Cell Culture Microplates
STEMCELL Technologies CellAdhere™ Collagen I-Coated, 6-Well Flat-Bottom Plate, Size: 5 Units
CellAdhereᵀᴹ Collagen I-Coated, Flat-Bottom Plates are sterile, clear polystyrene plates. For optimal cell attachment, these plates have been coated with high-purity collagen I derived from rat tail tendon. These plates can be used with a variety of cell types and cell culture applications.
Chemglass Life Sciences Bi-Directional Liquid Transfer Cap, for NEST 3L WM & 5L High Efficiency Erlenmeyer Flasks
The bi-directional transfer cap is used along with a 2L, 3L or 5L shake flask to connect a liquid inlet tubing with the required device.The liquid transfer is achieved by connection of a peristaltic pump between the shake flask and the device.Upon completion of the transfer, the transfer cap can be replaced with a vent cap for culture.Closed transfer reduces the risks of contamination during liquid transfer.The cap is molded and connected in an integrated manner, reducing the risks of leakage and media residues.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.Sterility level (SAL) is maintained at 10-6.Endotoxin-free, and no ingredients of animal origin.
Chemglass Life Sciences 96-Well Cell Culture Plate, Treated, Flat, Sterile
• Made from high clarity, 100% virgin polystyrene• Sterilized by E-beam• Vacuum Plasma tissue culture treatment• Clear lot number for batch traceability• Peel-to-open, individually wrapped• Non-pyrogenic, DNase- and RNase-free
Electron Microscopy Sciences MultiDish 6 Well Round, Nunclon™ Delta Coated, 35 mm wells, Sterile, 2.0-5.0 mL Working volume
MultiDish Surface is useful in all areas of cell culture including scale-up and cloning. Raised well rims to lower risk of cross contamination. Excellent optical quality. Nunclon™Δ certified.
Coating: Nunclon™ Delta
Well size: 35 mm
Working volume: 2.0-5.0 mL
Area: 9.6 cm2
Plate size: 88 x 132 mm
Pacer Global LLC 96-Well Tissue Culture Plates with Lids, Flat Bottom, Individually Wrapped, Sterile, 100/CS - MLS-TCPRWF-96IL
96-Well Tissue Culture Plates with Lids, Flat Bottom, Individually Wrapped, Sterile, 100/CS
Chemglass Life Sciences Inverted Liquid Transfer Cap, for NEST 3L WM & 5L High Efficiency Erlenmeyer Flasks
The inverted transfer cap is used along with a 2L, 3L or 5L shake flask to connect a liquid inlet tubing with the required device. When liquid transfer is required, the liquid is transferred under gravity with the inverted Erlenmeyer flask. Since inverted liquid transfer cap system do not require auxiliary device when transfer liquid. For some end-users who are worried about cell damage by using peristaltic pumps to transfer liquid, inverted liquid transfer cap system is one of their best choices. Closed transfer reduces the risks of contamination during liquid transfer. The cap is molded and connected in an integrated manner, reducing the risks of leakage and media residues. 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. Sterility level (SAL) is maintained at 10-6. Endotoxin-free, and no ingredients of ani
Amsbio LLC MAPTrix™ Screen for Cell Adhesion Assay, BLACK wall / CLEAR floor - cadherin/vitronectin array: 96 well plate (11 motifs plus MAP control), 2 plates
MAPTrix™ Screen for Cell Adhesion Assay BLACK wall / CLEAR floor - cadherin/vitronectin array: 96 well plate (11 motifs plus MAP control) 2 plates
Alkali Scientific 6-Well Cell Culture Plates, 50/cs
The cell culture plates from ASI can be used for varied tasks, from simple cell cultures growth experiments to more complex operations such as studies on cell and tissue cloning, isolation of viruses and bacteria, or in vitro tests and experiments.
Med Vet International TPLO Locking Plate 2.7 Left, J0438ALA
three screws in the head of the standard TPLO locking plate are concentrated into a relatively small area. The screws of the locking TPLO plate are more widely spread out along the osteotomy offering better support of the proximal tibial segment. The two outlying screws converge and the central screw angles into a different plane for maximum re- sistance. The osteotomy based plate means that the osteotomy may be place high relative to standard locking TPLO plates. Available in 3.5 broad, 3.5 narrow and 2.7mm. Plates are pre-contoured.2.7mm Locking TPLO Left (right leg)
MatTek Corporation (Case of 10) 6-Well Plates, No. 1.0 Uncoated Coverslip, 10 mm Glass Diameter
With a proven track record of quality and convenience, MatTek dishes provide the optics of glass in standard size microscopy dishes and plates. Cited in thousands of scientific publications, MatTek dishes are a long-standing favorite of lab teams worldwide for their availability, ease-of-use, and the brilliant images they produce.These Multiwell Plates from MatTek Life Sciences combine the convenience of traditional plastic Falcon well plates with the optical quality of glass, providing superior microscopic images. For most applications, No. 1.5 is the preferred coverslip thickness, especially for optimizing image quality with high numerical aperture objectives. All MatTek plates are sterilized with gamma-irradiation and suitable for long term tissue culture. Compare to Falcon , Corning , Cellvis productsRecommended For: - Live cell imaging - Fluorescence microscopy- Confocal microscopy- Phase contrast microscopy- Differential interference contrast microscopy
Alkali Scientific CellPro™ DEPC treated Ultra Pure Water, 4L Cubitainer
CellPro™ DEPC treated Ultra Pure Water is specially treated with diethyl pyrocarbonate (DEPC) to inactivate ribonucleases (RNases), ensuring the purity of the water for molecular biology applications. DEPC treatment effectively eliminates RNase contamination, making this ultra-pure water ideal for use in RNA-related experiments, such as RNA isolation, reverse transcription, and RNA sequencing.