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VolumeScope™ SEM for Life Sciences (Thermo Scientific™)

The Thermo Scientific™ VolumeScope™ scanning electron microscope (SEM) is a novel serial block-face imaging solution that enables excellent z-resolution from Multi-Energy Deconvolution SEM combined with the efficiency of in situ sectioning.

Nalgene™ Torque Wrench Fittings for HDPE Closures (Thermo Scientific™)

Assure accurate torque readings when applying closures onto bottles with Nalgene Torque Wrench Fittings for HDPE Closures.

3UV Lamp (115V, 60Hz) (Thermo Scientific™)

Thermo Scientific Pierce UV Lamps are compact, multifunctional ultraviolet lamps with 252nm, 302nm and 365nm dial-selectable wavelength settings especially for use with photoactivatable crosslinkers and UV-crosslinking methods. This 115 V, 60 Hz lamp is designed for grounded outlets in the USA.

Featuresof Pierce UV Lamps:

Multifunctional—three lamps (254nm, 302nm, 365nm) selected by a turn of the dial
Efficient—unique reflector design provides maximum UV for all applications
Lightweight and ergonomic—designed for hand-held or stationary use
Small footprint—15.5" Length x 3" Width x 4.5" Depth (394mm x 76mm x 114mm)
Durable—lamp features aluminum construction and scratch-resistant finish
Versatile—8-watt lamps are ideal for a wide area of illumination, such as culture plates
Validated for crosslinking—our researchers have validated this lamp for use in crosslinking applications with diazirine and phenyl azide photoactivatable crosslinkers

These 3UV lamp from UVP is a compact ultraviolet lamp for longwave, midrange and shortwave UV applications. The lamp's innovative design allows you to dial-in the required wavelength with just the turn of a knob. The lamp is compatible with our extensive line of photo-reactive crosslinking and label-transfer reagents, including the Photo-reactive Amino Acids for discovering in-cell protein interactions.

Applications:
• Photo-reactive crosslinkers
• Photo-reactive biotinylation
Photo-reactive biotin label-transfer reagents
• Photo-reactive amino acids (

Related Products
3UV Lamp (230V, 50Hz)

Glacios™ Cryo-TEM for Life Sciences (Thermo Scientific™)

The Thermo Scientific™ Glacios™ Cryo Transmission Electron Microscope (Cryo-TEM) delivers a complete and affordable Cryo-EM solution to a broad range of scientists.

Apreo™ SEM for Materials Science (Thermo Scientific™)

Combine electrostatic and magnetic immersion technology to yield unprecedented resolution and signal selection with the Thermo Scientific™ Apreo™ scanning electron microscope's (SEM) revolutionary compound lens design.

Nalgene™ Stainless-Steel Forceps (Thermo Scientific™)

Nalgene Stainless-Steel Forceps are available in bent or straight-tip styles. Bent-tip style is designed for easy removal and manipulation of filter membranes.

Hyperion™ System for Semiconductors (Thermo Scientific™)

Thermo Scientific™ Hyperion™ system offers fast, accurate transistor probing for electrical characterization and fault localization in support of semiconductor technology development, yield engineering and device reliability improvement.

Pathatrix™ Auto Instrument (Applied Biosystems™)

The Pathatrix® Auto Instrument quickly and easily concentrates pathogens and spoilage organisms from a wide range of food and environmental sample matrices for downstream testing by PCR, immunoassay or culture. Because the Pathatrix® Auto Instrument and its companion kits concentrate and isolate specific bacteria such as Salmonella, E. coli O157:H7 and Listeria from sample volumes of up to 60 ml, they support cost-saving pooling protocols, facilitate shorter sample enrichment times to reduce overall time to results, and remove PCR inhibitors that can lead to indeterminate results.

• Fully automated – simply load and push the button
• Cost effective – supports pooling protocols that save up to 90% on downstream detection costs
• Faster time to results – concentrates target organisms from 10 – 60 ml samples, so less enrichment time is required
• Fewer false positives and indeterminates – isolates specific bacteria from background flora and PCR inhibitors
• Validated – workflows validated by the AOAC Research Institute

Simple-to-Use, Automated System
The Pathatrix® Auto Instrument automates the concentration and isolation of target bacteria from 10 – 60 ml sample volumes in only about 15 minutes. Simply add a 10-60 ml liquid sample to a sample vessel, add paramagnetic beads that are either antibody-coated or cationic depending on the target organisms of interest, and load the assembly with a filled elution tube into the instrument. Kits for the isolation of Salmonella, E. coli O157:H7, Listeria, Campylobacter and Cronobacter — which include the sample vessel, elution vessel, and corresponding beads — are available separately.

The Pathatrix® Auto Instrument uses a proprietary technology to re-circulate the entire sample over a "capture phase" where the paramagnetic particles are immobilized. Target organisms are captured onto the immobilized beads, then washed and the beads eluted. The entire process takes only 15 minutes. After elution, the captured organisms, cleaned and purified, are ready for a wide variety of detection methods including PCR, Lateral Flow, ELISA and plating on selective agar.

Protocols are universal and each cartridge can be run independently, making the system convenient and easy to use. Just load, push the button to start, and walk away.

Supports Cost-saving Pooling Protocols Validated by the AOAC Research Institute
Because the Pathatrix® Auto Instrument efficiently concentrates target bacteria from large volumes, it supports pooling protocols where up to 10 samples may be pooled after enrichment but before downstream detection. Pooling of ten post-enrichment samples reduces downstream detection costs by up to 90%. Pooling protocols validated by the AOAC Research Institute are available for Salmonella, E. coli O157:H7 and Listeria.

Reduces False-Positive and Indeterminate Results
The Pathatrix® Auto Instrument, when used in conjunction with its associated target organism-specific kits, efficiently isolates target organisms away from background flora and potential PCR inhibitors. The result is fewer indeterminate readings due to PCR inhibition and fewer false positives. The system has been successfully used upstream from PCR with "difficult" matrices such as chocolate, spices, and chicken litter samples, as well as with dozens of other food sample types.

Components
The Pathatrix® Auto Instrument includes 5 Cartridges, a Cartridge Holder, a Sample Vessel Holder and an Elution Vessel Holder. The Elution Vessel Holder includes a magnet to capture paramagnetic particles after elution.

The Pathatrix® Auto is compatible with 100-240V (50-60 Hz) power outlets, and is supplied with three different power cords (NEMA 5-15, BS 1363 and CEE 7/16 Europlug).

To speak with a technical specialist about how the Pathatrix® Auto Instrument can streamline your specific food testing workflow, please contact us.

Nalgene™ Replacement Plates for Vacuum Chambers, polycarbonate (Thermo Scientific™)

Use these replacement plates for select vacuum chambers and bell jars. Plates are molded of white polypropylene or polycarbonate, with neoprene gaskets.

3UV Lamp (230V, 50Hz) (Thermo Scientific™)

Thermo Scientific Pierce UV Lamps are compact, multifunctional ultraviolet lamps with 252nm, 302nm and 365nm dial-selectable wavelength settings especially for use with photoactivatable crosslinkers and UV-crosslinking methods. This 230V, 50Hz lamp is designed for grounded outlets in continental Europe. Adaptor required for the UK.

Featuresof Pierce UV Lamps:

Multifunctional—three lamps (254nm, 302nm, 365nm) selected by a turn of the dial
Efficient—unique reflector design provides maximum UV for all applications
Lightweight and ergonomic—designed for hand-held or stationary use
Small footprint—15.5" Length x 3" Width x 4.5" Depth (394mm x 76mm x 114mm)
Durable—lamp features aluminum construction and scratch-resistant finish
Versatile—8-watt lamps are ideal for a wide area of illumination, such as culture plates
Validated for crosslinking—our researchers have validated this lamp for use in crosslinking applications with diazirine and phenyl azide photoactivatable crosslinkers

These 3UV lamp from UVP is a compact ultraviolet lamp for longwave, midrange and shortwave UV applications. The lamp's innovative design allows you to dial-in the required wavelength with just the turn of a knob. The lamp is compatible with our extensive line of photo-reactive crosslinking and label-transfer reagents, including the Photo-reactive Amino Acids for discovering in-cell protein interactions.

Applications:
• Photo-reactive crosslinkers
• Photo-reactive biotinylation
Photo-reactive biotin label-transfer reagents
• Photo-reactive amino acids (

Related Products
3UV Lamp (115V, 60Hz)

Nalgene™ Torque Wrench Fittings for Biotainer™ Closures (Thermo Scientific™)

Assure accurate torque readings when applying closures with Nalgene Torque Wrench Fittings for Biotainer Closures.

Diluflux™ Automated Gravimetric Dilutor and Homogenizer Laboratory Blender Accessories (Thermo Scientific™)

Accurately dispense media and achieve powerful, quiet, reliable homogenization with maximum productivity in your sample preparation.

Quattro ESEM (Thermo Scientific™)

The Thermo Scientific Quattro ESEM combines all-around performance in imaging and analytics with a unique environmental mode (ESEM) that allows samples to be studied in their natural state. It is ideal for a wide variety of academic, industrial, and government labs that want the versatility and ease-of-use needed for multiple users of different experience levels and disciplines on a platform that also supports unique in situ experiments.

Nalgene™ Torque Wrench Fittings for ETFE Closures (Thermo Scientific™)

Assure accurate torque readings when applying closures onto bottles with Nalgene™ Torque Wrench Fittings for ETFE closures.

Verios™ XHR SEM for Materials Science (Thermo Scientific™)

The Thermo Scientific™ Verios™ G4 scanning electron microscope (SEM) enables new insights by extending sub-nanometer resolution over the full 1 keV to 30 keV energy range to novel materials.