Life Science

Mol. Wt:154.2 Common Name: Formula: C7H10N2O2 Dimensions: 2X3.88X2, Weight: 0.06, Cas#: 110-26-9 Research or further manufacturing use only, not for food or drug use. (1 per EA)

Shelf Life (months): 18, Traceable to NIST, UN Number: (1 per EA)

USP VI grade polypropolyne material, free from heavy metal RCF: 30000 x g Endotoxin level: <0.1EU Clear graduations and frosted marking area Special safe lock cap design provides secure lid sealing Easy opening and closing Temperature range: -80 to +121 DNase/RNase free Tubes are autoclavable at 121C (250F), under 15psi for 10–15 minutes with drying. Remove from autoclave immediately. Excessive exposure to autoclaving heat may cause warping or decreased structural integrity. Also available as pre-sterilized (1250 per CS )

Sterilized by E-beam, SAL=10-6. High clarity, 100% virgin polystyrene. “TC” refers to vacuum plasma tissue culture treatment. Clear lot number for batch traceability. Markings of well coordinates available for 12, 24, 48, 96 and 384 well plates. Non-Pyrogenic, Dnase/Rnase free. (100 per CS )

384 Well Plate, black, cellGrade, Trans F-bottom, Pack Of 50 (50 per PK)

Mol. Wt:171.2 Common Name: Formula: C6H9N3O3 Dimensions: 3.50 x 3.75 x 3.50, Weight: 0.32, Cas#: 443-48-1 Research or further manufacturing use only, not for food or drug use. (1 per EA)

Mol. Wt:441.4 Common Name: [Pteroylglutamic acid] [Vitamin M] Formula: C19H19N7O6 Dimensions: 3.50 x 3.75 x 3.50, Weight: 0.32, Cas#: 59-30-3 Research or further manufacturing use only, not for food or drug use. (1 per EA)

0.1mL 96-Well PCR Plate, Low-Profile, No Skirt, White (20 per PK)

Mol. Wt:887.4 Common Name: β-Nicotinamide Adenine Dinucleotide Phosphate, Reduced Form, Tetra Sodium Salt Trihydrate Formula: C21H26N7O17P3Na4 - 3H2O Dimensions: 1.25 x 1.75 x 1.25, Weight: 0.06, Cas#: 2646-71-1 Research or further manufacturing us (1 per EA)

An aqueous solution of phenol and auramine O. Comparable to: BD 212514 (1 per EA)

Mol. Wt:110.04 Common Name: Sodium Pyruvate Formula: C3H3NaO3 Dimensions: 5.11 x 5.11 x 5.11, Weight: 1, Cas#: 113-24-6 Research or further manufacturing use only, not for food or drug use. (1 per EA)

This product is easy to open and close, and can effectively seal the deep well plate, which is convenient for operation and saves time.Good sealing performance can prevent the volatilization of a variety of solvents.Withstand a wide temperature range (- 50 - 200 ) and is suitable for various experiments.Excellent chemical corrosion resistance and is used for low-temperature preservation.The pre-opening design allows the pipette tip to enter the hole without damage to the silicone sealing mat cover. (100 per CS )

Shelf Life (months): 36, , UN Number: (1 per EA)

Auramine O stain kit includes one 8 oz. bottle of each of the following: Comparable to: BD 212521 (1 per EA)

Mol. Wt:175.6 Common Name: Formula: C3H7NO2S-HCl-H2O Dimensions: 3.50 x 7.00 x 3.50, Weight: 1.23, Cas#: 7048-04-06 Research or further manufacturing use only, not for food or drug use. (1 per EA)

Nest BioFactory™ Systems are compact, multi-layer, single-use cell culture sy (6 per CS )

Useful for high volume and robotic screening of DNA libraries as well as manual plating Same footprint as standard multiple well plates Suitable for dot-blotting bacterial clones on 11.4 x 7.3cm (4.5 x 2.875in) nylon membranes Cell culture treatment process provides consistent and even hydrophilic surface for improved cell attachment Polystyrene is optically clear for easy cell viewing and imaging Each well has a raised rim which nests into the rings on the single direction lid to reduce evaporation and limit the risk of cross contamination Plates are labeled with alpha-numeric markings for easy identification of individual wells Lids have a stacking feature for added stability when handling tall stacks of plates Round bottom option maximizes sample retrieval and allows mixing (PN 229190) Plate is printed with lot number and expiration date for easy identification and tracking Sturdy individual blister pack prevents damage when handling or shipping Bulk packaging option (5/sleeve) increases efficiency for high volume users (PN 229197) (50 per CS)

Cell and tissue culture technologies have an increasing importance in the fields of basic and applied life science. New culture vessels and new surfaces for cell adsorption are continuously emerging, in order to simulate the internal environment as much as possible for culture of some special cell lines. Logically, using permeable supports with a microporous membrane becomes the basic method for culturing these cells. Permeable supports may effectively improve the culture of polar cells, because these supports allow cells to secrete on and absorb molecules from their basal and apical surfaces to metabolize in a more natural way, as well as to stimulate the in vivo environment to the maximum extent for culturing of some special cell lines. (24 per CS )

0.2mL Individual PCR Tube with Optically Clear Flat Cap for qPCR, Clear (10000 per CS)

50 ml Mini Bio Reactor Tubes ,PP/HDPE, Sterile, 10/pack, 100/cs (100 per CS )

PC bottle or PEFG bottle Sterilized by E-Beam Nonpyrogenic Individually wrapped in a plastic bag. Both vent caps and plug seal caps are available. Vent caps with 0.22um hydrophobic filters for gas exchange without contamination. (4 per CS )

Printed Graduations (with marking area) Polypropylene tube and high density polyethylene cap High centrifugal strength - up to 10,000 x g Flat markable cap with leakproof seal One-hand operation design for the caps provides easy handling Sterilized by E-Beam DNase, RNase and pyrogen free (50 per CS )

Made of high clarity, 100% virgin polystyrene. Sterilized by E-beam, SAL=10-6. Non-Pyrogenic, Dnase/Rnase free. Frosted writing and clear graduations. Notched bottom for slip free stacking. Clear lot number for batch traceability. Packaged in sterile, zip-sealable bags. (40 per CS )

Cell and tissue culture technologies have an increasing importance in the fields of basic and applied life science. New culture vessels and new surfaces for cell adsorption are continuously emerging, in order to simulate the internal environment as much as possible for culture of some special cell lines. Logically, using permeable supports with a microporous membrane becomes the basic method for culturing these cells. Permeable supports may effectively improve the culture of polar cells, because these supports allow cells to secrete on and absorb molecules from their basal and apical surfaces to metabolize in a more natural way, as well as to stimulate the in vivo environment to the maximum extent for culturing of some special cell lines. (120 per CS )