A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出利用内耳血氧含量及血流量变化作为检测参数测量系统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目探讨内耳手术并发症“镫井喷”术前预测方法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目体外定向诱新生豚鼠海马神经干细胞分化为内耳毛细胞。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副盲鳗为材料, 检视存在于其内耳耳石是否可能成为为盲鳗定龄。

A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出了一种利用内耳血氧含量及血流量变化作为检参数的量系统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目的探讨内耳手术并发症“镫井喷”的术前法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目的体外定向诱新生豚鼠海马神经分化为内耳毛。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副盲鳗为材料, 检视存在于其内耳的耳石是否可能成为为盲鳗定龄的依据。

A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出了一种利用内含量及流量变化作检测参数的测量系统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目的探讨内手术并发症“镫井喷”的术前预测方法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目的体外定向诱新生豚鼠海马神经干细胞分化内毛细胞。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副鳗材料, 检视存在于其内的石是否可能成鳗定龄的依据。

A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出了一种利用内耳血氧含及血流变化作为参数的统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目的探讨内耳手术并发症“镫井喷”的术前预方法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目的体外定向诱新生豚鼠海马神经干细胞分化为内耳毛细胞。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副盲鳗为, 视存在于其内耳的耳石是否可能成为为盲鳗定龄的依据。

A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出了一种利用血氧含量及血流量变化作检测参数测量系统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目探讨手术并发症“镫”术前预测方法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目体外定向诱新生豚鼠海马神经干细胞分化毛细胞。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副盲鳗材料, 检视存在于其石是否可能成盲鳗定龄依据。

A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出了一种利用内耳血氧含量及血流量变化作为检测参数的测量系统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目的探讨内耳手术并发症“镫井喷”的术前预测方法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目的体诱新海马神经干细胞分化为内耳毛细胞。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副盲鳗为材料, 检视存在于其内耳的耳石是否可能成为为盲鳗龄的依据。

A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出了一种利用耳血氧含量及血流量变作检测参数测量系统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目探讨耳手并发症“镫井”前预测方法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目体外定向诱新生豚鼠海马神经干细胞分耳毛细胞。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副盲鳗材料, 检视存在于其耳耳石是否可能成盲鳗定龄依据。

A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出了一种利用内血氧含及血流作为检测参数测系统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目探讨内手术并发症“镫井喷”术前预测方法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目体外定向诱新生豚鼠海马神经干细胞分为内毛细胞。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副盲鳗为材料, 检视存在于其内是否可能成为为盲鳗定龄依据。

A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出了一种利用内耳血氧含量及血流量变化作为检测参数的测量系统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目的探讨内耳手术并发症“镫井喷”的术前预测方法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目的体外定向诱新生豚鼠海马神经干细胞化为内耳毛细胞。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副盲鳗为材料, 检视存在于其内耳的耳石是否可能成为为盲鳗定龄的依据。

A detecting system for the transformations of oxyhemoglobin(HbO2) and blood flow of inner ear was presented for the research of motion sickness.

提出了一种利用内耳血氧含量及血流量变作检测参数测量系统。

Objective To explore a procedure useful to predict preoperatively the complication of stapedial gusher potentially occurring during the operation on or involving in the inner ear.

目探讨内耳手并发症“镫井喷”预测方法。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目体外定向诱新生豚鼠海马神经干细胞内耳毛细胞。

In the present work, we examined the statoconia in the inner ear of the hagfish Paramyxine nelsoni intense to explore it auseful index in hagfish’s age determination.

本研究以纽氏副盲鳗材料, 检视存在于其内耳耳石是否可能成盲鳗定龄依据。