Low Bind Microcentrifuge Tubes

…Posi-Lock™ Graduated Microcentrifuge tubes feature a small, easy-to-open/close cap with the assurance of an audible "click" to know that your sample is secure. Proprietary low-binding or low retention resin maximizes sample recovery Boilproof Low binding tubes fit all standard 0.5,…

These Costar® low binding microcentrifuge tubes feature a bonded polymer technology that reduces protein and nucleic acid binding, resulting in better sample recovery. They are made of natural (uncolored) polypropylene and are certified RNase-/DNase-free. -Supplied nonsterile and are…

These Costar® 1.7mL low binding microcentrifuge tubes feature a bonded polymer technology that reduces protein and nucleic acid binding, resulting in better sample recovery. They are made of natural (uncolored) polypropylene and are certified RNase-/DNase-free. -Supplied nonsterile and are…

0.5mL SuperSlik® Polypropylene Microcentrifuge Tubes with Low Protein Binding surface. Include flat caps and writing surface. In resealable bags With flat snap caps, side graduations, and frosted writing surface Ultra low fluid retention ATP, RNase/DNase and Endotoxin Free…

…Polypropylene Microcentrifuge Tubes with Low Protein Binding surface for use with viscous samples. Designed to improve yields. Include flat caps and writing surface. In resealable bags. With flat snap caps, side graduations, and frosted writing surface Ultra low fluid retention…

…need low profile tubes. In terms of evaporation, loss of PCR volume is less than 3%. These tubes are highly transparent, thus, making them ideal for applications where the optical qPCR signal is obtained through the bottom of the tube. Capp 0.1 mL tubes can be ordered as individual tubes with caps…

…loss is essential for low protein concentrations to enable further analysis. Minimal protein/DNA binding = maximum recovery rate = minimal protein/DNA loss Low DNA binding tubes: centrifugation to 30,000 x g* (2 ml to 25,000 x g*) Low protein binding tubes: centrifugation to 20,000…

Micro Centrifuge tubes are manufactured using high purity virgin Polypropylene (PP) conforming to US FDA 21 CFR free from natural rubbers and heavy metals. Advanced superhydrophobic material conforming retention level 10 time lesser and reduces protein and nucleic acid binding, resulting in a better…

Low DNA-binding screw cap micro tubes are ideal for all applications involving DNA. They can be used for the storage of plasmids, oligonucleotides, and cell extracts and allow maximum DNA recovery even after a long storage period and with very small volumes.

…low binding. One Centrifuge Tube Stand included with each case of 50mL Centrifuge Tube Filter Systems. Multi-purpose Centrifuge Tube Stand securely holds tube during filtration and includes molded positions for additional tube sizes. Centrifuge Tube Stand will hold one 50mL tube, three 15mL tubes…

…(PES) membrane for high flow and low binding Two membrane pore sizes: 0.22 or 0.45μm Centrifuge Tube Filter systems include tube filter, centrifuge tube and cap Eliminate a sample transfer step by filtering directly into a 50mL tube Centrifuge Tube Filter Systems are packaged sterile…

…low binding. One Centrifuge Tube Stand included with each case of 50mL Centrifuge Tube Filter Systems. Multi-purpose Centrifuge Tube Stand securely holds tube during filtration and includes molded positions for additional tube sizes. Centrifuge Tube Stand will hold one 50mL tube, three 15mL tubes…

…15mL tubes, dramatically reducing plastic waste, storage space and shipping costs.   Additionally, the 56mm length (vs. 120mm for 15mL tubes) greatly reduces the risk of contamination of pipettor shafts, allowing 1mL or 5mL tips to easily reach the tube bottom. The tubes are made…

…Tubes (containing glass fiber fleece) • Collection Tubes Preparation Note: The sample is mixed with a chaotropic salt and applied to the glass fiber fleece in a High Pure Spin Filter Tube. Under the buffer conditions used in the procedure, all nucleic acids (NA) in the sample bind to…

…total cellular protein, to a 1.5 ml microcentrifuge tube. Add 1–10 µl (i.e., 0.2–2 µg) primary antibody (optimal antibody concentration should be determined by titration) and incubate for 1 hour at 4° C. longer incubation. May be. Required for some low titter antibodies. Add 20 µl of resuspended…