产品名称
Whatman® UNIFILTER® plates 384, size 384 wells, Dye removal plate, well maximum volume 100 μL, GF/C, clear polystyrene, filter bottom with long drip director
material
conical bottom natural wells, natural polypropylene , polystyrene membrane
feature
GF/C, clear polystyrene, filter bottom with long drip director
packaging
pkg of 50 ea
manufacturer/tradename
Whatman 7700-1101, Whatman Article No. 28420789 (US reference)
size
384 wells
well maximum volume
100 μL
well working volume
100 μL
pore size
0.45 μm
binding type
non-treated surface
General description
Cytiva′s Whatman UNIFILTER 384 well microplates with filter bottom wells are used in DNA template clean-up, cell capture, removing unwanted debris from sample and reagents, and removing dye blobs in biological samples.
Polystyrene microplate for clean-up and cell capture
A high-throughput microplate can facilitate cell capture or dye removal and other sample clean-up processes requiring high recovery. Whatman UNIFILTER microplates are a good choice because of their long drip director and their ability to support gel filtration media.
Polystyrene microplate for clean-up and cell capture
A high-throughput microplate can facilitate cell capture or dye removal and other sample clean-up processes requiring high recovery. Whatman UNIFILTER microplates are a good choice because of their long drip director and their ability to support gel filtration media.
Features and Benefits
- Usable with gel filtration media, allowing high-throughput removal of dye blobs
- Long drip director prevents well-to-well cross contamination
- Rigid, clear polystyrene microplate can withstand centrifugation
- Membrane media option of DNA binding polymer or glass microfiber
Other Notes
Field of Use : For internal research use only. Products are not intended for diagnostic use or resale.
Legal Information
UNIFILTER is a registered trademark of Cytiva
Whatman is a registered trademark of Cytiva
Still not finding the right product?
Explore all of our products under Whatman® UNIFILTER® plates 384