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- Objective. To assess the effects of reloading after simulated microgravity on PG metabolism in nucleus pulposus (NP) and anulus fibrosus (AF). 目的：評測模擬微重力產(chǎn)生的繼發(fā)負荷對纖維環(huán)和髓核中的粘蛋白的變化的影響。
- Conclusion.A needle puncture may directly alter mechanical properties via nucleus pulposus depressurization and/or anulus fibrosus damage, depending on the relative needle size. 結論：針頭大小的比較得知，針頭穿刺通過(guò)髓核減壓和（或）纖維環(huán)損傷，直接改變了椎間盤(pán)力學(xué)效能。
- Results.Positive staining of collagen IX was detected in both anulus fibrosus and nucleus pulposus sections confirming its presence in the scoliosis discs. 結果：通過(guò)染色的膠原質(zhì)IX在纖維環(huán)和髓核中的發(fā)現從而確定了它在脊柱側凸病人中的存在。
- Anulus fibrosus and nucleus pulposus from a set of the scoliosis discs were used to perform immunohistochemistry to demonstrate the presence of collagen IX in the scoliosis discs. 來(lái)自一組脊柱側凸的纖維環(huán)和髓核被用來(lái)進(jìn)行免疫組織化學(xué)實(shí)驗從而證實(shí)膠原質(zhì)IX在脊柱側凸病人椎間盤(pán)中的存在。
- Methods.Cells of the nucleus pulposus and inner and outer anulus fibrosus were enzymatically isolated from boine coccygeal tissue and precultured in alginate beads for 14 days. 方法：髓核細胞和內外纖維環(huán)通過(guò)酶與牛尾骨組織隔絕并在14天前培養于藻酸鹽中。
- Degeneration of the anulus fibrosus after the replacement treatment was delayed by presering disc height and occupying the space of the nucleus pulposus. 通過(guò)維持椎間盤(pán)高度與侵占髓核空間的方式，置換處理后的纖維環(huán)退化被延遲了。
- The application of pulsed low intensity ultrasound increased proteoglycan content in alginate beads containing inner and outer anulus fibrosus cells (P <0.05). 給予低強度的脈沖超聲增加了含有內外纖維環(huán)細胞的藻酸鹽中的膠原含量(P<0.;05)。
- In all the discs, including nonpunctured control discs, protein gene product 9.5-immunoreactie fibers were only occasionally obsered in the outermost part of the anulus fibrosus. 在包括未穿刺的對造組在內的所有椎間盤(pán)中，9.;5蛋白基因產(chǎn)物的免疫反應纖維只是偶爾在環(huán)狀纖維的最外邊被觀(guān)察到。
- Angiogenesis，osteophyte and cellular infiltration were not seen in the inner or middle layers of the anulus fibrosus or in the nucleus pulposus in any section of any group. 在整個(gè)實(shí)驗過(guò)程中，各組椎間盤(pán)髓核和中、內層纖維環(huán)中均未觀(guān)察到血管增生、炎性細胞浸潤及骨贅形成。
- The application of pulsed low intensity ultrasound increased proteoglycan content in alginate beads containing inner and outer anulus fibrosus cells (P < 0.05). 給予低強度的脈沖超聲增加了含有內外纖維環(huán)細胞的藻酸鹽中的膠原含量(P<0.;05)。
- On day 20, proteoglycan synthesis was increased by the application of pulsed low intensity ultrasound in nucleus pulposus and inner and outer anulus fibrosus cells (24%-26% increase, P <0.001). 20天時(shí)，超聲刺激組在髓核和內外纖維環(huán)細胞中有蛋白多糖的合成的增加(增高24%25-26%25;P<0.;001)。
- On day 20, proteoglycan synthesis was increased by the application of pulsed low intensity ultrasound in nucleus pulposus and inner and outer anulus fibrosus cells (24%-26% increase, P < 0.001). 20天時(shí)，超聲刺激組在髓核和內外纖維環(huán)細胞中有蛋白多糖的合成的增加(增高24%25-26%25;P<0.;001)。
- Research of cell culture of anulus fibrosus in rat 椎間盤(pán)纖維環(huán)細胞的培養
- anulus fibrosus disci intervertebralis 椎間盤(pán)纖維環(huán)
- Anulus fibrosus of cervical vertebra 頸椎纖維環(huán)
- Anulus fibrosus of intervertebral disc 椎間盤(pán)纖維環(huán)
- Anulus fibrosus of mitral orifice 二尖瓣口纖維環(huán)
- Anulus fibrosus of pulmonary artery 肺動(dòng)脈纖維環(huán)
- Anulus fibrosus of thoracic vertebra 胸椎纖維環(huán)
- Anulus fibrosus of tricuspid orifice 三尖瓣口纖維環(huán)
