Here, we explored the potential of utilizing MSCs to reconstruct orofacial tissue, thereby altering the orofacial appearance.

我们利用MSC潜能组颜面组织，从而改变颜面。

But the compatibility between nano-meter particles and PVC is not very good in nano-meter scale.Therefore the toughening modification mechanism is studied more thoro...

但目前纳米粒子与PVC之间在纳米尺度上相容性较差,因此加强理论研究上深度,使这一新材料真正发挥其潜能,是要任。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

干细胞具有多向分化潜能,可横向分化为心肌细胞,现已开展干细胞移植再生心肌治疗研究。

The Wa FM supporters are a mixed group more akin to community groups (just like the residents opposing a highway in Sri Petaling), unestablished and of unknown potentials and capability.

FM”支持者是类似社群群体（就如反对在大城堡高速公路居民）、未经建制，其潜能与能力也是未知。

Here, we explored the potential of utilizing MSCs to reconstruct orofacial tissue, thereby altering the orofacial appearance.

我们利用MSC潜能重组颜面组织，从而改变颜面。

But the compatibility between nano-meter particles and PVC is not very good in nano-meter scale.Therefore the toughening modification mechanism is studied more thoro...

但目前纳米粒子与PVC之间在纳米尺度上相容性较差,强理论研究上深度,使这一新材料真正发挥其潜能,是今后重要任务。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

髓干细胞具有多向分化潜能,可横向分化为心肌细胞,现已髓干细胞移植再生心肌治疗研究。

The Wa FM supporters are a mixed group more akin to community groups (just like the residents opposing a highway in Sri Petaling), unestablished and of unknown potentials and capability.

FM”支持者是类似社群群体（就如反对在大城堡高速公路居民）、未经建制，其潜能与能力也是未知。

Here, we explored the potential of utilizing MSCs to reconstruct orofacial tissue, thereby altering the orofacial appearance.

我们利用MSC潜能重组颜面组织，从而改变颜面。

But the compatibility between nano-meter particles and PVC is not very good in nano-meter scale.Therefore the toughening modification mechanism is studied more thoro...

但目前纳米粒子与PVC之间在纳米尺度相容性较差,因此加强理论研深度,使这一新材料真正发挥其潜能,是今后重要任务。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

骨髓干细胞具有多向分化潜能,可横向分化细胞,现已开展骨髓干细胞移植再生治疗研。

The Wa FM supporters are a mixed group more akin to community groups (just like the residents opposing a highway in Sri Petaling), unestablished and of unknown potentials and capability.

FM”支持者是类似社群群体（就如反对在大城堡高速公路居民）、未经建制，其潜能与能力也是未知。

Here, we explored the potential of utilizing MSCs to reconstruct orofacial tissue, thereby altering the orofacial appearance.

我们利用MSC潜能重组颜面组织，从而改变颜面。

But the compatibility between nano-meter particles and PVC is not very good in nano-meter scale.Therefore the toughening modification mechanism is studied more thoro...

但目前纳米粒子与PVC之间在纳米尺度相容性较差,因此加强理论深度,使这一新材料真正发挥其潜能,是今后重要任务。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

骨髓干胞具有多向分化潜能,可横向分化为胞,现已开展骨髓干胞移植再生治疗。

The Wa FM supporters are a mixed group more akin to community groups (just like the residents opposing a highway in Sri Petaling), unestablished and of unknown potentials and capability.

FM”支持者是类似社群群体（就如反对在大城堡高速公路居民）、未经建制，其潜能与能力也是未知。

Here, we explored the potential of utilizing MSCs to reconstruct orofacial tissue, thereby altering the orofacial appearance.

我们利用MSC潜能重组颜面组织，从而改变颜面。

But the compatibility between nano-meter particles and PVC is not very good in nano-meter scale.Therefore the toughening modification mechanism is studied more thoro...

但目前纳米粒子与PVC之间在纳米尺度上性较差,因此加强理论研究上深度,使这一新材料真正发挥其潜能,是今后重要任务。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

骨髓干细具有多向分化潜能,可横向分化为心肌细,现已开展骨髓干细再生心肌治疗研究。

The Wa FM supporters are a mixed group more akin to community groups (just like the residents opposing a highway in Sri Petaling), unestablished and of unknown potentials and capability.

FM”支持者是类似社群群体（就如反对在大城堡高速公路居民）、未经建制，其潜能与能力也是未知。

Here, we explored the potential of utilizing MSCs to reconstruct orofacial tissue, thereby altering the orofacial appearance.

我们利用MSC能重组颜面组织，从而改变颜面。

But the compatibility between nano-meter particles and PVC is not very good in nano-meter scale.Therefore the toughening modification mechanism is studied more thoro...

但目前纳米粒子与PVC之间在纳米尺度上相容性较差,因此加强理论研究上深度,使这一新正发挥其能,是今后重要任务。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

骨髓干细胞具有多向能,可横向为心肌细胞,现已开展骨髓干细胞移植再生心肌治疗研究。

The Wa FM supporters are a mixed group more akin to community groups (just like the residents opposing a highway in Sri Petaling), unestablished and of unknown potentials and capability.

FM”支持者是类似社群群体（就如反对在大城堡高速公路居民）、未经建制，其能与能力也是未知。

Here, we explored the potential of utilizing MSCs to reconstruct orofacial tissue, thereby altering the orofacial appearance.

我们利用MSC潜能重组颜面组织，从而改变颜面。

But the compatibility between nano-meter particles and PVC is not very good in nano-meter scale.Therefore the toughening modification mechanism is studied more thoro...

但目前纳米粒子与PVC之间在纳米尺度上相容性较差,因此加强理论研究上深度,使这一新材料真正发挥其潜能,重要任务。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

细胞具有多向分化潜能,可横向分化为心肌细胞,现已开展细胞移植再生心肌治疗研究。

The Wa FM supporters are a mixed group more akin to community groups (just like the residents opposing a highway in Sri Petaling), unestablished and of unknown potentials and capability.

FM”支持者类似社群群体（就如反对在大城堡高速公路居民）、未经建制，其潜能与能力也未知。

Here, we explored the potential of utilizing MSCs to reconstruct orofacial tissue, thereby altering the orofacial appearance.

我们利用MSC潜能重组颜面组织，从而改变颜面。

But the compatibility between nano-meter particles and PVC is not very good in nano-meter scale.Therefore the toughening modification mechanism is studied more thoro...

但目前纳米粒子与PVC之间在纳米尺度上相容性较,加强理论研究上深度,使这一新材料真正发挥其潜能,是今后重要任务。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

干细胞具有多向分化潜能,可横向分化为心肌细胞,现已开干细胞移植再生心肌治疗研究。

The Wa FM supporters are a mixed group more akin to community groups (just like the residents opposing a highway in Sri Petaling), unestablished and of unknown potentials and capability.

FM”支持者是类似社群群体（就如反对在大城堡高速公路居民）、未经建制，其潜能与能力也是未知。

Here, we explored the potential of utilizing MSCs to reconstruct orofacial tissue, thereby altering the orofacial appearance.

我们利用MSC潜能重组颜面组织，从而改变颜面。

But the compatibility between nano-meter particles and PVC is not very good in nano-meter scale.Therefore the toughening modification mechanism is studied more thoro...

但目前纳米粒子与PVC之间在纳米尺上相容性较差,因此加强理论研究上深,一新材料真正发挥其潜能,是今后重要任务。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

骨髓干细胞具有多化潜能,可化为心肌细胞,现已开展骨髓干细胞移植再生心肌治疗研究。

The Wa FM supporters are a mixed group more akin to community groups (just like the residents opposing a highway in Sri Petaling), unestablished and of unknown potentials and capability.

FM”支持者是类似社群群体（就如反对在大城堡高速公路居民）、未经建制，其潜能与能力也是未知。