Cochineal insects have a long utilization history as a natural insect pigment resource.

This subject use cochineal as raw material, red pigment composition of extraction and purification systems-depth study.

本论文较系统研究了以胭脂虫为原料制备胭脂虫红色素的工艺过程.

The colors include satin , matt & cochineal colors.

粉调分为光影色 、 影色 和 胭脂色.

Objective: To modify the technique of surface preparation of cochlea and staining for hair cell examination.

目的: 探讨一种观察耳蜗听毛细胞病理改变的耳蜗铺片与酶组织化学检查技术.

If you have ever seen a snail shell, you know how a cochlea looks.

如果你看到过蜗牛的壳, 你就知道耳蜗的形象了.

By colloidal lanthanum tracing and transmisson electron microscopy technique, alteration of cochlea was observed.

三天后利用胶体镧示踪及透射电镜技术观察豚鼠耳蜗胶体镧渗入情况及形态学改变.

Technique of mice Cochlea Corti's organ external cultivation is a better way to study ototoxicity drugs.

小鼠耳蜗螺旋器离体培养技术是一种较好的研究耳毒性药物的方法.

Objective To investigate the cochlea toxicity radix panacis quinquefolii by animal experiment.

目的通过动物实验了解高丽参是否有耳毒性作用.

The nerve cells of the cochlea then die and permanent deafness results.

耳蜗神经元细胞就会死,导致耳聋.

Conclusion Radix panacis quinquefolii isn't evidence cochlea toxicity for guinea pig.

结论高丽参对豚鼠无明显的耳毒性作用.

Objective To explore the regeneration of hair cell nerve connection in bird cochlea following kanamycin ototoxicity.

目的探讨卡那霉素耳中毒后鸡基底乳头毛细胞神经连接(nerveconnection)再生及其与听功能恢复的关系.

Method: One case was treated by supra labyrinth approach . 8 cases did by labyrinth cochlea approach.

方法: 经迷路前上径路手术治疗1例,经迷路耳蜗径路手术治疗8例.

The central, conical, bony core of the cochlea.

蜗轴耳蜗中央的圆锥形''.'骨质'. ''柱轴.

In the present study, gradients of gentamicin along the cochlea were measured.

在目前的研究之中, 可以测量庆大霉素沿着耳蜗的浓度梯度分布.

Sound preconditioning may exert protective effect on hearing by decreasing MDA level in the cochlea.

声预处理可能是通过降低MDA含量而发挥听力保护作用.

ObjectiveTo explore audition and speech training methods for artificial cochlea implantation children and evaluate its effect.

目的探索人工耳蜗植入术后听力、言康复训练方法.

Then whether injuried hair cells of cochlea have the ability to repair needs to study.

那么,哺乳类动物耳蜗毛细胞破坏后是否具有再生能力呢?

We hear when the cochlea, in the inner ear, stimulates the auditory nerve.

当内耳中的耳蜗刺激听神经时,我们便可以听见声音.

Conclusion Both bFGF and FGFR 2 may effect on cochlea and oppose to gentamycin.

结论FGFR2与bFGF共同作用于耳蜗,二者联合对庆大霉素有一定的对抗作用.

Then, whether mammalia animal cochlea hair cells possess regenerative ability after being destroyed is disputed.

那么, 哺乳类动物耳蜗毛细胞破坏后是否具有再生能力?

AbstractObjectiveTo explore the effect on cochlear function of pediatric obstructive sleep apnea syndrome ( OSAS ).

目的探讨儿童阻塞性睡眠呼吸暂停综合征 ( OSAS ) 对耳蜗功能的影响.