| Description | 4titude gas permeable adhesive seal, peelable; suitable for cell culture Our Cell Culture Adhesive Seal is a gas permeable adhesive seal which seals assay and tissue culture plates, microplates and storage plates. The seal prevents evaporation and contamination whilst enabling cells to breathe. It is 4titude gas permeable adhesive seal, peelable; suitable for cell culture Our Cell Culture Adhesive Seal is a gas permeable adhesive seal which seals assay and tissue culture plates, microplates and storage plates. The seal prevents evaporation and contamination whilst enabling cells to breathe. It is made of a non-woven fiber with an acrylate adhesive layer for effective sealing. The seal has a low moisture transfer rate and a porosity enabling gas exchange. Due to its paper-based material it should not be used in wet conditions. The seal is suitable for cell culture and enables long term culture with significantly reduced evaporation. For all adhesive seals, the best sealing results are achieved using the hand held Adhesive Seal Roller (4ti-0502). Key Features: - Peelable
- Seal integrity range: -20°C to 40°C
- Gas permeability rate: 8,900m3/m2/day
- Moisture vapor transmission rate (very low): 4,200g/m2/day
- Air porosity: 10 sec/100 cc/im2
- RNase/DNase free
- Application: bacterial and eukaryotic cell culture
- Sheet format: 135 x 80mm
- Available sterile (4ti-0517/ST)
... Read More | 4titude 190μl square wells, V shaped bases, clear polypropylene. This plate is designed for high density sample collection and storage, for a wide array of applications within cell biology, molecular biology and drug discovery. The V shaped wells allow for complete sample retention with 4titude 190μl square wells, V shaped bases, clear polypropylene. This plate is designed for high density sample collection and storage, for a wide array of applications within cell biology, molecular biology and drug discovery. The V shaped wells allow for complete sample retention with pipettes, and are ultra-flat for a completely uniform seal, either with adhesive or heat seals, or with our accompanying silicone sealing mat (4ti-0139). Our plates are manufactured in cleanroom facilities which are certified free of RNase, DNase, human genomic DNA and endotoxins. We use only the highest medical grade virgin polypropylene with high resistance against chemicals such as DMSO, phenol, and chloroform. Key Features: - Made from polypropylene, a material with very low biomolecular binding characteristics, a high temperature tolerance and resistance to many standard laboratory chemicals, including DMSO
- Autoclavable
- Free from DNase, RNase, human genomic DNA, and endotoxin
- Conical V-bottoms
- Square wells, to make the best use of space, and to improve mixing
- Alphanumeric grid reference to aid well and sample identification
- SBS footprint
- Clear plate, perfect for storage applications
- Temperature range for use: -80°C to 120°C
- Best for precipitation, centrifugation and small volume recovery due to the conical V bottom, as the liquid gathers at the lowest point of the V for easy pipetting
- Stackable
- Suitable for adhesive and heat sealing
- Non-sterile as standard, sterilization available upon request; contact an expert for details and pricing
- Available barcoded upon request
- A clear silicone sealing mat (4ti-0139) is also available to fit this product, with 384 sections to correspond with the wells of this plate
... Read More | 4titude 190μm clear base imaging microplate, black frame. Optically Clear Tissue Culture Plates have been designed for high content screening (HCS) assays in drug development and related areas. They are also suitable for homogeneous assays, employing fluorescence intensity, FRET and TR-FRET 4titude 190μm clear base imaging microplate, black frame. Optically Clear Tissue Culture Plates have been designed for high content screening (HCS) assays in drug development and related areas. They are also suitable for homogeneous assays, employing fluorescence intensity, FRET and TR-FRET where measurements are bottom-read. The high-quality optical base plate assures the necessary accuracy and consistency for automated high throughput systems, generating optimum signal-to-noise ratios. Using state-of-the-art manufacturing technology, we have developed a product which offers several key advantages to the end user. Optically Clear Tissue Culture Plates are assembled using unique patented laser welding technology which reduces auto fluorescence and does not inhibit cell growth. Available with 190μm polystyrene base. Available TC treated: our advanced tissue-culture (TC) treatment method evenly coats each well for optimal cell adhesion properties for highest reproducibility between wells, plates and batches. Key Features: - Leak free
- Free from DNase, RNase, human genomic DNA, and cyto-toxic
- Optimum signal-to-noise ratios
- Good cell adhesion
- Wicking and bubble formation eliminated
- SBS footprint
- Alphanumeric grid reference
- Recommended for confocal microscopy due to reduced cross-talk and superior base flatness
- Reduced auto fluorescence ensures their suitability for fluorescent assays
- Suitable for assays that measure absorbance in the visible light range (400-900nm wavelengths)
- Suitable for colorimetric assays
- Suitable for homogeneous assays
- Suitable for use in BMG lab tech, Molecular Devices, Promega Glomax and other plate readers
- Suitable for adhesive and heat sealing: our Moisture Barrier Seal 96 (4ti-0516/96) is recommended as it is optically clear and allows repeated imaging without removal, reducing contamination risks
- Available with 190μm polystyrene base
- All plates come sterilized, apart from 4ti-0224
- TC treated option available (4ti-0221)
- Available barcoded upon request
... Read More | 4titude ultra-clear base imaging microplate. The main advantage of using Ultra Optically Clear Plates is in the optically ultra-clear base of the plate, which gives superior results by delivering low absorbance and high transmission, together with low background signals. Not only this, but due to 4titude ultra-clear base imaging microplate. The main advantage of using Ultra Optically Clear Plates is in the optically ultra-clear base of the plate, which gives superior results by delivering low absorbance and high transmission, together with low background signals. Not only this, but due to its incredible optical clarity, the ultra-clear base of these plates delivers improved transmission of signals at low wavelengths compared to standard optical films. It allows DNA measurements at 260/280nm wavelengths in a medium or high throughput. Key Features: - Free from DNase, RNase and human genomic DNA
- Ultra-clear base improves transmission for low wavelengths
- Optimum signal-to-noise ratios
- Alphanumeric grid reference to aid well and sample identification
- Suitable for adhesive and heat sealing
- Available barcoded upon request
- Lid available (4ti-0290)
... Read More | A unique PCR tube featuring a patent pending dual-cap mechanism, 2D datamatrix code as well as a human readable identification, allowing for wide-ranging workflow versatility. Innovative features allow for utilization as a consumable suitable for sample collection/transport that can be directly A unique PCR tube featuring a patent pending dual-cap mechanism, 2D datamatrix code as well as a human readable identification, allowing for wide-ranging workflow versatility. Innovative features allow for utilization as a consumable suitable for sample collection/transport that can be directly processed for analysis, ideal for genetic testing workflows. Key Features: - Free from DNase, RNase and human genomic DNA
- Leak tested
- Polypropylene, ultra-thin walled, low DNA binding tubes make for optimum PCR results and mitigation against DNA loss from samples
- Tab on side of cap includes a 2D datamatrix code and human readable number
- Tab on collar of hinged lid makes for quick and secure sample trackingn
- Capability to work with automation, tubes are compatible with 48-format SBS footprint rack, see Ordering Information for part number
- PCR tube with patent pending cap-in-cap design, sample identifiers and automation friendly capabilities offer a flexible, scalable solution
- Hinged lid allows for flexibility for use in manual workflows, alongside mitigating against contamination
- Screw cap using Azenta Life Sciences Acoustic technology enables workflow scale up capabilities and consumable consolidation
... Read More |