齒瘤 的英文怎麼說

Metastatic tumors to gingival from non - oral malignancies are very uncommon

摘要從非口腔部位的惡性腫瘤轉移至齒齦是非常罕見。

More than 80 species have been collected and 18 of them including six new species and 12 new geographical records have been worked out in china. they are : comesoma, comesomatidae ; pomponema, cyatholaimidae ; marylynnia, cyatholaimidae ; pterygonema, ceramoneniatidae ; metachromadora, desmodoridae ; desmoscolex, desmoscolecidae aponema, microlaimidae ; gammarinema, monhysteridae ; metadesmolaimus, xyalidae ; rhynchonema, xyalidae ; xyala, xyalidae ; viscosia, oncholaimidae we found divergence in the species composition in different habiting area ( mud flat and sand flat ). the investigation put emphasis on some area, try to know the distribution of marine nematodes for the later research of the position of marine nematodes in the benthic eecological system

這十一個屬包括：聯體線蟲科（ comesomatidae ）的聯體線蟲屬（ comesoma ） ；杯咽線蟲科（ cyatholaimidae ）的華麗線蟲屬（ pomponema ） ；杯咽線蟲科（ cyatholaimidae ）的瑪里林恩線蟲屬（ marylynnia ） ；覆瓦線蟲科（ ceramonematidae ）的翼紋體線蟲屬（ pterygonema ） ；鏈環線蟲科（ desmodoridae ）的后菱光線蟲屬（ metachromadora ） ；微咽線蟲科（ microlaimidae ）的厚甲線蟲（ aponema ） ；單宮線蟲科（ monhysteridae ）的嗜鯨線蟲屬（ gammarinema ） ；希阿利線蟲科（ xyalidae ）的后棘線蟲屬（ metadesmolaimus ） ；希阿利線蟲科（ xyalidae ）的吻腔線蟲屬（ rhynchonema ） ；希阿利線蟲科（ xyalidae ）的雙翼線蟲屬（ xyala ） ；瘤線蟲科（ oncholaimidae ）的顯齒線蟲屬（ viscosia ）此外我們報道了六個新種，並對一些已經報道過的蟲種進行重新的描述和討論。

In animal experiments, teratomas containing fully formed teeth have been reported

在動物實驗中，就曾發生畸胎瘤中含有完整牙齒的案例。

When encountered in the jaws, the lesions exhibit clinical and radiographic features suggestive of several odontogenic and non - odontogenic neoplasms

顎骨病灶的臨床及圖象特徵與許多齒源性和非齒源性腫瘤相似。

Computed tomography ( ct ) and axial magnetic resonance ( mr ) imaging demonstrated an appendiceal mass with central fluid collection, disproportionate wall thickening and prominent infiltrations in the periappendiceal fat simulating a " gearwheel "

電腦斷層及軸狀面磁振造影顯示闌尾腫瘤，由於腫瘤中心部份有液體存留，中間有不成比例之厚壁及外圍有放射狀侵潤圍繞闌尾之脂肪，構成類似?齒輪?狀。

Rather than risk creating a tumor or a tooth in a patient ' s brain or heart with direct es cell injections or struggling to produce specific functional tissues, many es cell researchers are now striving for a middle ground

與其冒險直接注射胚胎幹細胞，而讓患者的腦或心臟長出腫瘤或牙齒，或掙扎著製造具備特殊功能的組織，許多胚胎幹細胞研究者正努力開發比較中庸的做法。