Search results for "Thermo Fisher Scientific"

Researchers are working diligently to gain greater insight and a better understanding of SARS-CoV-2 (COVID-19). It all starts with having the right tools for the job. Robotic tips are critical for the scientific discovery process when it comes to high throughput diagnostic workflows and research-based testing for COVID-19.The new Axygen® Maxymum Recovery® tips have been developed to work with the Agilent/Velocity11 and MGI Tec…

Researchers are working diligently to gain greater insight and a better understanding of SARS-CoV-2 (COVID-19). It all starts with having the right tools for the job. Robotic tips are critical for the scientific discovery process when it comes to high throughput diagnostic workflows and research-based testing for COVID-19.The new Axygen® Maxymum Recovery® tips have been developed to work with the Agilent/Velocity11 and MGI Tec…

Researchers are working diligently to gain greater insight and a better understanding of SARS-CoV-2 (COVID-19). It all starts with having the right tools for the job. Robotic tips are critical for the scientific discovery process when it comes to high throughput diagnostic workflows and research-based testing for COVID-19.The new Axygen® Maxymum Recovery® tips have been developed to work with the Agilent/Velocity11 and MGI Tec…

Rota-Rack® Duo Tube Rack - Work with PCR® tubes right next to centrifuge tubes Dilute or take off concentrate using one rack. The 0.2mL tube wells in the Heathrow Scientific Rota-Rack® Duo Tube Rack are oriented in standard 96-well format. Use the Rota-Rack® Duo Tube Rack with PCR transfer trays. Rotate the rack to customize it for your application. Rotate to work with ninety-six 0.2mL tubes and forty-eight 0.5mL tubes. Turn…

This unique formulation of cell culture freezing media is for cryopreservation of a broad spectrum of mammalian cells (see viability data)and is ES cell qualified. Freezing Media contain 10% of the active cryopreservation ingredient (either DMSO or Glycerol). The remaining 90% is a proprietary mixture of Calf and Fetal Bovine Serum. The reagents used in these products are certified to be virus and mycoplasma free. The sera ut…

With the pipette controller VITLAB pipeo®, pipette handling is simple and comfortable. The ergonomic handle, very light weight - only about 190 grams - and excellent balance all contribute to operating ease. Freely and precisely adjust the speed of the liquid discharge with one hand using the two easily accessible buttons. A 50 ml pipette can be filled, quietly and with minimum vibration, in less than ten seconds. The VITLAB p…

For Cost-Effective Filtration of Buffers, Tissue Culture Media, and Other Biological Solutions. Newer technology recommended for simplified scale-up Disposable design reduces labor costs associated with assembling, cleaning, and testing stainless steel filter holders Encapsulated format for ease of use Extended life with built-in MachV asymmetric prefilter layer for maximum flow and throughput performance Low adsorption and hi…

Agilent SureSelect DNA panels are predefined designs which focus on targeted gene sets for specific applications. Agilent offers two human panels, the SureSelect Human Kinome panel and SureSelect X-Chromosome panel. The SureSelect Human DNA Kinome panel targets a comprehensive set of kinases and kinase related genes for enrichment, targeting over 500 kinases and 612 genes. The SureSelect X-Chromosome panel targets all of the g…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway.  Identify specific stimuli that leads to th…