High-quality biophysical characterization tools to help researchers study challenging molecular interactions, protein stability, and protein characterization.
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10 1 –10 7 Daltons. 0.1 nm–1µm. Sample volume measured. 3 µL. Walk away time. 60 min (4 chips) 10 hrs (80 chips) Temperature control. 25 o C.
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Up to 48 capillaries. 24 in capillary chip. Up to 1536 in 64 capillary chips (before need to reload) Temperature range. 15 – 95 °C (up to 110 °C with High Temperature Upgrade) 15 – 95 °C. Heating rate range. Up to 95 °C: 0.1 – 7 °C/min. Above 95 °C: 0.1 – 7 °C/min.
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Because you need to characterize the most challenging interactions. September 9, 2020. Learn why the new Monolith is the tool scientists rely on to measure the broadest range of binding affinities in-solution using very little sample. Download this brochure to learn about its brand new user friendly design, models available and new software.
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Use MST technology to measure interactions. Monolith uses MST technology to quantify molecular interactions between a target and ligand by detecting changes in fluorescence intensity while a temperature gradient is applied over time (grey box, top figure). The fluorescent signal comes from the target that is either fluorescently labeled or has ...
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Webinar. How to improve outcomes of your viral vectors for gene therapy with high-quality data from biophysical profiling methods. Optimizing your vectors for gene therapy is a daunting task. When developing and optimizing AAVs, concerns such as serotype, storage stability, expression method, and genetic fill level must be addres.
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The kit is optimized for proteins with a molecular weight higher than 5 kDa and concentrations between 2 and 20 µM. RED dyes are suited for Monolith NT.115 series and Monolith NT.Automated instruments with a RED detector (NANO and Pico) and Dianthus NT.23 series. Contents require storage at 4 °C and -20 °C. NT-L114.
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NANODSF tells thermal and chemical stability of proteins (temperature or denaturant concentration where 50% protein is unfolded). Protein Aggregation NANODSF will tell you the aggregation state of your protein at 25°C as well as the thermally induced aggregation stability (aggregation temperature). Yes-No Binding
NANO temper .
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NANO.specs defines the system include path and library parameters to use newlib-NANO. The spec file contains replacements for -lc and others to NANO equivalents, e.g. -lc_NANO. So using it in conjunction with these will make gcc still pass NANO libaries to the linker. Using rdimon.specs, -lrdimon is passed as the libgloss part of the standard ...
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Services for Fragment-based Drug Discovery. High-throughput screening assay development. In-house libraries (2 000 and 3 600 library sizes) High-throughput fragment handling (LabCyte Echo platform) High-throughput biophysical screening (MST, Dianthus, NANODSF) Hit-Validation (MST, Dianthus, NANODSF, BLI, and ITC based hit confirmation assays ...
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NANOTemper Technologies is deeply committed to the best customer experience. Central to this is a strong focus on high quality products made in Germany that enable researchers to easily ...
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NANOTemper Technologies offers Prometheus instruments for NANODSF applications, the method of choice to measure ultra-high resolution protein stability and aggregation. Key Features: Native DSF: no dye is required. Tyrosine and tryptophan fluorescence. Dual UV system: 330 nm and 350 nm fluorescence is detected.
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Spec Sheets. Download General Information and System Specifications For Westcoat Systems. ... NANO Stain Grind & Seal. NANO Stain Prep & Seal. WB Stain Grind & Seal. ... TC-74 Temper-Crete Primer & Topcoat Cement (Documents in PDF format unless otherwise specified)
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NANOFUSE SHAFT TECHNOLOGY. Epic represents the first sporting goods product that has been truly enabled by advances in NANOtechnology. Our proprietary NANOfuse material is created by harnessing the superior strength properties of NANO-crystalline metals and fusing them at the molecular level with a composite polymer substrate. The result is an entirely new high …
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Description. Founded in 2008, NANOTemper offers biophysical characterization tools to help researchers study challenging molecular interactions, protein stability, and prote... Read More. Headquarters: 400 Oyster Point Blvd, Ste 336, South San …
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The maximum mating/unmating force allowed by the NANO spec MIL-DTL-32139 is 7 ounces, and in reality, it is typically much less than that.
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NANOTemper launches Andromeda, helping Biopharma and CROs to increase efficiency of expression screening for membrane proteins SOUTH SAN FRANCISCO, Calif. June 24, 2021 — NANOTemper Technologies, well-known for creating biophysical tools that tackle challenging characterizations, enters the protein production market with...
NANOTemper tools are the quickest way to characterize proteins and perform protein sequence analysis for research in pharmaceutical, biotechnology and academia. Your choice regarding cookies on this site
NANOTemper Technologies is deeply committed to the best customer experience. Central to this is a strong focus on high quality products made in Germany that enable researchers to easily, efficiently, and accurately perform protein characterization.
NANO.specs defines the system include path and library parameters to use newlib-NANO. The spec file contains replacements for -lc and others to NANO equivalents, e.g. -lc_NANO. So using it in conjunction with these will make gcc still pass NANO libaries to the linker.
NANOTemper tools are the quickest way to characterize proteins and perform protein sequence analysis for research in pharmaceutical, biotechnology and academia. Your choice regarding cookies on this site
NANOTemper was started in 2008 after Stefan and Philipp met at Ludwig-Maximilians-University Munich. At the time, the effect of thermophoresis was not known within the Life Sciences community, but Stefan and Philipp knew that it was important. Realizing the shortcomings of current protein research techniques, they came up with a method ...
Now, NANOTemper has over 150 employees with representation in 13 countries around the world including Germany, UK, Poland, Denmark, Belgium, Netherlands, Spain, France, USA, Brazil, Russia, China, and India.
Stefan Duhr and Philipp Baaske set out to build a company to address challenges researchers were facing with the ultimate goal of helping to move science forward. NANOTemper was started in 2008 after Stefan and Philipp met at Ludwig-Maximilians-University Munich.