Cell Culture Microplates
Alkali Scientific ASI™ Tissue Culture Flask, Plugged Cap, Non-Treated, 50mL, 5/Pack, 200/Case
If you searching Tissue Culture Flask visit our website. For many years ALKALI SCIENTIFIC has been selling lab products with a reputation. it will be best for your lab. Plugged Cap Cell Culture Flasks• Easy access of serological pipettes and cell scrapers• High Optical Clarity• Vented or Plugged Cap Cell Culture Flasks• Gamma Sterilized, Pyrogen Free
CELLTREAT Scientific Products 96 Well Plate, 0.4mL, PP, Round Well, Round Bottom, Non-steril
96 Well Plate, 0.4mL, PP, Round Well, Round Bottom, Non-steril
Chemglass Life Sciences Cell Culture Plate, 24-Well, 10mm Dia Glass Bottom, TC-Treated
Cell Culture Plate, 24-Well, Glass Bottom, 10mm Diameter. Glass bottom culture plates used in confocal microscope, differential interference contrast microscope, polarized light microscope and phase contrast microscope for cell observation. Our plates allow researchers to produce high-resolution microscopic images of cultures growing in 24-well disposable plastic cell culture plates. Plates are non-cytotoxic, non-pyrogenic and sterile. The first step in this process is to precisely cut an opening in the center of the wells in the culture plates. Next, a clinically non-toxic adhesive is used to attach the high quality technical grade glass cover slip of standard thickness (0.13-0.16mm) to the bottom of each well, covering the opening. These cover slips are high quality borosilicate glass of the highest hydrolytic consistency and are well adapted for a broad variety of high resolution microscopy applications. Sold 1 per case.
Electron Microscopy Sciences NUNC™ 96 Well Bottom Plates Black, CC2, Sterile
The NUNC Coverglass Optical Bottom 96 Well Plates have an optically clear polystyrene plate bottom. This clear base permits microscopic viewing and reading of well. Minimum light scatter and low autofluorescence. The plate's upper structure is offered in black (for fluorometric detection). Sterile. External dimensions 128 x 86 mm. Black upper structure with #1.5 borosilicate coverglass. Sterile with lid. CC2 surface is superior for attachment and mimics Poly-D-Lysine.
Color: Black
Type: CC2
Sterile: Sterile
Electron Microscopy Sciences NUNC™ 96 Well Bottom Plates Glass, Black, Non-treated, Sterile
The NUNC Coverglass Optical Bottom 96 Well Plates have an optically clear polystyrene plate bottom. This clear base permits microscopic viewing and reading of well. Minimum light scatter and low autofluorescence. The plate's upper structure is offered in black (for fluorometric detection). Sterile. External dimensions 128 x 86 mm. Black upper structure with #1.5 borosilicate coverglass. Non-treated plates are optimized for fluorescence.
Color: Black
Type: Non-treated
Sterile: Sterile
Alkali Scientific ASI™ Co-Culture Slide, TC Treated, Sterile, 12/Cs, 2, PS Chamber, FLux Slide, PP Holder
Co-Culture Slides are an imaging product that is designed to simplify proceed with the Co-culture. Different cell lines are cultivated separately, but the control of the medium volume allows the substances in the medium can be shared with each other. Through Co-culture, you can intended for checking signal exchange, chemotaxis, and molecular transport between cell lines. Surface materials for Co Culture SlideDLux: surface modified plastic with minimal autofluorescenceFLux: surface modified plastic film (188 μm thick), optimal for confocal microscopy ▪ Convenient for microscopic observation▪ Bottom materials: DLux/FLux▪ Easy open flip for chamber & slide disassembly▪ No chemical adhesives used▪ Packing trays can be used as incubation racks in CO2 incubators▪ Domestic sales only▪ Non – pyrogenic▪ Non – cytotoxic▪ DNase / RNase – free▪ Human DNA – free
Electron Microscopy Sciences NUNC™ 96 Well Optical Bottom Plate Black, Non-treated
The NUNC Coverglass Optical Bottom 96 Well Plates have a polymer bottom and combine the optical clarity of virgin crystalline polystyrene with optimal surface for a wide range of HTS applications. The optical clarity allows for easy viewing of well contents. Footprint compatible with standard equipment and automated systems. It has a flat bottom well geometry for plate reader access and working ranges from 50-200 uL/well. Non-treated surface is optimal for scintillation counting. Black
Color: Black
Surface: Non-treated
Alkali Scientific Cell Culture Plate PS 96 Well
Whether culturing individual cell lines or scaling up for high-throughput screening our black plates with a clear bottom and sterile design are ideal for enhancing fluorescence assay signals while reducing cross-talk thanks to the light-blocking properties of the black plate Advancements in surface modifications well geometry and optical clarity have led to a range of 96-well cell culture plates tailored for specific applications including optical bottom plates designed for cellular imaging To ensure reliability flexibility and reproducibility at every stage of cell culture these plates are available with various surface treatments optimized for cell attachment and growth The highly transparent bottom offers an optimal environment for microscopic observation Tissue Culture Treated for cell adhesion and attachment providing an ideal proliferation environment Black Wall and topside (PS) / Clear Bottom Bottom material Optically Clear PS Designed to prevent cross contamination Eff
Alkali Scientific CellPro™ Cell Culture (TC) Grade Water, 500ml
Eliminate endotoxin concerns with endotoxin-free CellPro™ Cell Culture-Grade Water, available in a variety of volumes for both research and manufacturing processes. Undergoes extensive purification to meet or exceed the stringent specifications of United States Pharmacopeia (USP). Meets < 0.005 EU/mL endotoxin by turbidimetric assay. Manufactured in our ISO 9001 certified facilities. Manufactured using ISO 9001 and ISO 13485 certified processes. CellPro™ Cell Culture Grade Water can be used in multiple cell culture applications. With endotoxin levels as low as < 0.005 EU/mL, CellPro™ Cell Culture Grade Water supports healthy cell growth and consistent experimental results.