111947 Results for: "AriaMx Realtime PCR System, Agilent Technologies"

Supplier: AGILENT

The AriaMx real-time PCR system is a fully integrated quantitative PCR amplification, detection and data analysis system.

Supplier: AGILENT

High-quality well plate supplies and accessories will enhance your PCR and qPCR workflow and analysis.

Supplier: Quantabio

Q qPCR cycler uses a patented magnetic induction technology to rapidly heat samples, coupled with fan-forced air for cooling to acquire data in only 25 minutes. Available as four channel models, the robust optical system acquires all channels simultaneously and allows for running the fastest multiplexed assays.

Supplier: Cole-Parmer

Patented block and optical technologies deliver extreme speed, sensitivity, and data quality.

Supplier: Q BIOANALYTIC

This product range is optimised for real-Time PCR and uses Taqman® probe technology for the detection of human pathogenic bacteria. The kits are typically co-ordinated in such a way as to enable them to be used together in one run.

Supplier: VWR Collection

The XT family of VWR® PCR thermal cyclers combine industry- and customer-inspired innovation housed in a robust, low noise design that fits on virtually any bench top. The fast ramping 96-well block is accurately controlled by eight Peltier elements ensuring reproducible PCR results and offering a gradient PCR option. Making use of advanced technology, XT cyclers can be connected via Ethernet and controlled remotely by a primary XT⁹⁶ cycler, a PC or a mobile device (smartphone/tablet). The software/App needed comes free and provides the same intuitive user interface as the touch-sensitive, sharp 7" TFT display that the XT⁹⁶ cycler is equipped with. When used as part of a remote control configuration, the XTender⁹⁶ makes a perfect secondary unit, having no built-in display, but reduced to its core function of providing excellent PCR results, while saving costs and valuable resources. Other innovative features:

Supplier: VWR Collection

The VWR® thermal cycler family combines high quality engineering with a comprehensive range of block formats. The UNO cycler is designed around a powerful, yet easy to use, software interface, and uses the same platform for both 96-well and 384-well formats. The Doppio, with two independent high speed 48-well blocks in one system, offers the optimum solution for maximum flexibility within a minimum footprint. Because of the special design of the heated lid, the height adjusts automatically to the different tube sizes.

Supplier: Thermo Fisher Scientific

Piko® PCR plates utilise ultra-thin wall (UTW) technology to dramatically reduce the thickness of the well walls, and are specifically designed for use in the Piko® thermal cycler and the PikoReal® Real Time PCR system. Piko® PCR plates have the footprint of a microscope slide. Four Piko® 24-well (96-well) plates can be snapped into the plate frame to create a standard 96-well (384-well) plate.

Supplier: Sartorius

The Microsart® ATMP Mycoplasma detection kit is especially designed for an easy and fast detection of mycoplasma in cell-based therapeutics like autologous chondrocyte transplants (ATMPs –advanced therapy medical products). Due to the short shelf life of these therapeutics, a fast result is needed. The PCR-technology makes it possible to reduce the time-to-result to only 3 hours.

Supplier: Cole-Parmer

Optimise performance of your PCRmax® In situ Hybridisation system.

Supplier: VWR Collection

Accessories for Thermal Cyclers, XT⁹⁶ and XTender⁹⁶, VWR®, Avantor

Supplier: Thermo Fisher Scientific

PP. Thermo Scientific SuperPlate™ provides four times more rigidity for superior robotic handling. Three versions are available, all with ultra-rigid SBS footprint for compatibility with automated systems, and thin walled round bottom wells for optimal heat transfer and maximum sample recovery.

Supplier: Thermo Fisher Scientific

PP. Designed for high throughput PCR, this 384-well plate is compatible with the majority of 384 block PCR and sequencing instruments. The full skirt and rigid plate deck minimise distortion during PCR making it suitable for use with robotic systems.

Supplier: Q BIOANALYTIC

Cronobacter sakazakii (formerly Enterobacter sakazakii) is found naturally in the environment and can survive in dry conditions. It occurs in dry foods, such as powdered infant formula, milk powder and starches as well as in teas. Especially young infants are at high risk developing severe meningitis, if infected. All common Real-Time PCR block cyclers are usable for the test. Each reactions contains an internal amplification control. Therefore, false negative results due to inhibition of the reaction can be excluded. The test included the UNG enzyme to prevent re-amplification of contaminating amplicons. The test can also be used for the confirmation of bacterial colonies. The Real-Time PCR Test allows the detection of the species with high accuracy and is more precise than, cultural methods often are.

Supplier: Agilent

µSIL-WAX capillaries with windows, featuring a modified, polyethylene oxide, hydrophilic coating.

Supplier: BIOPREMIER

Food safe kits provide a simple, reliable, and rapid procedure for detecting the presence of a specific pathogenic bacteria. The assay is based on 5’ nuclease Real-Time PCR reactions to amplify a unique genomic sequence in the target microorganism. PCR is a method used to amplify a specific DNA sequence which is typically amplified in a reaction containing a thermostable DNA polymerase, nucleotides, and primers complementary to the target sequence. When this solution is heated, the DNA molecule denatures, separating into two strands. As the solution cools, the primers anneal to the target sequences in the separated DNA strands and the DNA polymerase synthesises a new strand by extending the primers with nucleotides, creating a copy of the DNA sequence (amplicons). When repeated, this cycle of denaturing, annealing, and extending exponentially increases the number of target amplicons. In Real-Time PCR, specific fluorescent probes are used to detect the amplified DNA by hybridising with amplicons. These probes are linked to a fluorophore on one end and a quencher that suppresses fluorescence on the other. If the target sequence is present during the PCR, amplification occurs and the probe is degraded, resulting in fluorescence increase. Fluorescence is measured by a detector and the associated software plots the fluorescence intensity versus number of cycles, allowing the determination of the presence or absence of the target organism.

Supplier: Q BIOANALYTIC

Testing for pathogenic E. coli like EHEC, EPEC , EIEC etc. can help to prevent foodborne infections as it has taken place in 2011 with E. coli strain O104 in Germany and with strain O157 at other places in the world. The real-time PCR kit allows the detection of stx1, stx2 and the eaeA gene which covers all different strains of pathogenic E. coli. The test can also be used for the confirmation of bacterial colonies.

Supplier: Q BIOANALYTIC

Legionella spec. is tested usually with cultural methods. However, this may take up to 14 days to deliver results and some strains are living but are not culturable. Using this Real-Time PCR test you may have results already after a few hours. You can use this test in combination with an appropriate pre- enrichment or you can do a DNA purification directly from the filter without pre-enrichment. The kit is also suitable to confirm bacterial colonies on agar plates.

Supplier: Agilent

CE/MS sprayer kit and CE/MS adapter kit to couple an Agilent CE instrument with an MS system.

Supplier: Q BIOANALYTIC

The Real-Time PCR screening kit is addressing three different targets: 35S promoter; NOS Terminator; CTP2-CP4 EPSPS. The tests are all in accordance with the JRC guideline. Advantage of the CTP2-CP4 EPSPS compared to FMV detection is that the used target includes artificial sequences, which are not present naturally like the virus sequence of FMV.

Supplier: BIOPREMIER

Food safe kits provide a simple, reliable, and rapid procedure for detecting the presence of an animal species in meat and meat products. The assay is based on 5’ nuclease Real-Time PCR reactions to amplify a unique genomic sequence in the target organism. According to European Commission Directive 2002/86/EC, food ingredients have to be declared. In the case of meat and meat products, the animal species has to be disclosed on the label. Moreover, the species autenticity can be highly relevant to consumers for economic, medical, cultural and religious reasons. Fraudulent substitution of cheaper meats in place of more expensive species, the inclusion of meat in non meat (vegetarian) products and the presence of allergens in food products are clear examples for the importance of this issue (Ballin, 2010; Dooley et al., 2004). Several methods are based on identification of proteins by means of electrophoretic and/or immunological methods. However, these methods are not reliable for application in highly processed and heated products due to the protein deterioration. DNA is more stable than proteins during processing and although it can be fragmented by several processes, modern DNA methodologies like PCR-based techniques still allow the identification of DNA from the different species present in a sample (Lockley & Bardsley, 2000). Real-Time PCR techniques are especially suitable for these products because small fragments of DNA can still be amplified and identified with high sensitivity and specificity (Dooley et al., 2004).

Supplier: Q BIOANALYTIC

Real-Time kit for the detection of Staphylococcus aureus.

Supplier: Q BIOANALYTIC

Vibrio vulnificus causes severe wound infections and is harmful when ingested. 33% of patients being infected die. The detection in food and water samples using this Real-Time PCR Test is very rapid and versatile. You have results available already after 24 hours. You can use this test in combination with an appropriate pre- enrichment in alkaline peptone-water or you can confirm bacterial colonies on agar plates.

Supplier: Q BIOANALYTIC

Pseudomonas aeruginosa is tested usually with cultural methods. However, this may take several days to deliver results. Using this Real-Time PCR test you may have results already after a few hours using a DNA purification directly from filtered water without pre-enrichment. You can also use this test in combination with an appropriate pre- enrichment according to DIN EN ISO 20837. The kit is also suitable to confirm bacterial colonies on agar plates.

Supplier: Q BIOANALYTIC

Food safety experts like the German DGHM recommend to test warm water fish for Vibrio parahaemolyticus. With this Real-Time PCR test you have a very versatile method for food testing, which can gives you results within 24 hrs. The test was developed and validated within the German Network for Vibrio Research “VibrioNet” with many scientific institutions involved. It can be applied for food and sea water samples. In case of positive results you may be interested to determine whether or not the present strain has the ability to produce toxins (tdh/trh). You can use our Real-Time PCR Test for toxicity gene of Vibrio cholera for this purpose VWR catalogue number: QBIAQB-RTI-50. You can use this test in combination with an appropriate pre- enrichment in alkaline peptone-water or you can confirm bacterial colonies on agar plates.

Supplier: Q BIOANALYTIC

Sus scrofa (pork) halal and kosher food does exclude pork meet. To make sure that pork meat is really absent in complex food it is advisable to test for the presence of it using our Real-Time test. Positive DNA and all required components are included in the kit.

Supplier: Q BIOANALYTIC

Food safety experts like the German DGHM recommend to test warm water fish for vibrio cholerae . With this Real-Time PCR test you have a very versatile method for food testing, which can gives you results within 24 hrs. The test was developed and validated within the German Network for Vibrio Research 'VibrioNet' with many scientific institutions involved. It can be applied for food and sea water samples. In case of positive results you may be interested to determine whether or not the present strain has the ability to produce toxins. You can use our Real-Time PCR Test for toxicity gene of Vibrio cholera for this purpose VWR catalogue number: QBIAQB-RTI-19. You can use this test in combination with an appropriate pre- enrichment in alkaline peptone-water or you can confirm bacterial colonies on agar plates.

Supplier: Q BIOANALYTIC

Hazel-nut is allergenic for a considerable number of individuals. Using DNA based tests also processed food samples might be tested. Our Real-Time PCR test exhibits the required limit of detection laid down in the codex alimentarius. The Real-Time PCR kit has a limit of detection of ≤ 20 DNA-copies. The limit of detection can be influenced by sample matrix, level of processing, DNA-preparation and DNA-content.

Supplier: Q BIOANALYTIC

Vibrio parahaemolyticus tox gene (tdh/trh): Food safety experts like the German DGHM recommend to test warm water fish for Vibrio parahaemolyticus. With this Real-Time PCR test you have a very versatile method for testing whether or not the present strain has the ability to produce toxins (tdh/trh). You can use our Real-Time PCR Test for Vibrio parahaemolyticus for testing for the presence of the species before. You can use this test in combination with an appropriate pre- enrichment in alkaline peptone-water or you can confirm bacterial colonies on agar plates.

Supplier: Q BIOANALYTIC

Kit for Vibrio cholerae tox gene (ctx). Food safety experts like the German DGHM recommend to test warm water fish for vibrio cholerae. With this Real-Time PCR test you have a very versatile method for testing whether or not the present strain has the ability to produce toxins. You can use our Real-Time PCR Test for Vibrio cholerae for testing for the presence of the species before. You can use this test in combination with an appropriate pre- enrichment in alkaline peptone-water or you can confirm bacterial colonies on agar plates.