FLASK TISSUE CULTURE 250ML VENT CAP, Case of 100

Details

Here is the corrected text: VWR® Cell culture flasks are vacuum gas plasma treated for consistent cell attachment and growth. The angled-neck design of these flasks allows access to the entire growth surface with either pipets or cell scrapers. Flasks have volume graduations on both sides, and a writing surface to facilitate sample identification. Made of crystal clear virgin polystyrene, these flasks feature a tilted bottleneck that facilitates easy access of pipets and cell scrapers. Lot numbers are printed on the bottom of each flask and package bag for quality traceability. Sterile and certified non-pyrogenic, they offer volume graduations on both sides with special writing areas and a choice of vented or plug seal caps. Vented caps incorporate a 0.22 µm hydrophobic filter to allow gas exchange and minimize the risk of contamination. Plug seal caps can be used in closed systems (providing a liquid and gas-tight seal) or used in an open system (simply unscrew the cap one quarter of a turn). Packaging allows flasks to remain upright, lowering the risk of contamination. Increased cell attachment surface: This highly hydrophilic surface offers a significant advantage over traditional cell culture surfaces. The surface treatment can improve cell spreading and attachment, making it suitable for cells that may adhere poorly due to cell phenotype, stressful culture conditions, or those which normally require additional biological coatings for attachment. TC-treated: These dishes are vacuum-gas plasma or corona treated for consistent cell attachment and growth. Non-treated: Non-treated cell and tissue culture dishes are ideal for applications where cell attachment is not desired. Manufactured in a 100,000-grade cleanroom environment, these flasks come packaged in resealable self-standing bags. They have various capacities (25 ml, 50 ml, 600 ml, 850 ml) and are environmentally preferable with low manufacturing impact, certified by ISO 14001 (Certificate No.: 04923E00243R0M).