Set of 50x one hole disposable chambers for use in Shandon & RESOSPIN® configurations of Sigma 2-7 Cytocentrifuges
Echo® Qualified 384-Well COC Microplate, Low Dead Volume, Clear, Flat Bottom, Non-sterile, 50 plates/case
Echo® Qualified 384-Well Low Dead Volume (LDV) Source Microplates are designed to minimize dead volume when using the Echo® Liquid Handler.
This microplate is constructed of Cyclic Olefin Copolymer (COC) for optimal acoustic transfer performance and DMSO storage. Each lot of microplates is tested and certified to meet stringent performance specifications.
Additional benefits of the microplate include:
- compatibility with heat sealing devices,
- designed for barcode customization
- and optimized for robotic handling.
- Precise Manufacturing for Superior Results.
For best results, Echo Liquid Handlers are designed to use Echo Qualified 384-well and 1536-well Source Microplates for precise and accurate liquid transfer. Echo Qualified Microplates deliver the best possible results in compound storage and miniaturized assays, and each plate is insured to meet the specifications required for consistent acoustic transfers. Labcyte performs functional qualification tests on each microplate lot with an Echo Liquid Handler to verify that our microplates deliver superior precision and accuracy, and DMSO hydration measurements.
Echo® Qualified 384-Well Polypropylene 2.0 Plus Microplate, Clear, Flat Bottom, Surface Treated, 100 plates/case.
Echo® Qualified 384-Well Polypropylene (PP) Source Microplates ensure accurate and precise transfer with the Echo® Liquid Handler. This microplate is highly resistant to solvents including DMSO and buffers making it ideal for compound and sample storage.
Echo® Qualified 384-Well Polypropylene Microplate, Clear, Non-sterile
Echo® Qualified 384-Well Polypropylene (PP) Source Microplates ensure accurate and precise transfer with the Echo Liquid Handler. This microplate is highly resistant to solvents, including DMSO and buffers, making it ideal for compound and sample storage.
The Vi-CELL Focus Control is used during the autofocusing procedure when the system requires re-focusing. The focus control beads help the system refocus and offer a new recommended focus position. The cup of focus control is run similar to a sample run using the Vi-CELL carousel sample delivery method.
For use in the Vi-CELL BLU and Vi-CELL XR cell viability analyzers.
Kit Component of P/N 390953 and P/N A10663 (IgG Purity/Heterogeneity Kit.)
For use as an experimental control when separating reduced or non-reduced IgG, with a designated quantity of non-glycosylated heavy chain to test both the resolution and quantitation suitability of the assay prior to running unknowns.
Includes IgG Control Standard 1-pack and all chemistries.
The IgG Purity/Heterogeneity Assay has been developed for researchers employed in industrial biotechnology who are developing and manufacturing IgG reagents for research, diagnostic and therapeutic use.
This assay has been specified for use on the PA 800 Plus to assess the purity and heterogeneity of IgG reagents in both a reduced and non-reduced state. The methodology involves heat-denaturing a specified concentration of IgG (both reduced and non-reduced) in the presence of SDS, and separating these proteins by size using high-resolution capillary gel electrophoresis technology. This assay will detect impurities as low as 0.1% and includes an IgG control with a designated quantity of non-glycosylated heavy chain to test both the resolution and quantitation suitability of the assay prior to running unknowns
Assay chemistry includes:
• Separation Capillary, 57 cm x 50 µm ID bare fused-silica, (2)
• SDS Gel Separation Buffer (proprietary formulation), 140 mL
• SDS Sample Buffer, 100 mM Tris-HCl, pH 9.0/1% SDS, 50 mL
• IgG Control Standard, 1 mg/mL in SDS sample buffer , 1 mL
• Internal Standard, 10 kDa protein, 5 mg/mL, 0.4 mL
• Acidic Wash Solution, 0.1 N HCl, 100 mL
• Basic Wash Solution, 0.1 N NaOH, 100 mL
• IgG Purity and Heterogeneity Analysis Guide, (1)
Photosynthetic Lighting Option for ZWYC-293G
The photosynthetic LED lighting panel can be equipped for the cultivation of those phototrophic organisms, such as plant culture, algae, etc.
▶ Light panels with light intensity up to 220 μmol/(m2*s) guarantee even light distributions over the shaking tray.
▶ Available in Red & Blue [P5031RB], and Warm White [P5031WW].
▶ Easy to program for day and night simulations.
▶ With a height of 10mm, the light panel minimizes the impact on the usable internal height above the shaking tray.
LIF Test Mix, Sodium Fluorescein (20 mL). Test mix for testing the Laser-Induced Fluorescence (LIF) detector and determining the calibration correction factor (CCF) for the system.
High-efficiency particulate air (HEPA) filters remove particles smaller than 0.3 µm. VOC filters remove volatile organic compounds — a large group of carbon-based chemicals that evaporate easily at room temperature — which could jeopardize embryo culture. IVF laboratory air can contain higher VOC levels than outdoor air. VOCs significantly affect embryo cleavage rate, embryo development and blastocyst formation rate.
ESCO HEPA filter with efficiency of 99.99% at 0.3 microns.
ESCO VOC filter to remove any compounds that are harmful to embryo development.
To be replaced every 3 months.
Accessory for:
MRI-6A10
MRI-TL
Molecular Weight standards (10 to 225 KDa), 16mg/mL (100 µL) for use with the SDS-MW Kit (Part Number 390953) to provide a sizing ladder to reference proteins of interest against.
OptiMATE Iodixanol Solution (BEC-D01358) from Beckman Coulter is the ideal choice for laboratory scientists in Belgium and Luxembourg performing ultracentrifugation. This high-purity iodixanol solution is specifically designed for density gradient centrifugation, making it perfect for viral, organelle, extracellular vesicle (EV), and protein separations. With an 80% concentration, it allows for increased sample volume per tube and reduces bottle-related waste, enhancing your lab’s efficiency.
Key Features:
- High Purity: Ensures reliable and reproducible results.
- Optimal Concentration: 80% w/v for effective separations.
- Versatile Applications: Suitable for viral, organelle, EV, and protein separations.
- Reduced Waste: Minimize bottle-related waste with concentrated solution.
- Sterile and Safe: Autoclaved for sterility, with low endotoxin levels.
Automated Liquid Handling
Capillary Electrophoresis
Cell culture and Fermentation
Cell health
Centrifugation
Chromatography (flash & prep)
Cleaning
Clinical Automation (TLA)
Clinical IT solutions
Clinical chemistry
Clinical quality controls
Color-Appearance and Physical tests
DNA / RNA (Nucleic acids)
Disinfection
Electrochemistry
Environmental monitoring
Flow cytometry
Flow cytometry Cell sorting
Freeze drying
Heating & cooling
Hematology
Imaging
Immuno-Hematology
Immunoassay
In Vitro Fertilization (IVF)
Lab furniture & design studies
Liquid Handling (Manual)
Mass spectrometers
Material testing & characterization
Metrology
Microbiology (Clinical)
Microscopy
Moisture analysis
Nephelometry
POCT
Particle characterization
Platelet aggregation
Protection cabinets
Pumping
Rheometers
Sample preparation
Shakers and stirrers
Sterilization
Storage
Synthesis
Tablet testing
Texture analyzers
Toxicology
Urine analysis
Viscometers
Water purification
Weighing