Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1CT示左额顶脑内血肿,有占位效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本固定架能够在气管内插管全麻俯卧位手术地固定。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

心脏彩色超声心动图示Ⅱ孔间型房间隔缺损,CT显示右额顶区脑软灶。

Australopithecus had an apish cranium.

南方古猿有像无尾猿的。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘要眼窝脑膜膨出是种罕见的先天性异常，其成因或眼窝骨的缺损使得脑脑从缺损处呈囊状的膨出。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子伴侣、以及、颈椎、胫骨、腕骨的三维重建分析测量与分割。

Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1头颅CT左额顶脑内血肿,有占位效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本头颅固定架能够在气管内插管全麻俯卧位手术中良好地固定头颅。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

心脏彩色超声心Ⅱ孔中间型房间隔缺损,头颅CT显右额顶区脑软灶。

Australopithecus had an apish cranium.

南方古猿有像无尾猿的头颅。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘要眼窝脑膜种罕见的先天性异常，其成因为头颅或眼窝骨的缺损使得脑脑从缺损处呈囊状的。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子伴侣、以及头颅、颈椎、胫骨、腕骨的三维重建分析测量与分割。

Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1头颅CT示左额顶脑内血肿,有占位效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本头颅固定架能够在气管内插管全麻俯卧位手术中良好地固定头颅。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

心脏彩色超声心动图示Ⅱ孔中隔缺损,头颅CT显示右额顶区脑软灶。

Australopithecus had an apish cranium.

南方古猿有像无尾猿的头颅。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘脑膜膨出是种罕见的先天性异常，其成因为头颅或骨的缺损使得脑脑从缺损处呈囊状的膨出。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子伴侣、以及头颅、颈椎、胫骨、腕骨的三维重建分析测量与分割。

Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1头颅CT示左额顶内血肿,有占位效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本头颅固定架能够在气管内插管全麻俯卧位手术中良好地固定头颅。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

心脏彩色超声心动图示Ⅱ孔中间型房间隔缺损,头颅CT显示右额顶软。

Australopithecus had an apish cranium.

古猿有像无尾猿的头颅。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘要眼窝膜膨出是种罕见的先天性异常，其成因为头颅或眼窝骨的缺损使得从缺损处呈囊状的膨出。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子伴侣、以及头颅、颈椎、胫骨、腕骨的三维重建分析测量与分割。

Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1头颅CT示左脑内血肿,有占位效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本头颅固定架能够在气管内插管全麻俯卧位手术中良好地固定头颅。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

心脏彩色超声心动图示Ⅱ孔中间型房间隔缺损,头颅CT显示右脑软灶。

Australopithecus had an apish cranium.

南有像无尾的头颅。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘要眼窝脑膜膨出是种罕见的先天性异常，其成因为头颅或眼窝骨的缺损使得脑脑从缺损处呈囊状的膨出。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子伴侣、以及头颅、颈椎、胫骨、腕骨的三维重建分析测量与分割。

Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1头颅CT示左额顶脑内血肿,有占位效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本头颅固定架能够在气管内插管全麻俯卧位手术中良好地固定头颅。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

心脏彩色超声心动图示Ⅱ孔中间型房间隔缺损,头颅CT显示右额顶区脑软灶。

Australopithecus had an apish cranium.

南方古猿有像无尾猿的头颅。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘要眼窝脑膜膨出是种罕见的先天性异常，其成因为头颅或眼窝的缺损使得脑脑从缺损处呈囊状的膨出。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子伴侣、以及头颅、颈椎、、的三维重建分析测量与分割。

Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1头颅CT示脑内血肿,有占位效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本头颅固定架能够在气管内插管全麻俯卧位手术中良好地固定头颅。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

心脏彩色超声心动图示Ⅱ孔中间型房间隔缺损,头颅CT显示右区脑软灶。

Australopithecus had an apish cranium.

南方古猿有像无尾猿的头颅。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘要眼窝脑膜膨出是种罕见的先天性异常，其成因为头颅或眼窝骨的缺损使得脑脑从缺损处呈囊状的膨出。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子、及头颅、颈椎、胫骨、腕骨的三维重建分析测量与分割。

Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1头颅CT示左额顶脑内血肿,有占效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本头颅固定架能够在气管内插管全麻俯手术中良好地固定头颅。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

心脏彩色超声心动图示Ⅱ孔中间型房间隔缺损,头颅CT显示右额顶区脑软灶。

Australopithecus had an apish cranium.

南方古猿有像无尾猿的头颅。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘要脑膜膨出是种罕见的先天性异常，其成因为头颅或的缺损使得脑脑从缺损处呈囊状的膨出。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子伴侣、以及头颅、颈椎、胫、腕的三维重建分析测量与分割。

Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1头颅CT示左额顶脑内血肿,有占位效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本头颅固定架能够在气管内插管全麻俯卧位手术中良好地固定头颅。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

脏彩色动图示Ⅱ孔中间型房间隔缺损,头颅CT显示右额顶区脑软灶。

Australopithecus had an apish cranium.

南方古猿有像无尾猿的头颅。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘要眼窝脑膜膨出是的先天性异常，其成因为头颅或眼窝骨的缺损使得脑脑从缺损处呈囊状的膨出。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子伴侣、以及头颅、颈椎、胫骨、腕骨的三维重建分析测量与分割。

Fig1. CT of the head showing left frontoparietal hematoma with mass effect.

1头颅CT左顶脑内血肿,有占位效应.

The cephalostat can hold the patients s kull properly during tracheal intubation using general anesthesia in prone position.

本头颅固定架能够在气管内插管全麻俯卧位手术中良好地固定头颅。

An encephalomalacia was found by skull CT scan and it was caused by birth trauma.

心脏彩色超声心动图Ⅱ孔中间型房间隔缺损,头颅CT显顶区脑软灶。

Australopithecus had an apish cranium.

南方古有无尾的头颅。

Orbital meningocele is a rare congenital anomaly with cystic herniation of meninges caused by a bony defect of the cranio-orbital bone.

摘要眼窝脑膜膨出是种罕见的先天性异常，其成因为头颅或眼窝骨的缺损使得脑脑从缺损处呈囊状的膨出。

As a result, this paper presents the 3D reconstruction segmentation display, and analysis results of pollen spore, chaperonin, head, cervical vertabra, tibia and carpale.

实现了花粉孢子、分子伴侣、以及头颅、颈椎、胫骨、腕骨的三维重建分析测量与分割。