You Searched For: 4-Methyl-3-(trifluoromethyl)phenol
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Get started with MinION - Oxford Nanopore's portable sequencer
/cms/de/minion_oxford_nanopore
Get started with MinION - Oxford Nanopore's portable sequencer Webinar Thursday 28th October 2021 15:00 to 16:00 CEST (Berlin Paris Madrid) Replay Email Alerts Free Registration Chat Area Replay for 1 Year In this webinar James Brayer will provide...
Get started with MinION - Oxford Nanopore's portable sequencer
/cms/minion_oxford_nanopore
Get started with MinION - Oxford Nanopore's portable sequencer Webinar Thursday 28th October 2021 15:00 to 16:00 CEST (Berlin Paris Madrid) Replay Email Alerts Free Registration Chat Area Certificate of attendance In this webinar James Brayer will...
PESTINORM® headspace solvents
/cms/01146AABD0DD4AE7A41B0AC63938B467
PESTINORM® headspace solvents High purity solvents for organic volatile impurity analysis Static headspace GC (GC-HS) is a technique used to concentrate volatile analytes prior to analysis. It can improve detection of low levels of volatile analyt...
Spotlight: Real-time
/cms/spotlight_real-time_microbial_sequencing
Spotlight: Real-time microbial sequencing MinION™ devices from Oxford Nanopore enable rapid and comprehensive analysis of microbial samples — from real-time species identification and antimicrobial resistance (AMR) profiling to plasmid verificatio...
15 Common Laboratory Chemicals and How to Arrange Them
/cms/common-laboratory-chemicals
15 Common Laboratory Chemicals and How to Arrange Them To operate a successful laboratory you must select the proper chemicals to support safe and effective procedures. Depending on the goals some chemicals will work better than others cutting dow...
15 Common Laboratory Chemicals and How to Arrange Them
/cms/common-laboratory-chemicals
15 Common Laboratory Chemicals and How to Arrange Them To operate a successful laboratory you must select the proper chemicals to support safe and effective procedures. Depending on the goals some chemicals will work better than others cutting dow...
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices
/m-sk.vwr.com/sk_SK/images/Nucleic-acid-quantitation-and-analysis-using-the-Q.pdf
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices Benefits • Minimal sample usage as little as 0.5 µL • Accurate DNA Quantitation from 1.0 ng/µL to 2500 ng/µL • LCD touchscreen for stand-alone experim...
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices
/m-pt.vwr.com/pt_PT/images/Nucleic-acid-quantitation-and-analysis-using-the-Q.pdf
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices Benefits • Minimal sample usage as little as 0.5 µL • Accurate DNA Quantitation from 1.0 ng/µL to 2500 ng/µL • LCD touchscreen for stand-alone experim...
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices
/m-ch.vwr.com/fr_CH/images/Nucleic-acid-quantitation-and-analysis-using-the-Q.pdf
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices Benefits • Minimal sample usage as little as 0.5 µL • Accurate DNA Quantitation from 1.0 ng/µL to 2500 ng/µL • LCD touchscreen for stand-alone experim...
Organic Building Blo
/cms/alfa_aesar_organic_building_blocks
Organic Building Blocks and Intermediates Organic compounds are gaseous liquid or solid chemical and whose molecules contain carbon. Unlike most other elements carbon forms strong bonds to other carbon atoms and to a wide variety of other elements...
Pens and Markers for Superior Documentation
/cms/pens_and_markers
Pens and Markers for Superior Documentation Good documentation practices are imperative across controlled environments. From low sodium ink pens for electronics/semiconductor paper records to irradiated markers for labeling plastic glass and paper...
Oxford Nanopore Technologies
/cms/oxford_nanopore_technologies
Oxford Nanopore Technologies To enable the analysis of anything by anyone anywhere. Oxford Nanopore makes a novel generation of DNA/RNA sequencing technology that provides rich data is fast accessible and easy to use. Our goal is to disrupt the wa...
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices
/m-be.vwr.com/nl_BE/images/Nucleic-acid-quantitation-and-analysis-using-the-Q.pdf
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices Benefits • Minimal sample usage as little as 0.5 µL • Accurate DNA Quantitation from 1.0 ng/µL to 2500 ng/µL • LCD touchscreen for stand-alone experim...
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices
/m-ch.vwr.com/de_CH/images/Nucleic-acid-quantitation-and-analysis-using-the-Q.pdf
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices Benefits • Minimal sample usage as little as 0.5 µL • Accurate DNA Quantitation from 1.0 ng/µL to 2500 ng/µL • LCD touchscreen for stand-alone experim...
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices
/m-at.vwr.com/de_AT/images/Nucleic-acid-quantitation-and-analysis-using-the-Q.pdf
Nucleic acid quantitation and analysis using the QuickDrop Spectrophotometer | Molecular Devices Benefits • Minimal sample usage as little as 0.5 µL • Accurate DNA Quantitation from 1.0 ng/µL to 2500 ng/µL • LCD touchscreen for stand-alone experim...
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