“MSC”造句，怎麼用MSC造句

Bilogical Characters and Hematopoietic Support of Bone Marrow Derived Mesenchymal Stem Cell (MSC);

fci （介面編碼資訊）表支援 MSC 間的越區切換。

This formula can integrate MSC and HFM with the optical model and can give self-consistent and uniform description for nuclear reaction.

MSC can produce a variety of cytokines that promote the homing or proliferation and differentiation of hematopoietic cells, and accordingly play important roles in promoting hematopoietic recovery.

結果流式細胞術*，MSC具有間充質細胞的特徵。原代及傳代培養顯示，胎兒骨髓MSC具有活躍增殖的能力。

這一公式將MSC和HFM與光學模型相聯絡，對核反應給出自洽和一致的描述。

MSC能產生許多促進造血細胞歸巢或增殖和分化的細胞因子，因此在促進造血恢復中發揮重要的作用。

這些生物刺激訊號可影響植入支架內的間充質幹細胞(msc)或骨髓基質細胞(BMSC)，從而形成面部重建所需的組織。

The fci (Face Code Information) form supports inter-MSC handoffs.

Remove 按鈕用來從 MSC 斷開所有附加的基站。

The Remove button is used to disconnect all attached base station sites from the MSC.

These biologic cues should influence scaffold implanted mesenchymal stem cells (MSC) or bone marrow stromal cells (BMSC) to form the necessary tissue for site specific facial reconstruction.

而在混合淋巴細胞培養體系中，MSC能夠明顯抑制其中的CDT細胞亞群和Th胞，輕度提高Th胞比率。

結合MSC2000中新增的時間概念，提出了時間事件與時限歸併，用於分析包含時間概念的MSC系統程序軌跡。

Results Flow cytometry analysis showed that fetal bone marrow derived MSC exhibited the characteristics of mesenchymal cells, MSC had an active proliferative ability in primary and passage cultures.

控制 MSC/DCS 的 ESID 識別該 fci 表中的邊界小區。

D assembly FE modeling and dynamic elastoplastic analysis are carried out for the obturator structure of a floating gun breech mechanism by using nonlinear finite element code MSC MARC.

The ESID for the controlling MSC/DCS identifies the border cells on the fci form.

本文主要介紹核心相容MSC片機結構特點，其高*能ADC、片記憶體儲器等功能及該晶片在壓力測量中的應用。

Static strength of the frame side rail was examined by numerical simulation using the FEA code MSC-NASTRAN with results verified by the test.