Gibco羊水培养基 羊水细胞绒毛膜绒毛细胞
英文名称: Amniotic Fluid and Chorionic Villus Cells
型号:: Gibco羊水培养基
价格:请致电:010-57128832,18610462672
品牌: 美国    产品商标: gibco

 

产品详细描述 

 Gibco羊水培养基由 AmnioMAX™-C100 基础培养基 (AmnioMAX™-C100 Basal Medium和 AmnioMAX™-C100 添加剂组成。 包含抗生素和生长促进剂,无需任何其它添加剂。 还可单独提供培养基和添加剂。

 

 基础培养基可以实现羊水细胞的最大附着和生长速率,同时增加中期产量。 对绒毛膜绒毛样品和羊水样品效果非常理想。 可以用作完全培养基或用 MEM Alpha 和胎牛血清稀释。
 

 添加剂包含适量抗生素和生长添加剂,无需其它添加剂。
 

培养基的质量控制测试由技术领先的独立细胞遗传学实验室在原代羊水分离物上使用 6 天菌落分析法进行。 每批  基础培养基 )和 添加剂 都有对应的质量证书,详细描述菌落平均数、可分析菌落平均数和每 100 个细胞的有丝分裂指数。

 

订购信息

 

货号                  产品名称            大小                价格          数量

12558011         AmnioMAX™ C-100 Complete Medium    1 set     CNY 832.00     

17001082         AmnioMAX™ C-100 Basal Medium      90 mL     CNY 273.00   

17001074         AmnioMAX™ C-100 Basal Medium      450 mL   CNY 1,034.00 

12556015         AmnioMAX™ C-100 Supplement          15 mL       CNY 578.00     

12556023         AmnioMAX™ C-100 Supplement          75 mL       CNY 2,425.00

 

Product Information

AmnioMAX™ C-100 medium was developed specifically for the in vitro diagnostic testing of human amniotic fluid specimens and chorionic villus sampling.  Designed to help minimize diagnostic turnaround time, AmnioMAX™ medium maximizes colony growth while maintaining the cytogenetic analyzability of resulting colonies. 

AmnioMAX™-II Complete Medium is a second-generation formulation, further optimized for cell attachment and increased pH stability.  Supplied in a single bottle, it is complete with antibiotics and growth promoting agents, and requires no further supplementation. 

AmnioMAX™ medium supports the growth of amniocytes (Figure 1) and delivers superior plating density.  These results demonstrate that human amniocytes cultured in AmnioMAX™ medium give rise to approximately 22% to 25% more colonies and 44% to 80% more cytogenetically analyzable colonies as compared to other amniocyte media.  In addition, as shown in Figure 2, the mean mitotic index rate of cultured primary amniocytes grown in AmnioMAX™ medium was significantly greater than that achieved with Chang medium