Nunc™ EasYFlask™ 细胞培养瓶
Invitrogen17万+抗体限时买二赠一,靶点广,灵活用!
Nunc™ EasYFlask™ 细胞培养瓶
Thermo Scientific™

Nunc™ EasYFlask™ 细胞培养瓶

使用经过 Thermo Scientific™ Nunc™ 细胞培养处理的 EasYFlask™ 培养瓶可加强细胞黏附、生长和分化。
Have Questions?
更改视图buttonViewtableView
货号培养面积盖子类型
15649975 cm2带滤芯
15636725 cm2带滤芯
159910175 cm2带滤芯
15634025 cm2固体
159934225 cm2带滤芯
15647275 cm2固体
159933225 cm2固体
159920175 cm2固体
货号 156499
价格(CNY)
879.02
飞享价
Ends: 31-Dec-2025
2,356.00
共减 1,476.98 (63%)
Case of 100
添加至购物车
培养面积:
75 cm2
盖子类型:
带滤芯
价格(CNY)
879.02
飞享价
Ends: 31-Dec-2025
2,356.00
共减 1,476.98 (63%)
Case of 100
添加至购物车

使用经过 Thermo Scientific™ Nunc™ 细胞培养处理的 EasYFlasks™ 培养瓶可加强细胞黏附、生长和分化。这些聚苯乙烯培养瓶经过获得专利的 Nunclon™ Delta 表面处理,可极大程度提高各类型细胞的附着力。符合人机工效学的瓶颈角度和大开口方便移液器或细胞刮棒触及生长表面。

正在寻找用于悬浮细胞培养的 EasYFlask 培养瓶吗?寻找未经处理的 EasYFlask 培养瓶,请点击此处

特点:
  • 符合人机工效学设计,1/3 转角可开启和关闭瓶盖
  • 小巧的设计,可极大限度增加培养空间
  • 两侧容量刻度提供模压和印刷两种
  • 侧壁稍微倾斜,显微镜下可全方位观看
  • γ 射线辐照灭菌,经认证无热原
  • 每盒均提供 Nunclon Delta 认证,包括四种不同细胞类型的测试。
  • 还提供具有过滤器盖的 EasYFlask 的 带有 ECM 涂层的选项

过滤盖:

  • 过滤膜提供了对微生物的有效屏障。
  • 精制疏水过滤膜可进行连续通气,实现一致性的气体交换,批次间无差异。
  • 化学稳定膜符合 USP VI 级标准,制造过程不含动物源性物质。

实心盖:

  • 实心盖配有 “Y” 标志,可通过通气口位置肉眼验证。
  • “Y” 标志中任一指向上方的笔画均表示密封盖位于通气口位置。
  • 当培养瓶堆放在培养箱中时,也可轻松辨别通气口位置。
质保期:90 天
对内部研究使用限制的免责声明:关于买方仅可将产品用于内部研究的任何限制事项并不适用于与此声明相关的网页上的产品。
规格
认证/合规经过单层细胞形成、克隆效率、无细胞毒性、无热原和无菌方面的 Nunclon Delta 认证。
盖子类型带滤芯
颈口样式斜角
每箱数量100
每架数量5
产品类型Flask
工作容积(公制)25 mL
可高温高压灭菌Not Autoclavable
底部形状
容量(公制)75 cm²
培养面积75 cm2
一次性Single-use
带刻度
材质Polystyrene, HDPE
口部样式Narrow
无菌窄口
表面处理Nunclon Delta
Unit SizeCase of 100

常见问题解答 (FAQ)

What is the difference between the Nunclon Delta surface and a tissue culture (TC) surface from a competitor?

Our Nunclon Delta surface for adherent cells is a standard tissue culture (TC) surface modification that makes the polystyrene surface more hydrophilic. This facilitates maximum adhesion for a broad range of cell types.

The Nunclon Delta surface is Thermo Scientific Nunclon Delta-certified, which is a Thermo Fisher proprietary certification that has a quality standard to help ensure consistency. Every lot of Thermo Scientific Nunclon Delta-certified cell cultureware is tested with Gibco media for:
- Less than 10% growth variation in L929, Hel299 and primary chick embryo cells
- Less than 15% variation colony formation of V79-4 cells

More information and all applicable products can be found in the "Product selection guide for every step of your cell culture workflow" brochure .

What is the recommended working volume of Nunc adherent cell culture products?

This depends largely on the cell line and working conditions (considerations include headspace for gas exchange, supplements used, and optimal feeding schedule, among others) but we do offer guidelines for development purposes (0.3 to 0.5 mL per cm2) . Note that these volumes are approximate and may have to be modified for best performance. T25 Flask = 7 mL, T75 Flask = 25 mL, T175 Flask = 55 mL, T225 Flask = 70 mL, 300cm2 Flask = 100 mL, 500 cm2 TripleFlask = 200 mL, 35 mm round culture dish = 3 mL, 60 mm round culture dish = 5 mL, 100 mm round culture dish = 12 mL, 150 mm round culture dish = 35 mL, 4 (rectangular) well Multidish = 5 mL, 8 (rectangular) well Multidish = 3 mL, 4 (round) well Multidish = 1 mL, 6 well Multidish = 3 mL, 12 well Multidish = 2 mL, 24 well Multidish = 1 mL, 48 well Multidish = 0.5 mL.

What is the purpose of the Y marking on your Nunc EasYFlask solid caps?

The solid, “vent/close” caps on our EasYFlask culture flasks make use of a unique thread design to allow simple selection of a complete seal or free air exchange with the incubator environment. Once the cap is attached to the flask, any of the legs of the “Y” pointed straight down will indicate that the flask is tightly closed. If the cap is then rotated so that any of the legs point straight up, a channel will open to allow for gas exchange.

What is Nunclon Delta?

Nunclon Delta refers to our performance-certified surface for culture of adherent cells, available in a variety of common formats (flasks, plates, multiwell dishes). It is tested with at least four cell lines (varies by product and manufacturing location) commonly used in research, and it should work well for most robust cell lines. It does not involve addition of coating reagent, but rather is manufactured by exposure of the molded products to a proprietary energy source, which renders the surface more hydrophilic by means of increasing the concentration of oxygen-containing (e.g. hydroxyl) molecular groups. It is by this hydrophilic property that anchorage-dependent cells are able to attach to the surface and become confluent.

Find additional tips, troubleshooting help, and resources within our Cell Culture Support Center.