Clone a single cell or group of cells by surrounding them with this PYREX® glass 8x8mm open ended cloning cylinder. Dip the end of the cylinder into sterile silicone grease before pressing to the bottom of a culture dish to create an isolated well. Cylinders are autoclavable or can be dry heat sterilized.
These heavy duty PYREX® dishes will withstand hot air or steam sterilization and are useful for drying, staining or developing trays. They can be used with gel electrophoresis or paper chromatography. Do not place over direct heat, for oven use only.
These 350 mL PYREX® gas washing bottles provide an inexpensive but effective method for washing and drying gases. Sidearm tubulations are 10mm O.D. The side inlet tube on this bottle has a rod sealed to the bottle near the top for extra strength. A 24/40 Standard Taper stopper is used to seal the outlet tube to the base. These bottles are a very effective way to humidify carbon dioxide-air mixtures for maintaining high humidit…
(This is the suggested replacement for 3175-9)These dishes have an approximate working capacity of 3500 mL and are designed for use as drying, staining or developing trays. They can be used with electrophoresis gels or paper chromatography. The trays are made from a thermally resistant low-expansion borosilicate glass and will withstand all autoclaving methods. Do not place over direct heat, for oven use only. Dish dimensions…
These dishes have an approximate working capacity of 1500 mL and are designed for use as drying, staining or developing trays. They can be used with electrophoresis gels or paper chromatography. The trays are made from a thermally resistant low-expansion borosilicate glass and will withstand all autoclaving methods. Do not place over direct heat, for oven use only. Dish dimensions are approximately 272x179x50mm (LxWxH) and are…
These dishes have an approximate working capacity of 1600 mL and are designed for use as drying, staining or developing trays. They can be used with electrophoresis gels or paper chromatography. The trays are made from a thermally resistant low-expansion borosilicate glass and will withstand all autoclaving methods. Do not place over direct heat, for oven use only. Dish dimensions are approximately 201X201X55mm (LxWxH).
These 125 mL PYREX® gas washing bottles provide an inexpensive but effective method for washing and drying gases. These bottles have large hexagonal bases for stability. Sidearm tubulations are 8mm O.D. A 40/50 Standard Taper stopper is used to seal the top to the base. These bottles are a very effective way to humidify carbon dioxide-air mixtures for maintaining high humidity in gassed cell culture incubators. The gas enters…
These 125 mL PYREX® gas washing bottles provide an inexpensive but effective method for washing and drying gases. These bottles have large hexagonal bases for stability. Sidearm tubulations are 8mm O.D. A 40/50 Standard Taper stopper is used to seal the top to the base. These bottles are a very effective way to humidify carbon dioxide-air mixtures for maintaining high humidity in gassed cell culture incubators. The gas enters…
These 250 mL PYREX® gas washing bottles provide an inexpensive but effective method for washing and drying gases. These bottles have large hexagonal bases for stability. Sidearm tubulations are 8mm O.D. A 40/50 Standard Taper stopper is used to seal the top to the base. These bottles are a very effective way to humidify carbon dioxide-air mixtures for maintaining high humidity in gassed cell culture incubators. The gas enters…
These 250 mL PYREX® gas washing bottles provide an inexpensive but effective method for washing and drying gases. These bottles have large hexagonal bases for stability. Sidearm tubulations are 8mm O.D. A 40/50 Standard Taper stopper is used to seal the top to the base. These bottles are a very effective way to humidify carbon dioxide-air mixtures for maintaining high humidity in gassed cell culture incubators. The gas enters…
