These items have been discontinued.

Check out ILP Round Well, V-Bottom Glass Coated MicroPlates - 96
for more options.

Glass Coated Plate, 96 Round Well V-Bottom 14.60 mm Height, 300 uL 

These items have been discontinued.

Check out ILP Deep Well Round Well, U-Bottom 43 to 45 mm Plates – 96
for more options!

These items have been discontinued.

Check out ILP Deep Well Round and Rectangle Well, U-Bottom Plates - 48
for more options.

Plate, 48 Rectangular Well U-Bottom 42.60 mm Height, 4.6 mL

TC Treated: 384-well tissue culture-treated (TC-treated) microplates with black well walls and an optically-clear cyclic olefin bottom for imaging cells in high content analysis, high content screening, and other cell-based assays

PDL Coated: 384-well poly-D-lysine coated (PDL-coated) microplates with black well walls and an optically-clear cyclic olefin bottom for high content analysis, high content screening, and other cellular assays.

Collagen-Coated: 384-well collagen-coated microplates with black well walls and an optically-clear cyclic olefin bottom for high content analysis, high content screening, and other cellular assays.

96 x 1.0 mL Round Microplate

NEST Cell Culture Inserts

• Innovative hanging design facilitates pipetting.
• Supplied in multiple well plates: 6-well, 12-well, 24well.
• PC membrane: low adsorption rate, reducing the loss of small molecular proteins and other compounds
• Transparent PET inserts permit sufficient optical transparency for visualization of cell outlines by phase contrast microscopy.
• Transparent PET membrane is easy to observe.
• The PC membrane is not easy to be torn or curled, and it is easy to operate when taking out the chamber.
• Compatible with most solvents used for fixing and dyeing.

Attention

• Attachment of cells grown on a permeable support (membrane) is sensitive to the initial seeding density, so the initial use should be inoculated with different density guarantee optimal growth;
• During the cultivation process, the liquid should be taken through the gap between the upper layer and the hole. When adding liquid, be careful and slow to avoid the damage of the membrane;
• Incubation of the permeable support in the medium prior to culturing the cells can improve cell attachment and distribution.

Guidelines

• Pre-equilibration: After added culture solution to the pores of the multi-well plate and inserted the insert, please placed it in the incubator for at least one hour or overnight.
• Fix and stain cells directly in the nest, and use a scalpel to cut the membrane for long-term storage. Before using please add culture solution to the pores of the multi-well plate, then insert the insert and add the culture solution which included cells to the insert.
• Before using please add culture solution to the pores of the multi-well plate, then insert the insert and add the culture solution which included cells to the insert.
• Pre-equilibration: After added culture solution to the pores of the multi-well plate and inserted the insert, please placed it in the incubator for at least one hour or overnight.
• Check the volume of the culture medium regularly and add fresh medium as needed.
• The cell layer can be directly fixed and stained in the nest using basic cytological methods. Note Avoid using solvents that dissolve the PC film.
• Fix and stain cells directly in the nest, and use a scalpel to cut the membrane for long-term storage.
• Before using please add culture solution to the pores of the multi-well plate, then insert the insert and add the culture solution which included cells to the insert.

Material

Multiple well plate or dish is made from PS.

Application

Permeable supports, also known as cell culture inserts, are an essential tool for the study of both anchorage-dependent and independent cell lines.

This product produces a cell culture environment that closely resembles an in vivo state. Allow polarized cells to carry out metabolic activities in a more natural manner because the cells feed both apically and basolaterally.

Application: co-culture, epithelial cell polarity, migration, invasion, transport and permeability studies.

These items have been discontinued.

Check out ILP Deep Well Round Well, U-Bottom Plates – 96 for more options.

Plate, 96 Round Well U-Bottom, 33.00 mm Height, 1.1 mL
 

These items have been discontinued.

Check out ILP Round Well, V-Bottom MicroPlates - 96
for more options.

Plate, 96 Round Well V-Bottom 14.60 mm Height, 300 uL

These items have been discontinued.

Check out ILP Round Well, U-Bottom MicroPlates - 96
for more options.

Plate, 96 Round Well U-Bottom 14.40 mm Height, 500 uL

• Standard plate for the cultivation of adherent cell lines
• Hydrophilic surface with freely accessible carboxyl and hydroxyl groups
• Serum components are easily bound, allowing cells to directly attche and spread out quickly with a better rate of yield
• Transparent bottom and low-volume versions available
• DNase/RNase, pyrogen-free
• Sterile
  
  At a glance: BRANDplates® for cell culture:

CellGrade™ for the cultivation of adherent cell lines

• Standard plate for the cultivation of adherent cell lines.
• PS-surface with different chemical groups, such as carboxyl and hydroxyl groups, that are freely accessible.
• Surface is hydrophilic compared with non-treated PS.
• Serum components are easily bound onto the freely accessible chemical groups, allowing an indirect adhesion of cells.
• Clearly distinguishable through the color code: orange, embossed alphanumeric coding for 96-well standard plates.
• Free from endotoxins, DNase, DNA, RNase, non-cytotoxic.
• PS, sterile, with lids.
• BIO-CERT^® CELL CULTURE QUALITY: Free of human DNA, RNase, DNase, Pyrogens and non-cytotoxic

Specifications:

• Poly-D-Lysine equivalent surface, with analogous results regarding growth performance and cell morphology
• Optimal adhesion of cells to the surface reduces cell damage when washing frequently
• Cultivation of cell lines with the highest demands on their environment
• Surface suited for serum-free and serum-reduced cell cultivation
• Alternative option to biologically coated surfaces
• Longer shelf life at room temp than biologically coated surfaces
• DNase/RNase, pyrogen-free
• Sterile

At a glance: BRANDplates® for cell culture:

All BRANDplates cell culture plates are sterilized by Ã-radiation to ISO 11137 and AAMI guidelines for a SAL of 10-6, meeting the requirements of Ph. Eur. and the USP 29. Plates are DNA-, DNase-, RNase-free, as well as meeting cytotoxic substance levels per DIN EN ISO 10993. Endotoxins are <0.01 EU/mL. All sterile plates are individually wrapped.