganglion

Changes for: posterior segment of eyeball

Changes for: epithelium of lens

Changes for: anterior segment of eyeball

Changes for: 1st arch maxillary ectoderm

Changes for: maxillary process ectoderm

Changes for: vagina orifice

Changes for: diencephalon

Changes for: metencephalon

Changes for: forebrain

Changes for: midbrain

Changes for: dorsal plus ventral thalamus

Changes for: hypothalamus

Changes for: epithalamus

Changes for: phrenic nerve

Changes for: olfactory tubercle

Changes for: nucleus accumbens

Changes for: island of calleja

Changes for: trunk of phrenic nerve

Changes for: choroid plexus

Changes for: frontal cortex

Changes for: parietal lobe

Changes for: temporal lobe

Changes for: putamen

Changes for: caudate nucleus

Changes for: globus pallidus

Changes for: amygdala

Changes for: scala vestibuli

Changes for: synovial membrane of synovial tendon sheath

Changes for: fibrous membrane of synovial tendon sheath

Changes for: scala tympani

Changes for: cartilaginous external acoustic tube

Changes for: auricular cartilage

Changes for: lobule of pinna

Changes for: internal ear

Changes for: cochlea

Changes for: parotid gland

Changes for: upper lip

Changes for: lip

Changes for: lower lip

Changes for: sublingual duct

Changes for: duct of salivary gland

Changes for: nasal cavity mucosa

Changes for: paranasal sinus

Changes for: extrinsic tongue pre-muscle mass

Changes for: superior laryngeal nerve

Changes for: outer limiting layer of retina

Changes for: outer nuclear layer of retina

Changes for: masseteric fossa

Changes for: anterior subdivision of masseter

Changes for: posterior subdivision of masseter

Changes for: spinal nerve

Changes for: layer of retina

Changes for: gray matter of telencephalon

Changes for: body of mandible

Changes for: pars reflexa of masseter

Changes for: aqueous humor of eyeball

Changes for: inner limiting layer of retina

Changes for: inner plexiform layer of retina

Changes for: ganglionic layer of retina

Changes for: nerve fiber layer of retina

Changes for: outer plexiform layer of retina

Changes for: inner nuclear layer of retina

Changes for: prehallux skeleton

  • Deleted
    • - prehallux skeleton provenance notes This class was sourced from an external ontology (amphibian_anatomy). It was modified by cjm in the following way: the class was relabeled from “prepollex” to “prepollex skeleton”, to distinguish it from the digit-like structure which it is a part of. It was re-classified from “bone” to “subdivision of skeleton”, as it may in fact be composed of multiple individual bones. TODO: definition needs reviewed, and it still requires placement under the UBERON:0012136 ! prehallux
  • Added
    • + prehallux skeleton provenance notes This class was sourced from an external ontology (amphibian_anatomy). It was modified by cjm in the following way: the class was relabeled from ‘prepollex’ to ‘prepollex skeleton’, to distinguish it from the digit-like structure which it is a part of. It was re-classified from bone to subdivision of skeleton, as it may in fact be composed of multiple individual bones. TODO: definition needs reviewed, and it still requires placement under the UBERON:0012136 ! prehallux

Changes for: hypobranchial II

Changes for: basihyal

Changes for: hypobranchial I

Changes for: ceratobranchial I

Changes for: posterior radial

Changes for: ceratobranchials II–IV

Changes for: os triangulare

Changes for: anterior radial

Changes for: angulosplenial

Changes for: cloacal epithelium

Changes for: tunica fibrosa of eyeball

Changes for: palatine raphe

Changes for: lacrimal apparatus

Changes for: middle ear

Changes for: pinna

Changes for: sclera

Changes for: corneal epithelium

Changes for: ciliary body

Changes for: pupil

Changes for: optic choroid

Changes for: substantia propria of cornea

Changes for: iris stroma

Changes for: future foramen cecum

Changes for: iris

Changes for: posterior chamber of eyeball

Changes for: uvea

Changes for: mammary duct

Changes for: anterior chamber of eyeball

Changes for: eyelid

Changes for: lower jaw region

Changes for: secondary palate

Changes for: nasal septum

Changes for: larynx

Changes for: submandibular gland

Changes for: laryngeal cartilage

Changes for: soft palate

Changes for: pharyngeal tonsil

Changes for: palatine uvula

Changes for: cochlear nucleus

Changes for: oropharynx

Changes for: nasopharynx

Changes for: taste bud

Changes for: papilla of tongue

Changes for: tongue

Changes for: cerebral vein

Changes for: inferior cerebral vein

Changes for: ethmoid bone

Changes for: lacrimal bone

Changes for: nasal bone

Changes for: palatine bone

Changes for: jugal bone

Changes for: mandible

Changes for: hyoid bone

Changes for: auditory ossicle

Changes for: stapes bone

Changes for: external ear

Changes for: squamous part of temporal bone

Changes for: branchial arch skeleton

Changes for: supramarginal gyrus

Changes for: abducens nucleus

Changes for: nucleus raphe obscurus

Changes for: diagonal sulcus

Changes for: medullary raphe nuclear complex

Changes for: dorsolateral fasciculus of medulla

Changes for: decussation of medial lemniscus

Changes for: cuneocerebellar tract

Changes for: motor nucleus of trigeminal nerve

Changes for: cerebral crus

Changes for: medial pes lemniscus

Changes for: mesencephalic tract of trigeminal nerve

Changes for: supracallosal gyrus

Changes for: medial lemniscus of midbrain

Changes for: superior medullary velum

Changes for: periamygdaloid area

Changes for: paralaminar part of medial dorsal nucleus

Changes for: gracile fasciculus of medulla

Changes for: choroid plexus vascular circuit

Changes for: facial nerve muscle

Changes for: orbicularis oculi

Changes for: inferior olivary commissure

Changes for: muscle of larynx

Changes for: auricular muscle

Changes for: depressor labii inferioris

Changes for: kidney collecting duct epithelium

Changes for: lateral process of malleus

Changes for: future superior salivatory nucleus

Changes for: future nucleus ambiguus

Changes for: future dorsal motor nucleus of vagus

Changes for: future inferior salivatory nucleus

Changes for: future facial nucleus

Changes for: hindlimb zeugopod

Changes for: forelimb stylopod

Changes for: mouth mucosa

Changes for: ventral part of pharyngeal pouch 2

Changes for: dorsal part of pharyngeal pouch 3

Changes for: ventral part of pharyngeal pouch 1

Changes for: dorsal part of pharyngeal pouch 2

Changes for: dorsal part of pharyngeal pouch 1

Changes for: pars externa plectri

Changes for: pars articularis of mandibular arch

Changes for: pars dentalis of maxilla

Changes for: pars dentalis of premaxilla

Changes for: dorsal part of pharyngeal pouch 5

Changes for: ventral part of pharyngeal pouch 4

Changes for: dorsal part of pharyngeal pouch 4

Changes for: ventral part of pharyngeal pouch 3

Changes for: lower beak

Changes for: entire pharyngeal arch associated mesenchyme

Changes for: ventral part of pharyngeal pouch 5

Changes for: anterior part of tongue

Changes for: posterior part of tongue

Changes for: tympanic membrane epithelium

Changes for: lingual artery

Changes for: central tegmental tract

Changes for: ansa lenticularis

Changes for: middle cerebral artery

Changes for: auditory meatus epithelium

Changes for: alveolar wall

Changes for: right lung accessory lobe

Changes for: otic process

Changes for: otic plate of pterygoid

Changes for: otic ligament

Changes for: vestibulocochlear nerve

Changes for: palatine process of the pars facialis of the maxilla

Changes for: palatine process of pars palatina of premaxilla

Changes for: layer of tympanic membrane

Changes for: submental vein

Changes for: hypoglossal nerve

Changes for: palatoquadrate articular process

Changes for: premammillary nucleus

Changes for: spino-olivary tract

Changes for: mammillary peduncle

Changes for: mammillary princeps fasciculus

Changes for: claustral amygdaloid area

Changes for: lateral inferior limiting sulcus

Changes for: superior temporal sulcus

Changes for: lateral nuclear group of thalamus

Changes for: lamina of septum pellucidum

Changes for: eponychium

Changes for: diagonal band of Broca

Changes for: hilum

Changes for: lung hilus

Changes for: medial lemniscus of medulla

Changes for: intermediate periventricular nucleus

Changes for: ventral amygdalofugal projection

Changes for: hilum of dentate nucleus

Changes for: nephron tubule epithelium

Changes for: set of lower jaw teeth

Changes for: kidney epithelium

Changes for: larynx epithelium

Changes for: seminiferous tubule epithelium

Changes for: midbrain nucleus

Changes for: pulmonary alveolus epithelium

Changes for: telencephalic nucleus

Changes for: posterior periventricular nucleus

Changes for: posterior nucleus of hypothalamus

Changes for: respiratory tract epithelium

Changes for: cervix epithelium

Changes for: central part of body of bony vertebral centrum

Changes for: central tegmental tract of midbrain

Changes for: decussation of superior cerebellar peduncle

Changes for: brachium of superior colliculus

Changes for: postcentral gyrus

Changes for: external nucleus of inferior colliculus

Changes for: principal pretectal nucleus

Changes for: pericentral nucleus of inferior colliculus

Changes for: transverse temporal sulcus

Changes for: olivary pretectal nucleus

Changes for: superior precentral sulcus

Changes for: temporal operculum

Changes for: superior frontal sulcus

Changes for: central nucleus of inferior colliculus

Changes for: corticotectal tract

Changes for: vestibulocerebellar tract

Changes for: digit

Changes for: pharyngeal arch

Changes for: male membranous urethra

Changes for: ureteral orifice

Changes for: antitragus

Changes for: antihelix

Changes for: otolithic part of statoconial membrane

Changes for: basicranium

Changes for: face

Changes for: preorbital process of the pars facialis of the maxilla

Changes for: skin of external ear

Changes for: posterior ramus of pterygoid

Changes for: posterior mental process

Changes for: prearticular coronoid process

Changes for: skeletal system

Changes for: posterior condyle

Changes for: pretectal nucleus

Changes for: epiphysis

Changes for: metaphysis

Changes for: ascending aorta

Changes for: recurrent laryngeal nerve

Changes for: splanchnic nerve

Changes for: placental labyrinth villous

Changes for: placenta intervillous maternal lacunae

Changes for: placenta fetal blood space

Changes for: sinus of Valsalva

Changes for: pulmonary neuroendocrine body

Changes for: intrahepatic bile duct

Changes for: pars palatina of maxilla

Changes for: pars palatina of premaxilla

Changes for: skin of prepuce of penis

Changes for: lymphatic vessel

Changes for: pars interna plectri

Changes for: pars media plectri

Changes for: pars facialis of maxilla

Changes for: paracentral sulcus

Changes for: principal sensory nucleus of trigeminal nerve

Changes for: dentatothalamic tract

Changes for: orbital operculum

Changes for: orbital sulcus

Changes for: intermediate reticular nucleus

Changes for: male urethral crest

Changes for: female urethral crest

Changes for: Guérin’s valve

Changes for: urethral crest

Changes for: navicular fossa of spongiose part of urethra

Changes for: aorta tunica media

Changes for: aorta tunica intima

Changes for: visceral yolk sac cavity

Changes for: processus lingualis of pterygoid

Changes for: processus internus of pseudoangular

Changes for: thymus trabecula

Changes for: limb muscle

Changes for: entire pharyngeal arch endoderm

Changes for: arch of aorta

Changes for: articular system

Changes for: inner renal medulla vasa recta

Changes for: outer renal medulla vasa recta

Changes for: thoracic aorta

Changes for: abdominal aorta

Changes for: processus ascendens plectri

Changes for: kidney pelvis urothelium

Changes for: urethra urothelium

Changes for: transverse orbital sulcus

Changes for: ventral tegmental decussation

Changes for: bone of lower jaw

Changes for: orbital part of inferior frontal gyrus

Changes for: cerebral peduncle

Changes for: palatal muscle

Changes for: cranial suture

Changes for: masticatory muscle

Changes for: dentary

Changes for: pubic symphysis

Changes for: articular/anguloarticular

Changes for: limbic lobe

Changes for: ventral nucleus of lateral lemniscus

Changes for: supraoccipital bone

  • Deleted
    • - supraoccipital bone comment Taxon notes (via VHOG): See Kardong KV, Vertebrates: Comparative Anatomy, Function, Evolution, Fourth Edition (2006) McGraw-Hill, p.237 Table 7.1
  • Added
    • + supraoccipital bone comment Taxon notes (via VHOG): See Kardong KV, Vertebrates: Comparative Anatomy, Function, Evolution, Fourth Edition (2006) McGraw-Hill, p.237 Table 7.1; usually forming a part of the occipital in the adult, but distinct in the young [PMID:10742104]
    • + supraoccipital bone definition Endochondral bone that is located at the dorsal part of the occipital region of the cranium or the dorso-posterior part of the skull[TAP,modified]. { database cross reference=TAO:0000595 }

Changes for: superior rostral sulcus

Changes for: precentral operculum

Changes for: septum pellucidum

Changes for: crista ampullaris

Changes for: cerebellar vermis

Changes for: piriform cortex

Changes for: urethral meatus

Changes for: ureteric bud trunk

Changes for: urinary bladder vasculature

Changes for: intercalated amygdaloid nuclei

Changes for: central amygdaloid nucleus

Changes for: lateral amygdaloid nucleus

Changes for: accessory basal amygdaloid nucleus

Changes for: basal amygdaloid nucleus

Changes for: lateral part of basal amygdaloid nucleus

Changes for: medial part of basal amygdaloid nucleus

Changes for: medial amygdaloid nucleus

Changes for: cortical amygdaloid nucleus

Changes for: anterior amygdaloid area

Changes for: olfactory cortex

Changes for: auditory cortex

Changes for: gastrocnemius

Changes for: soleus muscle

Changes for: primary motor cortex

Changes for: dorsal longitudinal vein

Changes for: processus pterygoideus of maxilla

Changes for: processus posterior of maxilla

Changes for: central artery

Changes for: pterygoid process of palatoquadrate

Changes for: pterygoquadrate

Changes for: quadrate process of palatoquadrate

Changes for: external acoustic meatus

Changes for: processus zygomatico-maxillaris

Changes for: pseudodentary

Changes for: pseudobasal process

Changes for: vaginal hymen

Changes for: epithelium of vagina

Changes for: retroarticular process

Changes for: epididymis

Changes for: spongiose part of urethra

Changes for: urethral gland

Changes for: stylus of pars media plectri

Changes for: prostatic urethra

Changes for: incus endochondral element

Changes for: stapes endochondral element

Changes for: malleus endochondral element

Changes for: fronto-orbital gyrus

Changes for: anterior cingulate cortex

Changes for: brain grey matter

Changes for: alisphenoid endochondral element

Changes for: brain white matter

Changes for: Hatschek’s diverticulum

Changes for: Hatschek’s pit

Changes for: retina blood vessel

Changes for: medullary ray

Changes for: lung blood vessel

Changes for: superior postcentral sulcus

Changes for: posterior subcentral sulcus

Changes for: subparietal sulcus

Changes for: posterior ascending limb of lateral sulcus

Changes for: parietal operculum

Changes for: marginal sulcus

Changes for: intraparietal sulcus

Changes for: inferior postcentral sulcus

Changes for: postcentral sulcus

Changes for: trapezoid body

Changes for: tectopontine tract

Changes for: frontal operculum

Changes for: ventral posteromedial nucleus of thalamus

Changes for: lingual gyrus

  • Deleted
  • Added
    • + lingual gyrus SubClassOf occipital gyrus
    • + lingual gyrus definition The lingual gyrus of the occipital lobe lies between the calcarine sulcus and the posterior part of the collateral sulcus; behind, it reaches the occipital pole; in front, it is continued on to the tentorial surface of the temporal lobe, and joins the hippocampal gyrus. The lingual gyrus is so-named because it resembles the tongue in shape. This region is believed to play an important role in dreaming and vision, especially in recognizing words, regardless of size, font, etc. [WP,unvetted]. { database cross reference=http://en.wikipedia.org/wiki/Lingual_gyrus }

Changes for: capsule of red nucleus

Changes for: lateral lemniscus

Changes for: granular layer of cerebellar cortex

Changes for: medial lemniscus of pons

Changes for: telencephalon dura mater

Changes for: intermediate acoustic stria

Changes for: cingulate gyrus

Changes for: inferior temporal sulcus

Changes for: basitrabecular process

Changes for: quadratoethmoid process

Changes for: Purkinje cell layer of cerebellar cortex

Changes for: mammary gland connective tissue

Changes for: parahippocampal gyrus

Changes for: molecular layer of cerebellar cortex

Changes for: central tegmental tract of pons

Changes for: olfactory sulcus

Changes for: olivocochlear bundle

Changes for: 1st arch maxillary endoderm

Changes for: 1st arch mandibular ectoderm

Changes for: 1st arch mandibular endoderm

Changes for: 1st arch maxillary-mandibular cleft

Changes for: inferior precentral sulcus

Changes for: inferior frontal sulcus

Changes for: ventral corticospinal tract

Changes for: inferior rostral sulcus

Changes for: superior temporal gyrus

Changes for: predorsal bundle

Changes for: olivocerebellar tract

Changes for: pyramidal decussation

Changes for: myometrium

Changes for: endometrium

Changes for: glans penis

Changes for: inner medulla of kidney

Changes for: outer medulla of kidney

Changes for: distal convoluted tubule

Changes for: thick ascending limb of loop of Henle

Changes for: nephron

Changes for: proximal convoluted tubule

Changes for: Bowman’s space

Changes for: descending limb of loop of Henle

Changes for: loop of Henle

Changes for: hepatic sinusoid

Changes for: liver parenchyma

Changes for: bile canaliculus

Changes for: intralobular bile duct

Changes for: tympanosquamosal

Changes for: portal triad

Changes for: intestinal epithelium

Changes for: epithelium of stomach

Changes for: pubis

Changes for: ischium

Changes for: ilium

Changes for: obsolete CoPA

Changes for: frontal pole

Changes for: pancreatic acinus

Changes for: dorsal acoustic stria

Changes for: fronto-orbital sulcus

Changes for: mucosa of urinary bladder

Changes for: parahyoid

Changes for: hyoid plate

Changes for: pars reuniens

Changes for: red pulp of spleen

Changes for: urothelium of ureter

Changes for: trigone of urinary bladder

Changes for: neck of urinary bladder

Changes for: spleen lymphoid follicle

Changes for: hilum of spleen

Changes for: lamina anterior of maxilla

Changes for: processus frontalis of maxilla

Changes for: crypt of Lieberkuhn of small intestine

Changes for: interlobular bile duct

Changes for: crista praeopercularis

Changes for: adrenal cortex

Changes for: sulcus ampullaris

Changes for: adrenal medulla

Changes for: glomerular capsule

Changes for: nephron tubule

Changes for: collecting duct of renal tubule

Changes for: renal corpuscle

Changes for: renal papilla

Changes for: renal pelvis

Changes for: cortex of kidney

Changes for: adrenal gland X zone

Changes for: muscularis mucosae of stomach

Changes for: pyloric sphincter

Changes for: serosa of stomach

Changes for: submucosa of stomach

Changes for: infundibulum of gallbladder

Changes for: processus confluens

Changes for: manubrium of hyale

Changes for: ureter smooth muscle

Changes for: kidney corticomedullary boundary

Changes for: posteromedial process

Changes for: renal lobule

Changes for: anterolateral process of hyoid plate

Changes for: posterolateral process

Changes for: renal lobe

Changes for: anterior process of hyoid apparatus

Changes for: ureterovesical junction

Changes for: ureteropelvic junction

Changes for: primitive superior sagittal sinus

Changes for: gland of tongue

Changes for: mesenchyme of mandible

Changes for: bony part of hard palate

Changes for: mesenchyme of tongue

Changes for: branchial basket

Changes for: vestibulocochlear ganglion

Changes for: superior part of vestibular ganglion

Changes for: vestibular ganglion

Changes for: shoulder bone

Changes for: diffuse reticular nucleus

Changes for: medial nucleus of trapezoid body

Changes for: ventral nucleus of trapezoid body

Changes for: zygomatic plate

Changes for: otolith

Changes for: midbrain cerebral aqueduct

Changes for: third ventricle

Changes for: epipubic bone

  • Deleted
    • - epipubic bone external definition Epipubic bones are a pair of bones projecting forward from the pelvic bones of modern marsupials and of some fossil mammals: multituberculates, monotremes, and even basal eutherians (the ancestors of placental mammals). In modern marsupials the epipubic bones are often called “marsupial bones” because they support the mother’s pouch (‘marsupium’ is Latin for ‘pouch’), but their presence on other groups of mammals indicates that this was not their original function, which some researchers think was to assist locomotion by supporting some of the muscles that flex the thigh. The epipubic bones were first described in 1698 but their functions have remained unresolved. It has been suggested that they form part of a kinetic linkage stretching from the femur on one side to the ribs on the opposite side. This linkage is formed by a series of muscles: each epipubic bone is connected to the femur by the pectineus muscle, and to the ribs and vertebrae by the pyramidalis, rectus abdominis, and external and internal obliques. According to this hypothesis, the epipubic bones act as levers to stiffen the trunk during locomotion[Wikipedia:Epipubic_bone]. { source=http://en.wikipedia.org/wiki/Epipubic_bone }
  • Added
    • + epipubic bone external definition Epipubic bones are a pair of bones projecting forward from the pelvic bones of modern marsupials and of some fossil mammals: multituberculates, monotremes, and even basal eutherians (the ancestors of placental mammals). In modern marsupials the epipubic bones are often called ‘marsupial bones’ because they support the mother’s pouch (‘marsupium’ is Latin for ‘pouch’), but their presence on other groups of mammals indicates that this was not their original function, which some researchers think was to assist locomotion by supporting some of the muscles that flex the thigh. The epipubic bones were first described in 1698 but their functions have remained unresolved. It has been suggested that they form part of a kinetic linkage stretching from the femur on one side to the ribs on the opposite side. This linkage is formed by a series of muscles: each epipubic bone is connected to the femur by the pectineus muscle, and to the ribs and vertebrae by the pyramidalis, rectus abdominis, and external and internal obliques. According to this hypothesis, the epipubic bones act as levers to stiffen the trunk during locomotion[Wikipedia:Epipubic_bone]. { source=http://en.wikipedia.org/wiki/Epipubic_bone }

Changes for: central canal of spinal cord

Changes for: scala media

Changes for: alveolus of lung

Changes for: brainstem

Changes for: gland of nictitating membrane

Changes for: pharyngeal region of foregut

Changes for: uterine horn

Changes for: cerebellar hemisphere

Changes for: premaxilla

Changes for: nucleus pulposus

Changes for: dorsal horn of spinal cord

Changes for: ventral horn of spinal cord

Changes for: dorsal funiculus of spinal cord

Changes for: corpora quadrigemina

Changes for: olfactory bulb

Changes for: laterodorsal tegmental nucleus

Changes for: dorsal root of spinal cord

Changes for: ventral root of spinal cord

Changes for: mammillary body

Changes for: colon

Changes for: caecum

Changes for: tympanic ring

Changes for: spinal trigeminal tract

Changes for: anatomical line along groove

Changes for: fundus of stomach

Changes for: cardia of stomach

Changes for: pyloric antrum

Changes for: pylorus

Changes for: wall of stomach

Changes for: macula of utricle of membranous labyrinth

Changes for: macula of saccule of membranous labyrinth

Changes for: interparietal bone

Changes for: biliary tree

Changes for: portal lobule

Changes for: palatine aponeurosis

Changes for: mucosa of stomach

  • Deleted
    • - mucosa of stomach comment This class was created automatically from a combination of ontologies
    • - mucosa of stomach definition The gastric mucosa is the mucous membrane layer of the stomach which contains the glands and the gastric pits. In men it is about 1 mm thick and its surface is smooth, soft, and velvety. It consists of epithelium, lamina propria, and the muscularis mucosae. In its fresh state, it is of a pinkish tinge at the pyloric end and of a red or reddish-brown color over the rest of its surface. In infancy it is of a brighter hue, the vascular redness being more marked. It is thin at the cardiac extremity, but thicker toward the pylorus. During the contracted state of the organ it is thrown into numerous plaits or rugae, which, for the most part, have a longitudinal direction, and are most marked toward the pyloric end of the stomach, and along the greater curvature. These folds are entirely obliterated when the organ becomes distended. When examined with a lens, the inner surface of the mucous membrane presents a peculiar honeycomb appearance from being covered with funnel-like depressions or foveolae of a polygonal or hexagonal form, which vary from 0.12 to 0.25 mm. in diameter. These are the ducts of the gastric glands, and at the bottom of each may be seen one or more minute orifices, the openings of the gland tubes. Gastric glands are simple or branched tubular glands that emerge on the deeper part of the gastric foveola, inside the gastric areas and outlined by the folds of the mucosa. There are three types of glands: cardiac glands (in the proximal part of the stomach), oxyntic glands (the dominating type of gland), and pyloric glands. The cardiac glands mainly contain mucus producing cells. The bottom part of the oxyntic glands is dominated by zymogen (chief) cells that produce pepsinogen (an inactive precursor of the pepsin enzyme). Parietal cells, which secrete hydrochloric acid are scattered in the glands, with most of them in the middle part. The upper part of the glands consist of mucous neck cells; in this part the dividing cells are seen. The pyloric glands contain mucus-secreting cells. Several types of endocrine cells are found in all regions of the gastric mucosa. In the pyloric glands contain gastrin producing cells (G cells); this hormone stimulates acid production from the parietal cells. ECL (enterochromaffine-like) cells, found in the oxyntic glands release histamine, which also is a powerful stimulant of the acid secretion. The A cells produce glucagon, which mobilizes the hepatic glycogen, and the enterochromaffin cells that produce serotonin, which stimulates the contraction of the smooth muscles. The surface of the mucous membrane is covered by a single layer of columnar epithelium . This epithelium commences very abruptly at the cardiac orifice, where there is a sudden transition from the stratified epithelium of the esophagus. The epithelial lining of the gland ducts is of the same character and is continuous with the general epithelial lining of the stomach. [WP,unvetted]. { database cross reference=http://en.wikipedia.org/wiki/Gastric_mucosa }
    • - mucosa of stomach depicted by http://upload.wikimedia.org/wikipedia/commons/6/64/Illu_stomach2.jpg
    • - mucosa of stomach depicted by http://upload.wikimedia.org/wikipedia/commons/thumb/6/64/Illu_stomach2.jpg/200px-Illu_stomach2.jpg
  • Added
    • + mucosa of stomach SubClassOf contributes to morphology of some wall of stomach
    • + mucosa of stomach definition The mucosal layer that lines the stomach. { database cross reference=UBERON:cjm }
    • + mucosa of stomach depicted by https://en.wikipedia.org/wiki/File:Normal_gastric_mucosa_intermed_mag.jpg
    • + mucosa of stomach external definition The gastric mucosa is the mucous membrane layer of the stomach which contains the glands and the gastric pits. In men it is about 1 mm thick and its surface is smooth, soft, and velvety. It consists of epithelium, lamina propria, and the muscularis mucosae. In its fresh state, it is of a pinkish tinge at the pyloric end and of a red or reddish-brown color over the rest of its surface. In infancy it is of a brighter hue, the vascular redness being more marked. It is thin at the cardiac extremity, but thicker toward the pylorus. During the contracted state of the organ it is thrown into numerous plaits or rugae, which, for the most part, have a longitudinal direction, and are most marked toward the pyloric end of the stomach, and along the greater curvature. These folds are entirely obliterated when the organ becomes distended. When examined with a lens, the inner surface of the mucous membrane presents a peculiar honeycomb appearance from being covered with funnel-like depressions or foveolae of a polygonal or hexagonal form, which vary from 0.12 to 0.25 mm. in diameter. These are the ducts of the gastric glands, and at the bottom of each may be seen one or more minute orifices, the openings of the gland tubes. Gastric glands are simple or branched tubular glands that emerge on the deeper part of the gastric foveola, inside the gastric areas and outlined by the folds of the mucosa. There are three types of glands: cardiac glands (in the proximal part of the stomach), oxyntic glands (the dominating type of gland), and pyloric glands. The cardiac glands mainly contain mucus producing cells. The bottom part of the oxyntic glands is dominated by zymogen (chief) cells that produce pepsinogen (an inactive precursor of the pepsin enzyme). Parietal cells, which secrete hydrochloric acid are scattered in the glands, with most of them in the middle part. The upper part of the glands consist of mucous neck cells; in this part the dividing cells are seen. The pyloric glands contain mucus-secreting cells. Several types of endocrine cells are found in all regions of the gastric mucosa. In the pyloric glands contain gastrin producing cells (G cells); this hormone stimulates acid production from the parietal cells. ECL (enterochromaffine-like) cells, found in the oxyntic glands release histamine, which also is a powerful stimulant of the acid secretion. The A cells produce glucagon, which mobilizes the hepatic glycogen, and the enterochromaffin cells that produce serotonin, which stimulates the contraction of the smooth muscles. The surface of the mucous membrane is covered by a single layer of columnar epithelium . This epithelium commences very abruptly at the cardiac orifice, where there is a sudden transition from the stratified epithelium of the esophagus. The epithelial lining of the gland ducts is of the same character and is continuous with the general lining of the stomach. [WP,unvetted][Wikipedia:Gastric_mucosa]. { source=http://en.wikipedia.org/wiki/Gastric_mucosa }

Changes for: lingual septum

Changes for: epibranchial series

Changes for: ceratobranchial series

Changes for: pharyngeal membrane

Changes for: geschmacksstreifen

Changes for: intermediolateral nucleus

Changes for: lateral funiculus of spinal cord

Changes for: upper lobe of right lung

Changes for: lower lobe of right lung

Changes for: middle lobe of right lung

Changes for: respiratory bronchiole

Changes for: substantia gelatinosa

Changes for: ventral funiculus of spinal cord

Changes for: nucleus raphe pallidus

Changes for: internal naris

Changes for: lateral reticular nucleus

Changes for: oropharyngeal choana

Changes for: nucleus raphe magnus

Changes for: pontine nuclear group

Changes for: spleen B cell corona

Changes for: alveolar sac

Changes for: endocardium of atrium

Changes for: barrel cortex

Changes for: nucleus prepositus

Changes for: cerebellar nuclear complex

Changes for: anterior lobe of cerebellum

Changes for: vas deferens

Changes for: respiratory airway

Changes for: hilus of dentate gyrus

Changes for: cartilaginous vertebral centrum

Changes for: locus ceruleus

Changes for: reticulotegmental nucleus

Changes for: kidney

Changes for: duodenum

Changes for: jejunum

Changes for: ileum

Changes for: gallbladder

Changes for: smooth muscle of esophagus

Changes for: lobule of thymus

Changes for: cerebellar cortex

Changes for: chordate pharynx

Changes for: salivary gland

Changes for: chin

Changes for: liver

Changes for: small intestine

Changes for: hindlimb

Changes for: vestibulo-auditory system

Changes for: hypopharynx

Changes for: rectum

Changes for: nervous system commissure

Changes for: endocardium of ventricle

Changes for: myocardium of ventricle

Changes for: lateral ventricle subependymal layer

Changes for: epidermis suprabasal layer

Changes for: spleen central arteriole

Changes for: spleen trabecular vein

Changes for: flocculus

Changes for: parotid duct

Changes for: bony vertebral centrum

Changes for: retrosplenial granular cortex

Changes for: velar vocal fold

Changes for: periventricular gray matter

Changes for: afferent lymphatic vessel

Changes for: spleen trabecular artery

Changes for: hypomaxilla

Changes for: enteric nerve

Changes for: anterior limb of ceratobranchial 5 cartilage

Changes for: basal process of palatoquadrate

Changes for: anterior limb of ceratobranchial 5 bone

Changes for: basimandibulare

Changes for: peyer’s patch follicle

Changes for: pterygoid bone

Changes for: pharyngobranchial tooth plate

Changes for: ascending limb of ceratobranchial 5 cartilage

Changes for: ascending process of palatoquadrate

Changes for: ascending limb of ceratobranchial 5 bone

Changes for: antorbital process

Changes for: pelvic cavity

  • Deleted
    • - pelvic cavity definition The pelvic cavity is a body cavity that is bounded by the bones of the pelvis and which primarily contains reproductive organs, the urinary bladder, and the rectum. The pelvis is a marvel of physiology and is deceptively complex. It contains the lower urinary tract, reproductive system, lower digestive tract, major arteries and veins, muscle systems, nerve systems and bone systems. They all have to work together in a little crowded “house”. It can be affected by many different diseases and by many drugs in many different ways. One part may impact upon another, for example constipation may overload the rectum and compress the urinary bladder, or childbirth might damage the pudendal nerves and later lead to anal weakness. { database cross reference=http://en.wikipedia.org/wiki/Pelvic_cavity }
  • Added
    • + pelvic cavity definition The pelvic cavity is a body cavity that is bounded by the bones of the pelvis and which primarily contains reproductive organs, the urinary bladder, and the rectum. The pelvis is a marvel of physiology and is deceptively complex. It contains the lower urinary tract, reproductive system, lower digestive tract, major arteries and veins, muscle systems, nerve systems and bone systems. They all have to work together in a little crowded ‘house’. It can be affected by many different diseases and by many drugs in many different ways. One part may impact upon another, for example constipation may overload the rectum and compress the urinary bladder, or childbirth might damage the pudendal nerves and later lead to anal weakness. { database cross reference=http://en.wikipedia.org/wiki/Pelvic_cavity }

Changes for: anterior ramus of pterygoid

Changes for: anterior process of pars palatina of maxilla

Changes for: angulosplenial coronoid process

Changes for: alary process of premaxilla

Changes for: subcutaneous adipose tissue

Changes for: adenohypophysis

Changes for: integument

Changes for: orbitosphenoid

Changes for: hyoid pre-muscle mass

Changes for: cerebellar peduncular complex

Changes for: autopod region

Changes for: mandibular process mesenchyme from head mesenchyme

Changes for: tooth cavity

Changes for: maxillary process mesenchyme from head mesenchyme

Changes for: helix

Changes for: prostate duct

Changes for: glottis

Changes for: pharyngeal arch mesenchyme from head mesenchyme

Changes for: long bone

Changes for: stapes base

Changes for: deltopectoral crest

Changes for: uterine artery

Changes for: Reichert’s cartilage pre-cartilage condensation

Changes for: pharyngeal arch mesenchyme from neural crest

Changes for: simian shelf

Changes for: accessory foramina

  • Deleted
    • - accessory foramina definition Foramina found on the humerus of tetrapodomorphs beyond the entepicondyle and ectepicondyle foramen. Often denoted as foramen “c” and “d” after Jarvik 1996
  • Added
    • + accessory foramina definition Foramina found on the humerus of tetrapodomorphs beyond the entepicondyle and ectepicondyle foramen. Often denoted as foramen ‘c’ and ‘d’ after Jarvik 1996

Changes for: CA3 alveus

Changes for: CA1 alveus

Changes for: dermal layer of tongue

Changes for: hyale

Changes for: pyramidal layer of CA2

Changes for: pyramidal layer of CA1

Changes for: frontomarginal sulcus

Changes for: lamina of cerebellum

Changes for: parietal pleura

Changes for: visceral pleura

Changes for: lamina of cerebral hemisphere

Changes for: superficial cervical fascia

Changes for: lamina of neuraxis

Changes for: lamina of diencephalon

Changes for: synarcual region of vertebral column

  • Deleted
    • - synarcual region of vertebral column comment “The synarcual is a structure incorporating the anterior vertebrae of the axial skeleton and occurs in vertebrate taxa such as the fossil group Placodermi and the Chondrichthyes (Holocephali, Batoidea)” DOI 10.1007/s00435-012-0169-9
  • Added
    • + synarcual region of vertebral column comment ‘The synarcual is a structure incorporating the anterior vertebrae of the axial skeleton and occurs in vertebrate taxa such as the fossil group Placodermi and the Chondrichthyes (Holocephali, Batoidea)’ DOI 10.1007/s00435-012-0169-9

Changes for: autonomic nervous system

Changes for: clitoris

Changes for: layer of hippocampal field

Changes for: palatoquadrate element

Changes for: integumental system

Changes for: cartilage tissue

Changes for: fourth ventricle

Changes for: pyramidal layer of CA3

Changes for: visceral serous pericardium

Changes for: striatum

Changes for: pituitary stalk

Changes for: pars intermedia of adenohypophysis

Changes for: myenteric nerve plexus

Changes for: primary visual cortex

Changes for: lens fiber

Changes for: lenticular fasciculus

Changes for: decidua

Changes for: thoracic spinal cord lateral horn

Changes for: iris epithelium

Changes for: crista dentalis of maxilla

Changes for: crista dentalis of premaxilla

Changes for: crista lateralis of premaxilla

Changes for: dilatatio alaris

Changes for: upper part of vagina

Changes for: dorsum of tongue

Changes for: utricle valve

Changes for: cingulum of brain

Changes for: styloid process of temporal bone

Changes for: cutaneous elastic tissue

Changes for: operculum of brain

Changes for: gonial bone

Changes for: sympathetic afferent fiber

Changes for: spinal cord motor column

Changes for: fourth ventricle median aperture

Changes for: fourth ventricle lateral aperture

Changes for: subarcuate fossa

Changes for: pharyngeal arch mesenchymal region

Changes for: cervical vertebra 1 arcus anterior

Changes for: hyoid bone greater horn

Changes for: hyoid bone body

Changes for: hyoid apparatus

Changes for: hyoid bone lesser horn

Changes for: zone of hyoid bone

Changes for: thymus corticomedullary boundary

Changes for: Hassall’s corpuscle

Changes for: footplate of pars media plectri

Changes for: brain ventricle/choroid plexus

Changes for: anterior buccal gland

Changes for: tubal tonsil

Changes for: placenta labyrinth

Changes for: tonsil

Changes for: somatic sensory system

Changes for: cerebellum anterior vermis

Changes for: palatopharyngeus muscle

Changes for: molar crown

Changes for: posterior stroma of cornea

Changes for: anterior stroma of cornea

Changes for: ocular fundus

Changes for: inner ear canal

Changes for: pancreatic epithelial bud

Changes for: retrosplenial region

Changes for: conducting system of heart

Changes for: sinoatrial node

Changes for: dorsal iliac process

Changes for: atrioventricular node

Changes for: trunk armor pectoral fenestra

Changes for: atrioventricular bundle

Changes for: obsolete posterior iliac process

Changes for: purkinje fiber

Changes for: sensory dissociation area

Changes for: transverse gyrus of Heschl

Changes for: bulbo-urethral gland

Changes for: tympanic membrane

Changes for: dura mater

Changes for: hyolaryngeal complex

Changes for: vomer

Changes for: maxilla

Changes for: nasolacrimal duct

Changes for: bile duct

Changes for: middle temporal sulcus

Changes for: layer of neocortex

Changes for: myocardium of atrium

Changes for: layer of hippocampus

Changes for: layer of dentate gyrus

Changes for: nasal mucus

Changes for: nucleus of brain

Changes for: corpus callosum

Changes for: submandibular duct

Changes for: white matter of medulla oblongata

Changes for: occipital gyrus

Changes for: cerebrocerebellum

Changes for: descending thoracic aorta

Changes for: hippocampus pyramidal layer

Changes for: hippocampus fimbria

Changes for: white matter of spinal cord

Changes for: gray matter of spinal cord

Changes for: white matter

Changes for: glomerular mesangium

Changes for: middle frontal sulcus

Changes for: cervical spinal cord lateral horn

Changes for: mesenchyme of submandibular gland primordium

Changes for: mesenchyme of sublingual gland primordium

Changes for: lateral lingual swelling epithelium

Changes for: maxillary process mesenchyme

Changes for: lamina anterior of pars facialis

Changes for: bulb of aorta

Changes for: sinotubular junction

Changes for: CA3 field of hippocampus

Changes for: CA2 field of hippocampus

Changes for: CA1 field of hippocampus

Changes for: subdivision of hippocampus

Changes for: medial ramus of pterygoid

Changes for: margo orbitalis of pterygoid

Changes for: margo orbitalis of maxilla

Changes for: margo mandibularis of pterygoid

Changes for: margo tympanicus of pterygoid

Changes for: dental epithelium

Changes for: tooth cingulid

Changes for: premaxilla dentigerous process

Changes for: thymus epithelium

Changes for: pancreatic duct

Changes for: psoas muscle

  • Deleted
    • - psoas muscle definition A powerful flexor of the thigh at the hip joint (psoas major) and a weak flexor of the trunk and lumbar spinal column (psoas minor). Psoas is derived from the Greek “psoa”, the plural meaning “muscles of the loin”. It is a common site of infection manifesting as abscess (PSOAS ABSCESS). The psoas muscles and their fibers are also used frequently in experiments in muscle physiology. { database cross reference=http://en.wikipedia.org/wiki/Psoas , database cross reference=MESH:A02.633.567.825 }
  • Added
    • + psoas muscle definition A powerful flexor of the thigh at the hip joint (psoas major) and a weak flexor of the trunk and lumbar spinal column (psoas minor). Psoas is derived from the Greek ‘psoa’, the plural meaning ‘muscles of the loin’. It is a common site of infection manifesting as abscess (PSOAS ABSCESS). The psoas muscles and their fibers are also used frequently in experiments in muscle physiology. { database cross reference=http://en.wikipedia.org/wiki/Psoas , database cross reference=MESH:A02.633.567.825 }

Changes for: mandibular rhamphotheca

Changes for: cremaster muscle

Changes for: ceratoglossus

Changes for: auditory hillocks

Changes for: conchal part of pinna

Changes for: cloacal membrane

Changes for: cervical sinus of His

Changes for: spleen germinal center

Changes for: metapterygoid

Changes for: quadrate ventral process

Changes for: lingual swellings

Changes for: nasolacrimal groove

Changes for: Meckel’s cartilage pre-cartilage condensation

Changes for: lens pit

Changes for: subopercle

Changes for: preopercle horizontal limb

Changes for: otic pit

Changes for: pharyngobranchial 3 bone uncinate process

Changes for: pharyngobranchial 4 bone uncinate process

Changes for: preopercle

Changes for: opercle

Changes for: multi cell component structure

Changes for: ascending limb of loop of Henle

Changes for: posttemporal fossa

  • Deleted
    • - posttemporal fossa comment Chen 1994 gives these two synonyms: “temporal fossa”, Gauba 1967; and “temporal groove”, Mahajan 1966.
  • Added
    • + posttemporal fossa comment Chen 1994 gives these two synonyms: ‘temporal fossa’, Gauba 1967; and ‘temporal groove’, Mahajan 1966.

Changes for: urohyal lateral process

Changes for: lateral line scale

Changes for: urohyal median process

Changes for: vestibular nucleus

Changes for: hilum of inferior olivary complex

Changes for: hilum of neuraxis

Changes for: vestibulum vaginae

Changes for: hyomandibular condyle for the opercle

Changes for: cerebellum posterior vermis

Changes for: tarsal gland acinus

Changes for: cerebellum intermediate zone

Changes for: olfactory bulb layer

Changes for: posterior lobe of cerebellum

Changes for: cerebellum hemisphere lobule

Changes for: cerebellum lobule

Changes for: dorsal accessory inferior olivary nucleus

Changes for: superior olivary nucleus

Changes for: inferior olivary nucleus

Changes for: lingual tonsil

Changes for: ventral hypohyal bone

Changes for: corticomedial nuclear complex

Changes for: basolateral amygdaloid nuclear complex

Changes for: adductor mandibulae complex

Changes for: preopercle vertical limb

Changes for: funiculus of neuraxis

Changes for: funiculus of spinal cord

Changes for: superior colliculus superficial gray layer

Changes for: gill raker

Changes for: lamina I of gray matter of spinal cord

Changes for: lateral occipital cortex

Changes for: cutaneous microfibril

Changes for: inner epithelial layer of tympanic membrane

Changes for: mucosa of nasolacrimal duct

Changes for: mucosa of upper lip

Changes for: mucosa of lower lip

Changes for: chorionic plate

Changes for: caudal ganglionic eminence

Changes for: lateral ganglionic eminence

Changes for: medial ganglionic eminence

Changes for: mucosa of tongue

Changes for: mucosa of lacrimal canaliculus

Changes for: cerebellum vermis lobule X

Changes for: genital labium

Changes for: cerebellum vermis lobule VII

Changes for: cerebellum vermis lobule VIII

Changes for: mucosa of palate

Changes for: mucosa of nasal septum

Changes for: mucosa of lacrimal sac

Changes for: midface

Changes for: cerebellum vermis lobule

Changes for: cerebellum emboliform nucleus

Changes for: cerebellum vermis lobule I

Changes for: cerebellum vermis lobule II

Changes for: cerebellum vermis lobule III

Changes for: cerebellum vermis lobule IV

Changes for: cerebellum vermis lobule V

Changes for: cerebellum vermis lobule VI

Changes for: interhyal element

Changes for: spinal cord alar plate

Changes for: neural tube basal plate

Changes for: hypobranchial element

Changes for: accessory olfactory bulb

Changes for: ceratobranchial element

Changes for: external male genitalia

Changes for: internal male genitalia

Changes for: primitive pit

Changes for: primitive groove

Changes for: crus of ear

Changes for: pharyngeal pouch

Changes for: myocardial compact layer

Changes for: pharyngeal pouch 1

Changes for: basisphenoid bone

Changes for: orbital gyrus

Changes for: hadjikhani et al. (1998) visuotopic area v2d

Changes for: branchiostegal ray

Changes for: external acoustic meatus osseus part

Changes for: urohyal

Changes for: rostral middle frontal gyrus

Changes for: caudal middle frontal gyrus

Changes for: os clitoris

Changes for: loop of Henle ascending limb thin segment

Changes for: premaxilla ascending process

Changes for: anterior dorsomedial process of autopalatine

Changes for: cerebellar layer

Changes for: salivatory nucleus

Changes for: branchiomeric muscle

Changes for: orbitofrontal cortex

Changes for: lymphatic vessel smooth muscle

Changes for: glomerular capillary

Changes for: intestine smooth muscle

Changes for: kidney pelvis smooth muscle

Changes for: cardiac septum

Changes for: mentalis

Changes for: appendicular skeleton

Changes for: kidney pyramid

Changes for: kidney outer medulla outer stripe

Changes for: kidney outer medulla inner stripe

Changes for: maxilla ascending process

Changes for: pharyngobranchial 2 bone uncinate process

Changes for: cardiac ventricle

Changes for: cardiac atrium

Changes for: quadrate posterodorsal process

Changes for: quadrate dorsal process

Changes for: inferior reticular formation

Changes for: chin ventral margin

Changes for: nasal muscle

Changes for: cymba conchae of pinna

Changes for: perihilar interstitium

Changes for: ureteric bud tip

Changes for: intermolar eminence

Changes for: superior reticular formation medial column

Changes for: molar enamel organ

Changes for: nasal capsule

Changes for: dermis

Changes for: zona glomerulosa of adrenal gland

Changes for: epithelium of bronchiole

Changes for: submandibular ganglion

Changes for: zona fasciculata of adrenal gland

Changes for: zona reticularis of adrenal gland

Changes for: upper pharyngeal tooth plate

Changes for: upper pharyngeal tooth

Changes for: pharyngobranchial 3 tooth

Changes for: upper pharyngeal 4 tooth plate

Changes for: upper pharyngeal 4 tooth

Changes for: pharyngobranchial 2 tooth

Changes for: lymphatic vessel endothelium

Changes for: pontine raphe nucleus

Changes for: lung

Changes for: basihyal tooth plate

Changes for: basihyal tooth

Changes for: glomerular capillary endothelium

Changes for: epithelium of bronchus

Changes for: suprachiasmatic nucleus

Changes for: areola

Changes for: substantia nigra

Changes for: cerebellum

Changes for: epithelium of gall bladder

Changes for: skeleton

Changes for: hindbrain

Changes for: occipital lobe

Changes for: gray matter

Changes for: basibranchial 2 tooth

Changes for: basibranchial 2 tooth plate

Changes for: accessory XI nerve

Changes for: eye muscle

Changes for: kidney capsule

Changes for: basibranchial 4 tooth plate

Changes for: basibranchial 4 tooth

Changes for: basibranchial tooth

Changes for: basibranchial tooth plate

Changes for: enteric nervous system

Changes for: trabecular network of bone

Changes for: enamel knot

Changes for: thoracic rib cage

Changes for: stomach smooth muscle outer longitudinal layer

Changes for: pyloric gastric gland

Changes for: stomach smooth muscle inner oblique layer

Changes for: endoderm of foregut

Changes for: endoderm of midgut

Changes for: stomach muscularis externa

Changes for: stomach smooth muscle circular layer

Changes for: pyloric canal

Changes for: cardiac gastric gland

Changes for: epithelium of mammary gland

Changes for: skeletal muscle tissue of tongue

Changes for: skeleton of lower jaw

Changes for: spinal cord commissure

Changes for: hypodermis skeletal muscle layer

Changes for: endoderm of hindgut

Changes for: epidermal-dermal junction

Changes for: ligament of pinna

Changes for: tooth of lower jaw

Changes for: pulmonary alveolar parenchyma

Changes for: mammary gland alveolus

Changes for: hard palate

Changes for: splanchnocranium

Changes for: epithelium of lower jaw

Changes for: taenia tectum of brain

Changes for: vault of skull

Changes for: pallium

Changes for: aortic arch

Changes for: pharyngeal arch 1

Changes for: female inguinal canal

Changes for: induseum griseum

Changes for: sublingual dorsal and ventral fused

Changes for: lobe of lung

Changes for: lung epithelium

Changes for: lung connective tissue

Changes for: facial nucleus

Changes for: neural nucleus

Changes for: tract of brain

Changes for: theca interna

Changes for: superior cerebellar peduncle of pons

Changes for: superior cerebellar peduncle of midbrain

Changes for: oral cavity

Changes for: primitive urogenital sinus

Changes for: cloaca

Changes for: intestine

Changes for: sagittal sinus

Changes for: epibranchial bone uncinate process

Changes for: prostate gland dorsolateral lobe

Changes for: coagulating gland

Changes for: pharyngeal slit

Changes for: pharyngeal arch system

Changes for: mesentery of stomach

Changes for: forestomach

Changes for: presphenoid bone

Changes for: roof plate of midbrain

Changes for: metapodial pad

Changes for: transitional epithelium of prostatic urethra

Changes for: smooth muscle of trachea

Changes for: smooth muscle of eye

Changes for: epithelium of hard palate

Changes for: epithelium of tongue

Changes for: epithelium of soft palate

Changes for: transverse palatine fold

Changes for: mesenchyme of pinna

Changes for: mesenchyme of upper jaw

Changes for: mesenchyme of lower jaw

Changes for: cerebral artery

Changes for: early pharyngeal endoderm

Changes for: tract of spinal cord

Changes for: thyroid diverticulum

Changes for: tongue musculature

Changes for: tendon sheath

Changes for: esophageal sphincter

Changes for: hippocampus stratum lacunosum moleculare

Changes for: nucleus of medulla oblongata

Changes for: hippocampus stratum lucidum

Changes for: Barrington’s nucleus

Changes for: parabrachial nucleus

Changes for: hippocampus alveus

Changes for: tetrapod parietal bone

Changes for: prostate gland ventral lobe

Changes for: hilum of kidney

Changes for: sublingual dorsal ossification

Changes for: sublingual ventral ossification

Changes for: skeletal muscle tissue of masseter

Changes for: skeletal muscle tissue of temporalis

Changes for: skeletal muscle tissue of mylohyoid

Changes for: skeletal muscle tissue of orbicularis oculi

Changes for: skeletal muscle tissue of digastric

Changes for: alveolar ridge of mandible

Changes for: alveolar process of maxilla

Changes for: lateral pes lemniscus

Changes for: flocculonodular lobe

Changes for: postcommissural fornix of brain

Changes for: dorsal longitudinal fasciculus of hypothalamus

Changes for: dorsal tegmental decussation

Changes for: medial lemniscus

Changes for: lemniscus

Changes for: anterior commissure anterior part

Changes for: regional part of cerebellar white matter

Changes for: stria terminalis

Changes for: cingulate cortex

Changes for: brachium of inferior colliculus

Changes for: lobe parts of cerebral cortex

Changes for: epididymis epithelium

Changes for: external capsule

Changes for: gastroesophageal sphincter

Changes for: fundus of urinary bladder

Changes for: segment of white matter of spinal cord

Changes for: subdivision of spinal cord dorsal column

Changes for: subdivision of spinal cord lateral column

Changes for: cuneus cortex

Changes for: precuneus cortex

Changes for: inferior parietal cortex

Changes for: internal arcuate fiber bundle

Changes for: stria medullaris

Changes for: actinotrichium

  • Deleted
    • - actinotrichium comment Actinotrichia are required for lepidotrichium development. They are occasionally retained in adult fishes. Further taxon comments from Witten & Huysseune (2007): “Actinotrichia are found in the embryonic fin fold, along the outer edge of the fin in Actinopterygii, and in the adipose fin in teleosts (Starck 1979; G�raudie and Meunier 1982; Becerra et al. 1983). Only in polypterids has their presence been reported in the joints between adjacent lepidotrichial elements (G�raudie 1988). In the sarcopterygian lineage, actinotrichia are present in coelacanths (G�raudie and Meunier 1980) and in young dipnoans (Arratia et al. 2001).”
  • Added
    • + actinotrichium comment Actinotrichia are required for lepidotrichium development. They are occasionally retained in adult fishes. Further taxon comments from Witten & Huysseune (2007): ‘Actinotrichia are found in the embryonic fin fold, along the outer edge of the fin in Actinopterygii, and in the adipose fin in teleosts (Starck 1979; G�raudie and Meunier 1982; Becerra et al. 1983). Only in polypterids has their presence been reported in the joints between adjacent lepidotrichial elements (G�raudie 1988). In the sarcopterygian lineage, actinotrichia are present in coelacanths (G�raudie and Meunier 1980) and in young dipnoans (Arratia et al. 2001).’

Changes for: posterior transverse termporal area 42

Changes for: anterior transverse termporal area 41

Changes for: superior parietal cortex

Changes for: body of corpus callosum

Changes for: uncinate fasciculus

Changes for: ventral acoustic stria

Changes for: posterior part of anterior commissure

Changes for: hair follicle matrix region

Changes for: primitive knot

Changes for: thyroid primordium

Changes for: sphenoid bone pterygoid process

Changes for: aortic arch 2

Changes for: aortic arch 1

Changes for: liver lobule

Changes for: urinary bladder urothelium

Changes for: spleen capsule

Changes for: efferent arteriole

Changes for: suspensorium

Changes for: afferent arteriole

Changes for: surface structure

Changes for: nucleus of cerebellar nuclear complex

Changes for: vasculature of brain

Changes for: trachea

Changes for: aortic arch 3

Changes for: decussation of diencephalon

Changes for: decussation of neuraxis

Changes for: cerebellar peduncle

Changes for: nucleus of pontine reticular formation

Changes for: nucleus of midbrain tegmentum

Changes for: Peyer’s patch epithelium

Changes for: parasubiculum

Changes for: body of fornix

Changes for: vestibular system

Changes for: corona radiata of neuraxis

Changes for: dentate gyrus molecular layer

Changes for: spinal cord lateral horn

Changes for: spinal cord gray commissure

Changes for: ependyma

Changes for: gyrus rectus

Changes for: mandible temporal crest

Changes for: vertebra lamina

Changes for: aorta wall

Changes for: aorta tunica adventitia

Changes for: interventricular septum membranous part

Changes for: interventricular septum muscular part

Changes for: mandible coronoid process

Changes for: mandible condylar process

Changes for: mandible neck

Changes for: mandible head

Changes for: parasympathetic nervous system

Changes for: sympathetic nervous system

Changes for: somatic nervous system

Changes for: endocrine pancreas

Changes for: exocrine pancreas

Changes for: dorsal hypohyal bone

Changes for: lymph node

Changes for: olfactory apparatus

Changes for: uterine cervix

Changes for: anterior lingual gland duct

Changes for: pituitary gland

Changes for: islet of Langerhans

Changes for: pharyngeal arch 7 skeleton

Changes for: pharyngeal arch 3 skeleton

Changes for: centrum semiovale

Changes for: pharyngeal arch 6 skeleton

Changes for: pharyngeal arch 4 skeleton

Changes for: pharyngeal arch 5 skeleton

Changes for: somatosensory cortex

Changes for: membrane organ

Changes for: external ectoderm

Changes for: coronomeckelian

Changes for: large intestine

Changes for: postcoracoid

  • Deleted
    • - postcoracoid definition The posterior of the two coracoid elements found in basal tetrapods. Corresponds directly to the “coracoid” of synapsids. [AD]
  • Added
    • + postcoracoid definition The posterior of the two coracoid elements found in basal tetrapods. Corresponds directly to the ‘coracoid’ of synapsids. [AD]

Changes for: obsolete posterior iliac process

Changes for: pectinate muscle

Changes for: Bachmann’s bundle

Changes for: vena cava sinus

Changes for: heart layer

Changes for: coronary vessel

Changes for: atrium myocardial trabecula

Changes for: aortic valve anulus

Changes for: aortic valve cusp

Changes for: mitral valve anulus

Changes for: chordae tendineae

Changes for: pulmonary valve anulus

Changes for: pulmonary valve cusp

Changes for: tricuspid valve cusp

Changes for: tricuspid valve anulus

Changes for: mitral valve cusp

Changes for: crista terminalis

Changes for: axial skeleton plus cranial skeleton

Changes for: external naris

Changes for: primary choana

Changes for: mandibular process mesenchyme

Changes for: pharyngeal cleft

Changes for: palatine process of maxilla

Changes for: olfactory pit

Changes for: pinna surface epithelium

Changes for: crista ampullaris neuroepithelium

Changes for: post-hyoid pharyngeal arch skeleton

Changes for: hyoid arch skeleton

Changes for: gracile fasciculus

Changes for: gracile fasciculus of spinal cord

Changes for: mandible angular process

Changes for: cuneate fasciculus

Changes for: cuneate fasciculus of spinal cord

Changes for: fasciculus of brain

Changes for: thoracic spinal cord dorsal column

Changes for: cervical spinal cord dorsal column

Changes for: cervical spinal cord lateral column

Changes for: thoracic spinal cord lateral column

Changes for: sacral spinal cord ventral column

Changes for: cervical spinal cord ventral column

Changes for: lumbar spinal cord ventral column

Changes for: thoracic spinal cord ventral column

Changes for: camptotrichium

  • Deleted
    • - camptotrichium comment From Witten & Huysseune (2007): “Two zones have been recognized in these camptotrichia: a superficial region of acellular fibrous bone, and a deep, mostly unmineralized, zone (G�raudie and Meunier 1982).”
  • Added
    • + camptotrichium comment From Witten & Huysseune (2007): ‘Two zones have been recognized in these camptotrichia: a superficial region of acellular fibrous bone, and a deep, mostly unmineralized, zone (G�raudie and Meunier 1982).’

Changes for: cochlear ganglion

Changes for: urinary bladder detrusor smooth muscle

Changes for: tongue muscle

Changes for: hindlimb stylopod

Changes for: renal medulla

Changes for: myelin sheath

Changes for: lateral tuberal nucleus

Changes for: arachnoid barrier layer

Changes for: endopeduncular nucleus

Changes for: visceral layer of glomerular capsule

Changes for: mandibular ramus

Changes for: lamina densa of glomerular basement membrane

Changes for: primary palate mesenchyme

Changes for: pelvic girdle bone/zone

Changes for: primary palate

Changes for: secondary palatal shelf epithelium

Changes for: primary palate epithelium

Changes for: 2nd arch ectoderm

Changes for: 3rd arch ectoderm

Changes for: 4th arch ectoderm

Changes for: 2nd arch endoderm

Changes for: 3rd arch endoderm

Changes for: 4th arch endoderm

Changes for: secondary palatal shelf

Changes for: rostral motor nucleus of abducens

Changes for: entopterygoid

Changes for: cerebellum vasculature

Changes for: interopercle

Changes for: incisive canal

Changes for: sublingual caruncle

Changes for: entopterygoid vertical strut

Changes for: symplectic

Changes for: ceratobranchial 5 tooth

Changes for: bone of appendage girdle complex

Changes for: alisphenoid cartilage element

Changes for: alisphenoid pre-cartilage condensation

Changes for: atrium auricular region

Changes for: mandibular symphysis

Changes for: alveolar canal

Changes for: great cerebral vein

Changes for: autopalatine

Changes for: posterior ceratohyal

Changes for: caudal motor nucleus of abducens

Changes for: muscle layer of epididymis

Changes for: hyoid muscle

Changes for: hypothalamic nucleus

Changes for: diencephalic nucleus

Changes for: quadrate bone

Changes for: alveolar system

Changes for: kidney calyx

Changes for: hepatic cord

Changes for: philtrum

Changes for: ventral striatum

Changes for: hippocampus granule cell layer

Changes for: hippocampus molecular layer

Changes for: gill raker row

Changes for: hippocampus stratum lacunosum

Changes for: hippocampus stratum oriens

Changes for: spinal cord dorsal column

Changes for: spinal cord lateral column

Changes for: spinal cord ventral column

Changes for: malleus head

Changes for: dorsal telencephalic commissure

Changes for: paraflocculus

Changes for: spermatic cord

Changes for: spleen perifollicular zone

Changes for: spinal cord ependyma

Changes for: malleus processus brevis

Changes for: malleus neck

Changes for: brain ependyma

Changes for: olfactory glomerulus

  • Deleted
    • - olfactory glomerulus comment subcellular component, realm of GO?
    • - olfactory glomerulus definition One of the small globular masses of dense neuropil in the olfactory bulb, containing the first synapse in the olfactory pathway[BTO]. a spherical structure located in the olfactory bulb of the brain where the synapses form between the olfactory nerve terminals and dendrites of mitral, periglomerular and tufted cells. Each glomerulus is surrounded by periglomerular neurons and glial cells which gives it an oval shape.[1][2] All glomeruli are located near the surface of the olfactory bulb. In mammals, glomeruli typically range between 50-120 µm in diameter and number between 1800 and 2400 depending on the species.[1][2] Each glomerulus is composed of two compartments, the olfactory nerve zone and the non-olfactory nerve zone. The olfactory nerve zone is composed of preterminals and terminals of the olfactory nerve and is where the olfactory receptor cells make synapses on their targets.[2] The non-olfactory nerve zone is composed of the dendritic processes of intrinsic neurons and is where dendrodendritic interactions between intrinsic neurons occur.[2] It is the first site for synaptic processing of odor information coming from the nose. It is made up of a globular tangle of axons from the olfactory receptor neurons in the olfactory epithelium, and dendrites from the mitral cell as well as from juxtaglomerular cells that include tufted cells, periglomerular cells, short axon cells, and astrocytes[WP]. { database cross reference=http://en.wikipedia.org/wiki/Glomerulus_(olfaction) , database cross reference=Dorlands_Medical_Dictionary:MerckMedicus }
  • Added

Changes for: nasal cavity epithelium

Changes for: caudate-putamen

Changes for: olfactory bulb subependymal zone

Changes for: deep part of masseter muscle

Changes for: frontalis

Changes for: nasalis muscle

  • Deleted
    • - nasalis muscle definition The nasalis (compressor naris) is a sphincter-like muscle of the nose whose function is to compress the nasal cartilage. It consists of two parts, transverse and alar: The transverse part arises from the maxilla, above and lateral to the incisive fossa; its fibers proceed upward and medially, expanding into a thin aponeurosis which is continuous on the bridge of the nose with that of the muscle of the opposite side, and with the aponeurosis of the Procerus. The alar part is attached at one end to the greater alar cartilage, and at the other to the integument at the point of the nose. Other sources divide it into “Compressor nasalis” and “Dilator nasalis”. { database cross reference=http://en.wikipedia.org/wiki/Nasalis_muscle }
  • Added
    • + nasalis muscle definition The nasalis (compressor naris) is a sphincter-like muscle of the nose whose function is to compress the nasal cartilage. It consists of two parts, transverse and alar: The transverse part arises from the maxilla, above and lateral to the incisive fossa; its fibers proceed upward and medially, expanding into a thin aponeurosis which is continuous on the bridge of the nose with that of the muscle of the opposite side, and with the aponeurosis of the Procerus. The alar part is attached at one end to the greater alar cartilage, and at the other to the integument at the point of the nose. Other sources divide it into ‘Compressor nasalis’ and ‘Dilator nasalis’. { database cross reference=http://en.wikipedia.org/wiki/Nasalis_muscle }

Changes for: belly of digastric

Changes for: occipitalis

Changes for: zygomaticomandibularis muscle

Changes for: paraglossale

Changes for: diaphysis proper

Changes for: surface groove

Changes for: pharyngobranchial element

Changes for: epibranchial element

Changes for: entepicondyle of humerus

Changes for: ectepicondyle of humerus

Changes for: submucous nerve plexus

Changes for: thyroid follicle

Changes for: line of Schwalbe

Changes for: osseus labyrinth vestibule

Changes for: pilosebaceous unit

Changes for: renal cortex vein

Changes for: renal cortex artery

Changes for: nail bed

Changes for: sex cord

Changes for: tragus

Changes for: deep layer of superior colliculus

Changes for: superficial layer of superior colliculus

Changes for: intermediate layer of superior colliculus

Changes for: deep white layer of superior colliculus

Changes for: stomach

Changes for: heart

Changes for: pharyngeal muscle

Changes for: proctodeum

Changes for: deep gray layer of superior colliculus

Changes for: cornea

Changes for: middle gray layer of superior colliculus

Changes for: lens of camera-type eye

Changes for: middle white layer of superior colliculus

Changes for: white matter of superior colliculus

Changes for: gray matter layer of superior colliculus

Changes for: zonal layer of superior colliculus

Changes for: superficial white layer of superior colliculus

Changes for: brain

Changes for: cerebral cortex

Changes for: liver perisinusoidal space

Changes for: alisphenoid bone

Changes for: manubrium of malleus

Changes for: cochlear modiolus

Changes for: paleodentate of dentate nucleus

Changes for: pons

Changes for: skeletal joint

Changes for: trochanter

Changes for: pleura

Changes for: sternum

Changes for: kidney interstitium

Changes for: Leydig cell region of testis

Changes for: vagina

Changes for: seminal vesicle

Report for properties

ObjectProperty objects lost from source: 1

ObjectProperty objects new in target: 3

New ObjectProperty : immediately_superficial_to

New ObjectProperty : contributes to morphology of

New ObjectProperty : output_of

Changed ObjectProperty objects: 2

Changes for: in_right_side_of

Changes for: continuous_with

April 10, 2014 |

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