The structure of temporal bone is: temporal bone (left and right structure) bone (upper and lower structure). The phonetic notation is: ㄋㄝㄡㄨˇ. Pinyin is the incarnation of niè g.
What is the specific explanation of temporal bone? We will introduce you through the following aspects:
I. Text Description Click here to view the details of the plan.
Nig incarnation of temporal bone. (1) Composite bone on the side of human skull, its four main parts are scale, rock, drum and mastoid.
Second, the citation interpretation
The temporal skull. It is located below the parietal bone and is flat.
Third, the network interpretation
Temporal bone The temporal bone is one of the paired skulls. The skull belongs to the skull, * * * two pieces, one left and one right. Located on both sides of the skull, it extends to the skull base and participates in the formation of the skull base and the lateral part of the skull cavity, with irregular shape. It is divided into three parts: temporal scale, tympanic part and petrous part centered on the external ear door. The petrous part can be divided into petrous part, mastoid part and styloid process, so the temporal bone can be composed of scale part, drum part, petrous part, mastoid part and styloid process. The temporal bone is embedded between the sphenoid bone, parietal bone and occipital bone, and participates in the formation of the middle cranial fossa and the posterior cranial fossa, which is closely related to many important nerve vessels in the brain and skull.
Idioms about temporal bone
At the critical moment, the hard bones are broken, the bones are broken, the bones are scattered, the bones are dead, the bones are not cold, the bones are ossified, and the bones are ringing.
Vocabulary about temporal bone
The bones are shattered and the ashes are raised. Bone separation, bone ossification The bones are not cold, but they are broken.
Sentence-making about temporal bone
Objective: To optimize scanning parameters of temporal bone, improve image quality, shorten scanning time and reduce radiation exposure of patients.
2. Compared with the image, the specimen was sliced and the structures such as incus fossa, chorda tympani protuberance, styloid process protuberance, facial nerve recess, tympanic sinus, promontory bridge and supraauricular spine were observed.
3. Objective To provide anatomical basis for petrosal grinding of temporal bone through the anterior sigmoid sinus approach.
4. The facial nerve and accessory nerve can be anastomosed after temporal bone resection, which can keep facial muscle symmetry roughly, and the movement of facial muscles can be maintained by moving shoulders, which can effectively prevent the muscle atrophy of the affected side.
5. Objective To investigate the clinical manifestations, diagnosis, differential diagnosis and treatment of giant cell tumor of temporal bone.
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