Virology

Time- and cost-saving solutions thanks to: Polyether sulfone (PES) membrane filter &ldquoHigh-flow&rdquo membrane for high throughput rates and low protein binding Filtropur V50 and BT 50 with 0.1 &mum PES membrane for efficient

Corning&rsquos enhanced T-75 Flask features a U-shaped design, which improves usability while maintaining the same environment for cell growth as previous designs. The U-shaped T-75 flask includes design advances, such as rounded shoulders, which

Corning&rsquos enhanced T-75 Flask features a U-shaped design, which improves usability while maintaining the same environment for cell growth as previous designs. The U-shaped T-75 flask includes design advances, such as rounded shoulders, which

Corning&rsquos enhanced T-75 Flask features a U-shaped design, which improves usability while maintaining the same environment for cell growth as previous designs. The U-shaped T-75 flask includes design advances, such as rounded shoulders, which

Corning&rsquos enhanced T-75 Flask features a U-shaped design, which improves usability while maintaining the same environment for cell growth as previous designs. The U-shaped T-75 flask includes design advances, such as rounded shoulders, which

White plates give the highest possible signal reflection with low background fluorescence. All Evergreen white opaque plates are specially formulated to yield low cross-talk.

96-well microplates are available in flat (F), conical (V), and round (U) bottom varieties. Polypropylene microplates offer higher temperature resistance and are less reactive than polystyrene.

96-well microplates are available in flat (F), conical (V), and round (U) bottom varieties. Polypropylene microplates offer higher temperature resistance and are less reactive than polystyrene.

96-well microplates are available in flat (F), conical (V), and round (U) bottom varieties. Polypropylene microplates offer higher temperature resistance and are less reactive than polystyrene.

96-well microplates are available in flat (F), conical (V), and round (U) bottom varieties. Polypropylene microplates offer higher temperature resistance and are less reactive than polystyrene.

These 96-well plates are made of UVT (UV Transmittable) acrylic. Their optical properties allow them to be useful to 280 nm where over 50% of the light energy is transmitted.

96-well microplates are available in flat (F), conical (V), and round (U) bottom varieties. Polypropylene microplates offer higher temperature resistance and are less reactive than polystyrene.