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Emprove® Extractables Data for Filters and Single-use Systems | Merck
Enabling a More Robust Extractables and Leachables Risk Assessment extractables and potential leachables. All polymeric components such as the filters and single-use systems used in biopharmaceutical manufacturing must be assessed for safety through an evaluation of extractables and potential leachables. Extractables are compounds that can be extracted from these materials while leachables are compounds that leach from the materials into the process stream. -
Pseudoproline prodotti in evidenza | Merck
Pseudoproline prodotti in evidenza | Merck -
LiChrolut®: Working Principle | Merck
All steps of solid-phase extraction can be performed rapidly and reliably using Merck's LiChrolut® extraction unit and optimized work flow. -
Pesticide Analysis with SupraSolv® and UniSolv® Solvents for Gas Chromatography | Merck
SupraSolv® and UniSolv® solvents are perfectly suited for classical pesticide analysis using GC-ECD as well as modern methods like QuEChERS using GC-MS -
Sample Preparation for Mass Spectrometry | Life Science Research | Merck
Mass spectrometry (MS) is a technique for identifying and quantifying molecules within complex mixtures, in applications like proteomics studies to environmental analysis. -
Water for IVF and ART - Impact of Water | Application | Water Purification | Merck
Water quality has been shown to affect the overall rate of success of IVF procedures -
LiChrolut® EN: Application Examples | Merck
LiChrolut® EN sorbents are ideal for solid-phase extraction of mixed polar analytes, trace analysis of polar compounds, and use at extreme pH conditions. -
Water for Microbiological Media - Impact of Water | Application | Water Purification | Merck
Water is used in many aspects of microbiological experiments. This section focuses on bacterial growth, hence water used for the preparation of culture media. -
Espansione delle pseudoproline oltre Ser e Thr | Merck
La nostra offerta di strumenti eccezionali per potenziare l'efficienza della sintesi nella Fmoc SPPS comporta una maggiore prevedibilità dell'acilazione, riducendo le sintesi non riuscite.