离子霉素

用离子霉素联合6-DMAP能有效地激活绵羊卵母细胞，其囊胚率为30.4%，高于细胞松弛素B法的27.4%；

Matured sheep oocytes were efficiently activated by Ionomycin together with 6-DMAP and 30.6 rate of blastocyst were achieved .

佛波醇酯加离子霉素诱导脐血和成人外周血CD4~+CD25~+T细胞分泌IL-2的相关机制研究

Mechanisms underlying the induction of IL-2 secretion by PDB plus ionomycin in CD4 ~ + CD25 ~ + T cells from cord blood and adult peripheral blood

本试验认为，离子霉素联合6DMAP激活牛卵母细胞，6DMAP作用时间以4-6h为宜。

The pilot believes that ionomycin combined 6-DMAP-activated bovine oocytes , 6-DMAP time to 4-6 h appropriate .

本试验通过乙醇、离子霉素和6-DMAP不同浓度和不同激活时间的优化组合，提高孤雌激活效果和孤雌胚发育能力。

This experiment was undertaken to improve development of parthenogenetic embryos following various combined treatments of ethanol , ionomycin , and6-DMAP .

以上研究表明：离子霉素+DMAP是兔卵母细胞最有效的激活方法，注射hCG后18h的卵母细胞可取得较好的激活效果。

In conclusions , rabbit oocytes can be activated effectively by the treatment of ionomycin and DMAP , and the appropriate age of oocytes for parthenogenetic activation is at 18 h after HCG injection .

目的：以佛波醇酯加离子霉素作为刺激剂，验证CD4+CD25+调节性T细胞本身并不存在分泌IL-2障碍；同时通过对脐血和成人外周血的比较性研究，了解脐血CD4+CD25+T细胞的成熟度。

AIM : To confirm that CD4 ~ + CD25 ~ + regulatory T cells don 't have an instinctive defection in IL-2 secretion , and to have an insight into the maturation state of CD4 ~ + CD25 ~ + T cells in cord blood .

方法采用佛波酯（PMA）和离子霉素（Ionomycin）诱导KG1细胞为DLCs，采用Western免疫印迹、RT-PCR和流式细胞仪检测KG1和KG1来源的DLCs不同诱导时期DC-SIGN的表达。

Methods KG_1 was stimulated by phorbol ester ( PMA ) in combination with ionomycin . Expression of DC-SIGN was detected by western blotting , RT-PCR , and flow cytometry in KG_1 and KG_1 derived DLCs of different stimulation periods .

化学物质离子霉素、Ca-A23187和乙醇均能有效激活山羊卵母细胞。

Ionomycin , Ca-A 23187 and ethanol all can activate the goat oocytes efficiently .

用离子霉素或乙醇预激活去核卵母细胞，对重组胚的卵裂和发育无明显影响。

Preactivating donor cells and enucleated oocytes with ionomycin has no significant enhancive effect on the cleavage of constructed embryos , but it arrests the blastocyst development .

N~+离子注入阿维拉霉素产生菌诱变效应的研究

Study on mutagenic effects of avilamycin-producing strain induced by N ~ + ion implantation

氮离子注入选育阿维拉霉素高产菌株的研究

Study on Breeding of High-yield Avilamycin-producing Strains by Nitrogen Ion Implantation

氮离子注入林可霉素产生菌诱变高产菌株

Breeding of high lincomycin-producing strains by nitrogen ion-beam injection mutagensis

离子注入诱变利福霉素生产菌，首先利用利福霉素浓度梯度平板理性化筛选出高抗性菌株，再以此抗性菌株为出发菌进行离子注入诱变筛选。

Using ion implantation , the higher resistant strains were intelligently selected on the rifamycin-concentration grade plates .