Bath Accessories
Waters Corp WATERS CORPORATION Collection Rack, Eppendorf Tubes, 120 Capacity
This collection rack is designed for use with the Waters Fraction Collector III. It provides a convenient solution for collecting purified peak fractions into Eppendorf tubes.
- Accepts up to 120 eppendorf tubes.
- Compatible with the Fraction Collector III.
- Suitable for collecting purified peak fractions.
Ace Glass, Inc. Probe, Pt100, PFA, 1/4in diameter, 12in length, 10ft lead with LEMO plug
Probe, Pt100, PFA, 1/4in diameter, 12in length, 10ft lead with LEMO plug
Ace Glass, Inc. Condenser, pilot plant, 1000mm jacket, 65/40, size F hose barbs
CONDENSER 1000MM 65/40 BARBED
Across International 13mm Diameter ID Dry Pressing Die Set
A set of 13mm diameter (ID) hardened steel dry pressing die set for pellet presses, ready for you to make 13mm diameter cylinder-shape pellets
Across International 20mm Diameter ID Dry Pressing Die Set
A set of 20mm diameter (ID) hardened steel dry pressing die set for pellet presses, ready for you to make 20mm diameter cylinder-shape pellets.
Research Products International Corp Armor Beads, Heat Block Upgrade, 0.75L
Lab Armor Beads are a revolutionary modern day concept for replacing water in baths, ice in ice buckets and aluminum blocks in dry block incubators. These unique thermal technology beads have a broad temperature range of -80°C to 180°C. Lab Armor Beads can also be used to replace aluminum blocks in dry block heaters. Help to maintain a clean and green environment in the laboratory. Improves energy efficiency of standard water baths by over 50%.
Stays Clean - Protected from water-borne contamination
Stays Organized - No more water accidents
Saves Time - Always on and ready to use
Eco-Friendly - Highly recyclable beads, fewer harmful biocides and more energy efficient.
Ideal size (0.75 L Beads)
Replaces 2 standard heating blocks.
Sigma Aldrich Fine Chemicals Biosciences Micro particles based on p
MICRO Micro particles based on p
Sigma Aldrich Fine Chemicals Biosciences PierceASeal foilTM heat se
Pierceable foil seal with good solvent resistance.features foil high solvent resistance including DMSO non-peelable multiple sealing/re-sealing permissible easy sealing surface identification pierceable.Compatibility Polypropylene (PP) Polystyrene (PS). Seal integrity range -20C to 120C.Application PCR compound storage sample shipping.
Sigma Aldrich Fine Chemicals Biosciences Micro particles based on p
MICRO Micro particles based on p
Sigma Aldrich Fine Chemicals Biosciences BiotinTagTM Micro Biotinyl
for custom biotinylation of proteins Sigma offers kits for conjugation on two different scales. The biotin-avidin system has become popular when high sensitivity and specificity are desired. Biotin can be conjugated to antibodies lectins enzymes and other proteins. The protocols in the kits have been optimized for antibodies. Avidin binds to biotin with a high affinity (Ka 1015 M) and specificity. When conjugated to enzymes or fluorochromes avidin provides a means of identifying biotinylated compounds via enzymatic conversion of substrate to form a visible product or detection of fluorescence by spectrophotometry or flow cytometry.
Sigma Aldrich Fine Chemicals Biosciences TrueGel3DR HTS Hydrogel Pl
The TrueGel3D(R) HTS Hydrogel Plate is a ready-to-use SOLUTIONon to easily establish3D cell cultures using fullysynthetic hydrogels in a simple and automation-compatible manner. The 96-well polystyrene glass bottom plates contain precasted synthetic functionalized PEG based hydrogels. These innovative hydrogels contain gradually increasing crosslinking densities throughout the well. Users can proceed directly with seeding cells without any hydrogel preparation or encapsulation steps. After cell seeding cells will gradually infiltrate the hydrogel and establish a 3D cell culture environment within days. furthermore this newly engineered hydrogel surface gives the user the possibility to sequentially establish co-culture systems seeding different cell populations at different time-points in the same hydrogel.ReferencesBenjamin R Simona. Soft Hydrogels featuring In-Depth Surface Density Gradients for the Simple Establishment of 3D Tissue Models for Screening Applications. SLAS Discov. 2
