concentracion
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Concentration Density Finder | Lab Tools | Merck
Merck, The concentration density finder saves time in the lab. Find density, molar concentration (molarity), and concentration of solutions at set temperatures. -
Protein Concentration | Life Science Research | Merck
We provide gentle, membrane-based Protein Concentration options to concentrate proteins without compromising yield, even when labile or low in abundance. -
Materials and methods for large volume concentration and diafiltration with Amicon® Stirred Cells | Life Science Research | Merck
and methods for large volume concentration and diafiltartion using Amicon Stirred Cell. -
Protein Concentration for Large Volumes Samples | Life Science Research | Merck
For filtering large volumes of biological solutions, we manufacture specialized equipment including centrifugal filtering devices, discs, cells and solvents. -
Introduction to Concentration and Buffer Exchange using Amicon Stirred Cells | Life Science Research | Merck
An introduction on concertation and buffer exchange using Amicon Stirred cell. -
Protein Sample Preparation | Life Science Research | Merck
From protein extraction and protein purification, to protein concentration and desalting, we facilitate every step of your sample preparation workflow with ultrafiltration devices, magnetic beads, extraction kits and more -
High Throughput Protein Concentration | Protein Concentration - Life Science Research | Merck
For high throughput sample preparation, we provide ultrafiltration based filter plates designed for automation-compatible sample purification, protein removal, concentrating and de-salting. -
Flow Rate | Life Science Research | Merck
Flow refers to the time it takes for a particular flow stream to pass through the filter. The flow rate of a filter is important in determining how rapidly filtration can be completed. This page describes how membrane and solute characteristics both affect flow rate. Although flow rate generally decreases with pore size among membranes of a single type, membranes with the same pore size rating, but made from different materials or by different methods, can have very different flow rates. Flow rate differences can be caused by differences in thickness, porosity, and pore architecture. -
Multi-use Ultrafiltration Systems | Biopharmaceutical Manufacturing | Merck
We understand the critical factors necessary for you to achieve successful concentration and diafiltration with maximum recovery of product. From drug discovery through commercial production, we provide a range of standard and custom systems to meet your needs every step of the way.