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AXYPDW11CSAxygen ® deep well assay plates are ideal for use in applications including sample collection, in vitro growth chambers and long-term storage. Chemically resistant and withstands temperatures down to -80°C.
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AXYPDW20CSAxygen ® deep well assay plates are ideal for use in applications including sample collection, in vitro growth chambers and long-term storage. Chemically resistant and withstands temperatures down to -80°C.
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AXYPDW20CSINDAxygen ® deep well assay plates are ideal for use in applications including sample collection, in vitro growth chambers and long-term storage. Chemically resistant and withstands temperatures down to -80°C.
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AXYPDW500CAxygen ® deep well assay plates are ideal for use in applications including sample collection, in vitro growth chambers and long-term storage. Chemically resistant and withstands temperatures down to -80°C.
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AXYPDW500CSAxygen ® deep well assay plates are ideal for use in applications including sample collection, in vitro growth chambers and long-term storage. Chemically resistant and withstands temperatures down to -80°C.
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AXYPDW500CSIAxygen ® deep well assay plates are ideal for use in applications including sample collection, in vitro growth chambers and long-term storage. Chemically resistant and withstands temperatures down to -80°C.
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AXYPES15BSIDeep well plate
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174944
Dish 60 mm, Culture Area 221.5 cm2
Price: $710.28List Price: $789.20Optimizing spheroid formation Allows cells to grow in suspension with virtually no cell attachment Supports many different cell types and their ability to generate spheroids Enables consistent, repeatable cell growth Growing 3D cancer cultures Minimi -
UFDMX-642For Matrix:  1,0ml Screw Top Latch Rack (H=2 1/8"/54.8mm)   For Micronic:  Roborack 96 with High Cover (H=2 1/4"/56.
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UFDDP-65For Matrix: 500ul Screw Top Latch Rack(H=1 3/4"/44/32mm)   0.75ml Latch Rack (H=1 1/2"/39.
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UFDDP-76For Matrix: 500ul Screw Top Latch Rack(H=1 3/4"/44/32mm)   0.75ml Latch Rack (H=1 1/2"/39.
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HS120225Flexible polystyrene boats feature smooth surfaces to provide accurate pour-outs with minimal sample loss. Features and Benefits biologically inert and resistant to dilute and weak acids, aqueous solutions, alcohols, and bases.