Otic vesicle An epithelial sac behind the fifth rhombomere forming the semicircular canals dorsally and the otolith organs ventrally.

小囊形成于半规管背石器官腹且在第五后脑特殊节状结构后的一个上皮囊。

Statolith in the cephalopod is an important source of ecological information, and mastering the morphologic features of the statolith is fundamental to fisheries biology.

摘要石是头足类生态的重要信息载体，掌握形态特征是渔业生物学研究的基础。

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.

本研究以纽氏副材料, 检视存在于内的石是否可能成定龄的依据。

Otic vesicle An epithelial sac behind the fifth rhombomere forming the semicircular canals dorsally and the otolith organs ventrally.

耳小囊形成于半规管背面与耳石器官腹面且在第五后脑特殊节状结构后面的一个上皮囊。

Statolith in the cephalopod is an important source of ecological information, and mastering the morphologic features of the statolith is fundamental to fisheries biology.

摘要耳石是头足类生态的重要信息载体，掌握形态特征是渔业生物学研究的基础。

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, 检视存在于内耳的耳石是否可能成为为盲鳗定龄的依据。

Otic vesicle An epithelial sac behind the fifth rhombomere forming the semicircular canals dorsally and the otolith organs ventrally.

耳小囊形成于半规管背面与耳石器官腹面且在第五后脑特殊节状结构后面一个上皮囊。

Statolith in the cephalopod is an important source of ecological information, and mastering the morphologic features of the statolith is fundamental to fisheries biology.

摘要耳石类生态重要信息载体，掌握形态特征渔业生物学研究。

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, 检视存在于内耳耳石否可能成为为盲鳗定龄依据。

Otic vesicle An epithelial sac behind the fifth rhombomere forming the semicircular canals dorsally and the otolith organs ventrally.

耳小形成于半规管背面与耳石器官腹面且在第五后脑特殊节状结构后面的一个上皮。

Statolith in the cephalopod is an important source of ecological information, and mastering the morphologic features of the statolith is fundamental to fisheries biology.

耳石是头足类生态的重信息载体，掌握形态特征是渔业生物学研的基础。

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.

本研氏副盲鳗为材料, 检视存在于内耳的耳石是否可能成为为盲鳗定龄的依据。

Otic vesicle An epithelial sac behind the fifth rhombomere forming the semicircular canals dorsally and the otolith organs ventrally.

小囊形成于半规管背面与石器官腹面且在第五后脑特殊节状结构后面的一个上皮囊。

Statolith in the cephalopod is an important source of ecological information, and mastering the morphologic features of the statolith is fundamental to fisheries biology.

石是头足类生态的重信息载体，掌握形态特征是渔业生物学的基础。

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.

本纽氏副盲鳗为材料, 检视存在于内的石是否可能成为为盲鳗定龄的依据。

Otic vesicle An epithelial sac behind the fifth rhombomere forming the semicircular canals dorsally and the otolith organs ventrally.

耳小囊形成于半规管背面与耳石器官腹面且在第五后脑特殊节状结构后面的一个上皮囊。

Statolith in the cephalopod is an important source of ecological information, and mastering the morphologic features of the statolith is fundamental to fisheries biology.

摘要耳石是头足类生态的重要信息载体，掌握形态特征是渔业生物学研究的基础。

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, 检视存在于内耳的耳石是否可能成为为盲鳗定龄的依据。

Otic vesicle An epithelial sac behind the fifth rhombomere forming the semicircular canals dorsally and the otolith organs ventrally.

耳成于半规管背面与耳石器官腹面且在第五后脑特殊节状结构后面的一个皮。

Statolith in the cephalopod is an important source of ecological information, and mastering the morphologic features of the statolith is fundamental to fisheries biology.

摘要耳石是头足类生态的重要信息载体，掌握态特征是渔业生物学研究的基础。

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.

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

Otic vesicle An epithelial sac behind the fifth rhombomere forming the semicircular canals dorsally and the otolith organs ventrally.

耳小形成于半规管背面与耳石器官腹面且在第五后脑特殊节状结构后面的一个。

Statolith in the cephalopod is an important source of ecological information, and mastering the morphologic features of the statolith is fundamental to fisheries biology.

摘要耳石是头足类生态的重要信息载体，掌握形态特征是渔业生物学研究的基础。

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.

本研究以盲鳗为材料, 检视存在于内耳的耳石是否可能成为为盲鳗定龄的依据。

Otic vesicle An epithelial sac behind the fifth rhombomere forming the semicircular canals dorsally and the otolith organs ventrally.

耳小囊形成管背面与耳石器官腹面且在第五后脑特殊节状结构后面一个上皮囊。

Statolith in the cephalopod is an important source of ecological information, and mastering the morphologic features of the statolith is fundamental to fisheries biology.

摘要耳石是头足类生态重要信息载体，掌握形态特征是渔业生物学研究基础。

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, 检视存在内耳耳石是否可能成为为盲鳗定龄。