Objective: To research into the treatment of odontohyperesthesia with precipitation of apatite.

研究磷灰石析出法治质过敏。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、无锌离子的氟磷灰石进行结构和性能比较。

Method Conjunctival sac blepharoplasty by skin transplanting and blepharorrhaphy were performed in the same period of HA orbital implantation.

方法羟基磷灰石义眼台植入同行中厚皮片游离移植结膜囊成形术联合睑缘粘连性缝合术。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成的第一步，羧基磷灰石被沉积在原胶原蛋白分子末的成核部位。

Objective: To research into the treatment of odontohyperesthesia with precipitation of apatite.

研究磷灰石析出法治疗牙本质过敏。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复解反应制备了氟磷灰石,对有、无锌离子的氟磷灰石进行结构和能比较。

Method Conjunctival sac blepharoplasty by skin transplanting and blepharorrhaphy were performed in the same period of HA orbital implantation.

方法羟基磷灰石义眼台植入同行中厚皮片游离移植结膜囊成形术联合睑缘粘连缝合术。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成的第一步，羧基磷灰石被沉积在原胶原蛋白子末羰之间的成核部位。

Objective: To research into the treatment of odontohyperesthesia with precipitation of apatite.

研究磷灰析出法治疗牙本质过敏。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰,有、无锌离子的氟磷灰进行结构和性能比较。

Method Conjunctival sac blepharoplasty by skin transplanting and blepharorrhaphy were performed in the same period of HA orbital implantation.

方法羟基磷灰义眼台植入同行中厚皮片游离移植结膜囊成形术联合睑缘粘连性缝合术。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成的第，基磷灰被沉积在原胶原蛋白分子末羰之间的成核部位。

Objective: To research into the treatment of odontohyperesthesia with precipitation of apatite.

研究磷灰石析出法治疗牙本质过敏。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、离子氟磷灰石进行结构和性能比较。

Method Conjunctival sac blepharoplasty by skin transplanting and blepharorrhaphy were performed in the same period of HA orbital implantation.

方法羟基磷灰石义眼台植入同行中厚皮片游离移植结膜囊成形术联合睑缘粘连性缝合术。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间成核部位。

Objective: To research into the treatment of odontohyperesthesia with precipitation of apatite.

研究磷灰石析出法治疗牙本质过敏。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、无锌离子的氟磷灰石进行结构和性能比较。

Method Conjunctival sac blepharoplasty by skin transplanting and blepharorrhaphy were performed in the same period of HA orbital implantation.

方法羟基磷灰石义眼台植入同行中厚皮片游离移植结膜囊成形术合睑缘粘连性缝合术。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成的第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间的成核部位。

Objective: To research into the treatment of odontohyperesthesia with precipitation of apatite.

研究磷灰石析出法治疗牙本质过敏。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、无锌离子的氟磷灰石进结构和性能比较。

Method Conjunctival sac blepharoplasty by skin transplanting and blepharorrhaphy were performed in the same period of HA orbital implantation.

方法羟基磷灰石义眼台植厚皮片游离移植结膜囊成形术联合睑缘粘连性缝合术。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成的第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间的成核部位。

Objective: To research into the treatment of odontohyperesthesia with precipitation of apatite.

研究磷灰石析出法治疗牙本质过敏。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、子氟磷灰石进行结构和性能比较。

Method Conjunctival sac blepharoplasty by skin transplanting and blepharorrhaphy were performed in the same period of HA orbital implantation.

方法羟基磷灰石义眼台植入同行中厚皮片游移植结膜囊形术联合睑缘粘连性缝合术。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间核部位。

Objective: To research into the treatment of odontohyperesthesia with precipitation of apatite.

研究磷灰石析出法治疗牙本质过敏。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、无锌离子的氟磷灰石进结构和性能比较。

Method Conjunctival sac blepharoplasty by skin transplanting and blepharorrhaphy were performed in the same period of HA orbital implantation.

方法羟基磷灰石义眼台皮片游离移结膜囊成形术联合睑缘粘连性缝合术。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成的第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间的成核部位。

Objective: To research into the treatment of odontohyperesthesia with precipitation of apatite.

研究磷灰石析出法治疗牙本质过敏。

Fluorapatite was prepared by adopting double decomposition method, and the properties were characterized by XRD, XPS and antibiotic testing.

采用复分解反应制备了氟磷灰石,对有、无锌离子的氟磷灰石进行结构和性能比较。

Method Conjunctival sac blepharoplasty by skin transplanting and blepharorrhaphy were performed in the same period of HA orbital implantation.

方法羟基磷灰石义眼台植入同行中厚皮片游离移植结膜囊成形术联合睑缘粘连性缝合术。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成的第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间的成核部位。