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a prescription medicationmay have contributedto bone ossification
severe pulmonary venous hypertensionmay leadossification of the lung.1011
by a gain of function mutation in the intracellular region of the BMP type I receptor kinase ALK2 , encoded by the gene ACVR1(passive) caused byheterotopic ossification
Activation of Hedgehog signaling by loss of GNAScausesheterotopic ossification
Activation of Hedgehog signaling by loss of GNAScausesheterotopic ossification
Hedgehog signaling by loss of GNAScausesheterotopic ossification
Reference Activation of Hedgehog signaling by loss of GNAScausesheterotopic ossification
may be a part of the regulatory network that controls BMP expressionthereby influencingcranial ossification
ACVR1 / ALK2can causeheterotopic ossification
by a gain of function mutation in the intracellular region of the BMP type(passive) caused byheterotopic ossification
cellscontributeto endochondral ossification
even if the joint growth is due to endochondral ossificationcausesendochondral ossification
Another rare genetic disordercausingheterotopic ossification
ACAN mutations(passive) caused bythe endochondral ossification
tendsto causeheterotopic ossification
materialcausingbioactive ossification
fighting capabilitysetsheterotopic ossification
in vitro(passive) is influencedEndochondral ossification
subperiosteal dissection becauseleaving the periosteum tendsto causeheterotopic ossification
any subperiosteal dissection becauseleaving the periosteum tendsto causeheterotopic ossification
The genecausingthe ossification
The genecausesossification
traumacan causeossification
by defects in Col II secretion(passive) caused byendochondral ossification
The proteincausesossification
by defects in Col II secretion and increased apoptosis(passive) caused byendochondral ossification
defects in Col II secretion and increased apoptosis(passive) caused byendochondral ossification
a previously unrecognized pathwayinfluencingendochondral ossification
the processleadingto ossification
by BMP(passive) caused byOssification
Endochondral ossificationleadingto ossification
s differentiate into chondrocytesleadingto ossification
Mineralization of osteoid forms the new boneresultingin intramembranous ossification
M6 has not been foundto causethe ossification
Inflammatory metaplasialeadingto ossification
to understandcan leadto ossification
by injury(passive) caused byossification
Even minor stretchescan causeossification
a local inflammatory processcontributedto the ossification
An accumulation of the depositsleadsto ossification
to bonyleadingto bony
thoracic myelopathycausingthoracic myelopathy
compression of spinal cord(passive) caused bycompression of spinal cord
the cartilage to form bonewill promptthe cartilage to form bone
in profound hearing loss ( 23invariably resultsin profound hearing loss ( 23
to the formation of the clavicles and cranial bonesleadsto the formation of the clavicles and cranial bones
the cartilagewill promptthe cartilage
in all bonesresultsin all bones
in elongation of the long bones and extension of the axial skeletonresultingin elongation of the long bones and extension of the axial skeleton
in increased heightresultsin increased height
spinal stiffnesscausingspinal stiffness
in axial growthresultingin axial growth
from the extension of a growth of boneresultingfrom the extension of a growth of bone
alsocontributesalso
new bone to grow between vertebrae eventually fusing them together increasing the risk for fracturecausesnew bone to grow between vertebrae eventually fusing them together increasing the risk for fracture
new bone to grow between vertebrae , eventually fusing them together and increasing the risk for fracturecausesnew bone to grow between vertebrae , eventually fusing them together and increasing the risk for fracture
this increase(passive) may have been caused bythis increase
to ankylosisleadingto ankylosis
the trachea(passive) caused bythe trachea
new bone to grow between vertebrae eventually merging them together increasing the risk for fracturecausesnew bone to grow between vertebrae eventually merging them together increasing the risk for fracture
movement restriction affect clinical findings adverselycausesmovement restriction affect clinical findings adversely
new bone to grow between vertebraecausesnew bone to grow between vertebrae
to the peripheral prominences around bonescontributesto the peripheral prominences around bones
Increased tail stiffness(passive) caused byIncreased tail stiffness
The slowing of growth(passive) caused byThe slowing of growth
to osteogenesis in the early stage of MEcontributesto osteogenesis in the early stage of ME
new bone to grow along the ligaments between vertebrae gradually limiting movement and eventually fusing them togethercausesnew bone to grow along the ligaments between vertebrae gradually limiting movement and eventually fusing them together
to the ankylosisleadingto the ankylosis
inflammation in the joints affected , which leads to more paincan also causeinflammation in the joints affected , which leads to more pain
to ankylosis after total hip arthroplastyleadingto ankylosis after total hip arthroplasty
in the formation of bone tissue in an extraskeletal locationcan also resultin the formation of bone tissue in an extraskeletal location
in the formation of bone tissue in an extraskeletal locationmay also resultin the formation of bone tissue in an extraskeletal location
to increased stability of SBMleadingto increased stability of SBM
from certain traumacan resultfrom certain trauma
in a bony foramenresultingin a bony foramen
increased hearing losscausesincreased hearing loss
to the ankylosis so characteristic of this disorderleadingto the ankylosis so characteristic of this disorder
in epiphyseal dysgenesisresultingin epiphyseal dysgenesis
to epiphyseal dysgenesisleadingto epiphyseal dysgenesis
pain and open sores ( ulcersmay causepain and open sores ( ulcers