Tissue Culture

48 Well Tissue Culture Plate with Lid, Individual, Sterile (100 per CS )

24 Well Tissue Culture Plate with Lid, 5/Pack, Sterile (100 per CS )

Nest BioFactory™ Systems are compact, multi-layer, single-use cell culture sy (4 per CS )

8 Chamber Cell Culture Slide, No Marking Spot, Glass, Sterile, 6/Tray with 2 Trays/Box (12 per CS )

182cm2 Tissue Culture Flask - Vent Cap, Sterile (40 per CS )

Inserts are designed to fit in multiple well plates, centered in wells, preventing membrane from touching sides and wicking between insert and side wall Membrane remains suspended above well bottom, allowing co-culture: grow one cell line inside insert, and another below in the well Ideal for drug transfer assays, transport studies, migration assays, cell-cell interaction studies, and to mimic in vivo conditions Insert features openings to allow access to lower compartment without removal from plate 24 Well Plates come with 12 inserts to prevent cross-contamination; pass over empty wells instead of in-use inserts PC membrane is best for cell attachment; PET is best for fluorescence imaging and phase contrast microscopy 0.4µm pore size is ideal for co-culture and drug transport studies 0.4µm PET inserts feature clear membranes for improved cell viewing 3.0µm and 8.0µm pore size are ideal for angiogenesis and chemotaxis experiments Carrier plate is Tissue Culture Treated which encourages cell adhesion; Non-Treated Plates sold separately (12 per CS)

Nest BioFactory™ Systems are compact, multi-layer, single-use cell culture sy (2 per CS )

Sterilized by E-beam, SAL=10-6. High clarity, 100% virgin polystyrene. “TC” refers to vacuum plasma tissue culture treatment. Clear lot number for batch traceability. Markings of well coordinates available for 12, 24, 48, 96 and 384 well plates. Non-Pyrogenic, Dnase/Rnase free. (100 per CS )

Insert Strips, cellGrade +, PC, 1.0 µm, 12 x 4-strip (1 per EA)

Sterilized by E-beam, SAL=10-6. High clarity, 100% virgin polystyrene. “TC” refers to vacuum plasma tissue culture treatment. Clear lot number for batch traceability. Markings of well coordinates available for 12, 24, 48, 96 and 384 well plates. Non-Pyrogenic, Dnase/Rnase free. (50 per CS )

PC bottle or PEFG bottle Sterilized by E-Beam Nonpyrogenic Individually wrapped in a plastic bag. Both vent caps and plug seal caps are available. Vent caps with 0.22um hydrophobic filters for gas exchange without contamination. (12 per CS )

Diamond SureGro Multiple Well Plate, 6 Well, Flat Bottom, Tissue Culture Treated, Sterile, Individually Wrapped (100 per CS)

PC bottle or PEFG bottle Sterilized by E-Beam Nonpyrogenic Individually wrapped in a plastic bag. Both vent caps and plug seal caps are available. Vent caps with 0.22um hydrophobic filters for gas exchange without contamination. (24 per CS )

Cell culture treatment process provides consistent and even hydrophilic surface for improved cell attachment Manufactured from medical grade virgin polystyrene 35, 60, 70 and 100mm dishes available with a gripping feature for improved handling Vented lids contain molded spacers to allow gas exchange, and stacking rings for increased stability (500 per CS)

Diamond SureGro Cell Culture Flask, Non-treated, 50mL, Vent Cap, Sterile, 10/Bag, 200/Case (200 per CS)

Cell and tissue culture technologies have an increasing importance in the fields of basic and applied life science. New culture vessels and new surfaces for cell adsorption are continuously emerging, in order to simulate the internal environment as much as possible for culture of some special cell lines. Logically, using permeable supports with a microporous membrane becomes the basic method for culturing these cells. Permeable supports may effectively improve the culture of polar cells, because these supports allow cells to secrete on and absorb molecules from their basal and apical surfaces to metabolize in a more natural way, as well as to stimulate the in vivo environment to the maximum extent for culturing of some special cell lines. (120 per CS )

Cell and tissue culture technologies have an increasing importance in the fields of basic and applied life science. New culture vessels and new surfaces for cell adsorption are continuously emerging, in order to simulate the internal environment as much as possible for culture of some special cell lines. Logically, using permeable supports with a microporous membrane becomes the basic method for culturing these cells. Permeable supports may effectively improve the culture of polar cells, because these supports allow cells to secrete on and absorb molecules from their basal and apical surfaces to metabolize in a more natural way, as well as to stimulate the in vivo environment to the maximum extent for culturing of some special cell lines. (60 per CS )

Cell and tissue culture technologies have an increasing importance in the fields of basic and applied life science. New culture vessels and new surfaces for cell adsorption are continuously emerging, in order to simulate the internal environment as much as possible for culture of some special cell lines. Logically, using permeable supports with a microporous membrane becomes the basic method for culturing these cells. Permeable supports may effectively improve the culture of polar cells, because these supports allow cells to secrete on and absorb molecules from their basal and apical surfaces to metabolize in a more natural way, as well as to stimulate the in vivo environment to the maximum extent for culturing of some special cell lines. (60 per CS )

Sterilized Individually Wrapped in Plastic Sterile Bag (20 per CS )

Cell and tissue culture technologies have an increasing importance in the fields of basic and applied life science. New culture vessels and new surfaces for cell adsorption are continuously emerging, in order to simulate the internal environment as much as possible for culture of some special cell lines. Logically, using permeable supports with a microporous membrane becomes the basic method for culturing these cells. Permeable supports may effectively improve the culture of polar cells, because these supports allow cells to secrete on and absorb molecules from their basal and apical surfaces to metabolize in a more natural way, as well as to stimulate the in vivo environment to the maximum extent for culturing of some special cell lines. (60 per CS )

Reduces the risks of contamination during liquid transfer. The caps and connection points are a one-piece construction, reducing the risks of leakage and media residue. A variety of tubing diameters are available and aseptic welding of liquid inlet tubing under normal conditions is supported. High-quality materials and smooth inner wall of the tubing provide an excellent transfer performance. Sterilized by E-beam, SAL=10-6. Endotoxin-free, and no ingredients of animal origin. Individually packaged in sterile bag. (50 per CS )

3-Layer Cell Culture Flask, Plug Seal Cap, Straight Neck, TC, sterile 1/pk, 12/cs (12 per CS )

Corning Falcon Tissue Culture Dishes Polystyrene Sterile Vacuum-gas plasma treated. Optically clear to allow for observation. Special venting features facilitate consistent gas exchange during incubation. Gamma irradiated nonpyrogenic. Easy Grip for secure hold. 60Dx15Hmm. Growth area: 19.5cm2. (500 per CS )

Corning Falcon Multiwell Flat-Bottom Plates with Lids Sterile Optical clarity allows visualization of cell monolayers. Low evaporation lid 6 deep wells serrated gripping panels a large writing patch and alphanumeric well identification. Well area: 9.6cm2. Total volume: 15.5mL. Packaging: 1/tray. (50 per CS )