When collecting fractions during chromatography, delay time plays a critical role in ensuring sample accuracy. Knowing the fraction delay time informs you when to collect your molecules of interest. Having an accurate delay time means you will collect what you see in the detector precisely and accurately. Are you curious to know more about how delay time affects your chromatography results? Read our informative article on the topic here: https://bit.ly/41iP9HU #ChromatographyTips #FractionCollection #LabOptimization #DelayTime #ScienceMatters
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When collecting fractions during chromatography, delay time plays a critical role in ensuring sample accuracy. Knowing the fraction delay time informs you when to collect your molecules of interest. Having an accurate delay time means you can collect what you see in the detector precisely and accurately. Curious to know more about how delay time affects your chromatography results? Read our informative article on the topic here: https://bit.ly/41iP9HU #ChromatographyTips #FractionCollection #LabOptimization #DelayTime #ScienceMatters
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🔬 Are you struggling to find the perfect Thermo Scientific GC columns for your analytical needs? We have the ultimate solution to simplify your search - save time and effort by quickly identifying the ideal column for your specific application. Whether you're looking for high resolution, increased sensitivity, or specialized separation capabilities, we've got you covered. 💪 Click the link below to access our guide and unlock a world of possibilities for your GC analysis. 📚✨ http://spr.ly/60469GedM #CMD #GasChromatography #AnalyticalChemistry #ScientificResearch #ThermoFisherScientific
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Skilled Analytical Chemist with extensive background in Biotechnology, Environmental, Chemical and Clinical sectors
This tool makes it so easy to get the right GC column for your analysis! Click on the link and find the perfect column for you! #anatech #thermoscientific #gccolumn
🔬 Are you struggling to find the perfect Thermo Scientific GC columns for your analytical needs? We have the ultimate solution to simplify your search - save time and effort by quickly identifying the ideal column for your specific application. Whether you're looking for high resolution, increased sensitivity, or specialized separation capabilities, we've got you covered. 💪 Click the link below to access our guide and unlock a world of possibilities for your GC analysis. 📚✨ http://spr.ly/60469GedM #CMD #GasChromatography #AnalyticalChemistry #ScientificResearch #ThermoFisherScientific
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Sales Account Manager at Thermo Fisher Scientific | Master of Science (Molecular Virology)
🔬 Are you struggling to find the perfect Thermo Scientific GC columns for your analytical needs? We have the ultimate solution to simplify your search - save time and effort by quickly identifying the ideal column for your specific application. Whether you're looking for high resolution, increased sensitivity, or specialized separation capabilities, we've got you covered. 💪 Click the link below to access our guide and unlock a world of possibilities for your GC analysis. 📚✨ http://spr.ly/60469GedM #CMD #GasChromatography #AnalyticalChemistry #ScientificResearch #ThermoFisherScientific
🔬 Are you struggling to find the perfect Thermo Scientific GC columns for your analytical needs? We have the ultimate solution to simplify your search - save time and effort by quickly identifying the ideal column for your specific application. Whether you're looking for high resolution, increased sensitivity, or specialized separation capabilities, we've got you covered. 💪 Click the link below to access our guide and unlock a world of possibilities for your GC analysis. 📚✨ http://spr.ly/60469GedM #CMD #GasChromatography #AnalyticalChemistry #ScientificResearch #ThermoFisherScientific
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In preparative chromatography, certain dependencies must be considered when separating compounds and mixtures. One great way to explain these three components of purification output is the "Magic Triangle." Watch our informative video to learn more about the balancing act of preparative chromatography, and explore our solutions for improving your sample purification and separation here: https://bit.ly/3UgkdDG #PreparativeChromatography #ChromatographyTechniques #SamplePurification #SeparationScience #MagicTriangle #CompoundSeparation #LabTechniques #ScientificInnovation #ChromatographyBalancingAct #AnalyticalChemistry #LaboratoryScience
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GC column selection can impact chromatographic performance, sample throughput and capacity. Often, chemists opt for familiar columns or those specified in methods, missing better choices. Discover the principles of method optimization to improve separations and save hours on extraneous method run times, driving efficiency and productivity. https://bit.ly/3xMsirk
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A perfect guide about GC Column. Let's talk about about GC columns and consumables. #PerkinElmer #GC #GCColumn
GC column selection can impact chromatographic performance, sample throughput and capacity. Often, chemists opt for familiar columns or those specified in methods, missing better choices. Discover the principles of method optimization to improve separations and save hours on extraneous method run times, driving efficiency and productivity. https://bit.ly/3xMsirk
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So clear and insightful, a video portraying all the benefits and advantages of the new 8850 GC
Pretty cool video for the new Agilent 8850 GC. Learn more at https://lnkd.in/eavJp97G. #gaschromatography
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Are you looking to improve the accuracy of your HPLC applications? Check out our latest white paper, "Optimizing Gradient Accuracy in HPLC Applications." This informative guide explores the use of multi-channel gradient valves and their impact on gradient mixing performance. Learn about the important valve characteristics that can enhance HPLC accuracy, including high throughput, low dead volume, rapid response time, and consistent, repeatable flow performance. Download our white paper: https://prker.co/4egP9L7 #HPLCApplications #GradientAccuracy #FlowControl
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Account Manager at Parker Hannifin, focused on supporting customer outcomes with innovative thinking and solutions
Are you looking to improve the accuracy of your HPLC applications? Check out our latest white paper, "Optimizing Gradient Accuracy in HPLC Applications." This informative guide explores the use of multi-channel gradient valves and their impact on gradient mixing performance. Learn about the important valve characteristics that can enhance HPLC accuracy, including high throughput, low dead volume, rapid response time, and consistent, repeatable flow performance. Download our white paper: https://prker.co/4egP9L7 #HPLCApplications #GradientAccuracy #FlowControl
Are you looking to improve the accuracy of your HPLC applications? Check out our latest white paper, "Optimizing Gradient Accuracy in HPLC Applications." This informative guide explores the use of multi-channel gradient valves and their impact on gradient mixing performance. Learn about the important valve characteristics that can enhance HPLC accuracy, including high throughput, low dead volume, rapid response time, and consistent, repeatable flow performance. Download our white paper: https://prker.co/4egP9L7 #HPLCApplications #GradientAccuracy #FlowControl
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