Low Protein Binding Tube

…volumes, minimizing protein 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:…

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 ATP,…

…U.S. Pharmacopoeia (USP) toxicity tests. Low protein binding: Corning engineers and scientists are continually searching for materials and processes that minimize labware-induced interference, such as protein binding. Quality packaging: Falcon tubes, in addition to offering bioanalytical-grade…

…autoclavable. Ideal for DNA, protein work and PCR, SlipTech™ disposables are also useful in any application where optimal yield and minimal sample loss are required. Advanced molding, quality control and packaging systems ensure that all SlipTech™ tubes and tips are free of enzyme and…

Foxx Life Sciences' Centrifuge Tube Stands are intended for use with centrifuge tubes. They are made from Class VI, FDA Grade, BPA-Free Polystyrene, and are conveniently sold in packs of 5. Autofil tube stand can hold one 15ml or 50ml tube Can also be used with the Autofil Centrifuge…

… Low protein binding, 50 mm diameter cellulose acetate (CA) membrane, recommended for use with samples requiring highest protein yields. Eliminates unneccesary transfer and minimizes contamination by filtering directly into a 50-mL centrifuge tube. The polypropylene centrifuge tube is supplied…

…method. The columns can be used to purify singleor double-stranded DNA or RNA from contaminants such as salts, solvents, enzymes or proteins. Nucleic acids are binded to the silica resins under high chaotropic salt concentrations, salts and impurities are removed during the wash step. Pure DNA/RNA…

…of thin-walled tubes for optimum PCR results and a rigid frame portion for easy and reliable handling. For the tubes we use polypropylene, which provides the most efficient heat transfer, as well as an inert surface with low binding capabilities for nucleic acids, proteins and other molecules.…

…(EtO) residuals Barbed hose connections fit multiple tubing sizes Integrity-testable with the bubble point method Lightweight design prevents tubing collapse Whatman filters with polyethersulfone membranes have low protein binding and are surfactant-freeGMF prefilter removes heavy particulates,…

…reagent. The binding of protein to the dye-metal complex under acidic conditions results in a change of color from reddish-brown to green and this change in color density is proportional to protein concentration. The color change is a result of deprotonation of the dye-metal complex at low pH, which…

For filtration of critical biological and tissue culture solutions Inherently hydrophilic Low extractables Low protein binding Biosafe Sterile Capsule contains two layers of polyethersulfone (PES) membrane. The device is supplied pre-sterilized and has a vent to evacuate any air to allow…

…chemical-resistance, low protein binding and visibility of contents. Improved tube and cap design increases mechanical strength to withstand aggressive centrifugal forces. The 15 mL tube has a mximum RCF of 8500 x g while the 50 mL tube’s maximum RCF is 9500 x g. Tubes are graduated and…

…seal. The Cap can be partially closed to make constant opening and closing with your thumb easy and secure. Available in low binding for dealing with proteins and other high viscosity samples Certified free of DNA, DNase, RNase, and endotoxins (pyrogens) Frosted exterior wall and…

…similar to Tygon® Very low protein binding Heat sealable, weldable Economical tubing Applications: General-purpose lab uses requiring high performance and long life. Characteristics: Exceptional tensile and tear strength; good biocompatibility; low gas permeability; and a…

…non-cytotoxic and non-hemolytic Contains no phthalate plasticizers or peroxides that can leach out into transported fluid Low binding suface to minimize absorption of proteins and food products Autoclavable; also can be sterilized by gamma radiation, EtO and chemical procedures Durometer…

…nitrate membranes have high mechanical strength, high flexibility, high flow rates, and low extractable levels. These features make the membrane a good choice for trace element analysis applications. However, they also exhibit high protein binding so are unsuitable for protein recovery applications.

Slightly greater clarity Smooth surface; low protein binding levels Preferred by pharmaceutical & biotechnology industries Fewer potential leachables USP Class VI FDA Compliant

…made from pure cellulose without wetting agents. Its chemical resistance to a wide variety of solvents and high wet strength make it suitable for aqueous and organic samples. The RC membrane has very low protein binding capacity, which makes it an excellent choice for protein recovery applications.

…peroxide-cured tubing Smooth surfaces; lower protein binding levels Fewer potential leachables Ideal for pharmaceutical and biotechnology use Applications: Pharmaceutical, biotech, peristaltic pumping, and food applications. Characteristics: Excellent heat resistance, low…

…non-pyrogenic and non-hemolytic Contains no phthalate plasticizers or peroxides that can leach out into transported fluid Low binding surface minimizes absorption of proteins and food products Autoclavable; also can be sterilized by gamma radiation, EtO and chemical procedures Durometer…

…harder-to-filter samples. Polyethersulfone (PES) membranes Hydrophilic PES membranes are designed for stability in low pH, have low levels of extractables, and exhibit low protein binding, making them suitable for many aqueous and organic solvents. PES membranes allow higher liquid flow than…

…to create a strong seal in the same location, every time.   Low binding! Biotix low retention technology reduces the amount of sample lost in the tip when pipetting. Great for use with loading dyes, proteins and DNA to increase your experiments accuracy and yield. Clean Delivery…

…as low as -80°C Holds tubes in an 8 x 12 format Ideal for all PCR applications: EIA, RIA, cell harvesting, etc. All components are made of the highest quality polypropylene to assure low protein binding. Rack cover has an alphanumeric numbering system for identifying each tube and…

…to create a strong seal in the same location, every time.   Low binding! Biotix low retention technology reduces the amount of sample lost in the tip when pipetting. Great for use with loading dyes, proteins and DNA to increase your experiments accuracy and yield. Clean Delivery…

…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 volume of Protein A-Separopore.  Cap tubes and…

…to create a strong seal in the same location, every time.   Low binding! Biotix low retention technology reduces the amount of sample lost in the tip when pipetting. Great for use with loading dyes, proteins and DNA to increase your experiments accuracy and yield. Clean Delivery…

…volumes of harder-to-filter samples. Cellulose acetate syringe filters Cellulose acetate syringe filters exhibit very low protein binding, so they are suitable for protein recovery applications. They are hydrophilic, making them functional with aqueous and alcoholic media although they have…

…larger volumes of harder-to-filter samples. Polyvinylidene difluoride (PVDF) membranes PVDF membranes are designed for high tensile strength, high solvent resistance, and low protein binding, making them suitable for biomedical filtration, sterilization filtration, and HPLC sample preparation.

…(PTFE) syringe filter options GE’s Puradisc PTFE syringe filter is a hydrophobic membrane that is chemically stable and inert. It exhibits low protein binding, and its main application is filtration of non-aqueous samples. Prior to filtering of aqueous samples, the membrane must be pre-wetted with…