广州伟伯科技有限公司
您的位置:首页 > 产品中心 > MicroTissues® 3D Petri Dish® micro-mold toroids
产品搜索:

MicroTissues® 3D Petri Dish® micro-mold toroids

产品编号:3114006
规格:makes toroid-shaped microtissues, fits 12 well plates, 6 x 6 array
包装规格:6 EA
产品类别:仪器耗材
优惠价:立即咨询
产品价格
产品编号包装单位单价(元)国内现货国外库存询价单
31140066 EA9040

MicroTissues® 3D Petri Dish® micro-mold toroids

3D Cell Culture

3D

3D 细胞培养

基本信息
NACRES
NB.14
General description【一般描述】
Six autoclavable precision micro-molds to cast 3D Petri Dish for forming toroid shaped microtissues. 3D Petri Dish for use in 12-well plate. Each micro-mold forms 36 toroid shaped recesses in a 6 x 6 array.

  • Nominal dimensions of each toroid shaped 3D culture recess: O.D. 1400 μm x I.D. 600 μm
  • Trough W 400 μm x D 800 μm
  • Micro-molds also form single chamber for cell seeding

When the gelled agarose is removed from the micro-mold, it is transferred to a standard 12 well or 24 well tissue culture dish and equilibrated with cell culture medium. Since the agarose is transparent, the spheroids or microtissues that form at the bottom of each agarose micro-well can be easily viewed using a standard inverted microscope using phase contrast, bright field or fluorescence microscopy.

  • The micro-molds are reusable up to 12 times and can be sterilized via a standard steam autoclave (30 min, dry cycle)
  • The micro-molds should be stored in a covered container to maintain sterility and to avoid collecting dust or fibres on their small features
  • Any microscope with sufficient magnification and resolution functions for cell based views or images will be suitable for use with the 3D Petri Dish products
Legal Information【法律信息】
3D Petri Dish is a registered trademark of MicroTissues Inc.
MicroTissues is a registered trademark of MicroTissues Inc.
产品性质
material【物料】
spherical
sterility【无菌性】
sterile; autoclaved
feature【特点】
lid: no
6 x 6 array
packaging【包装】
pack of 6 ea
manufacturer/tradename
MicroTissues Inc. 12-36TO
广州伟伯科技有限公司 版权所有 CopyRight ©2006-2024, All Rights Reserved
工信部备案号:粤ICP备08114744号   Page Run Time: 0.1936