You Searched For: Protein Purification Resins

Using Type 1 Water (18.2 MΩ-cm) for High Performance Liquid Chromatography in the Food & Beverage Industry Tammy Goodman Commercial Manager Water Purification Thermo Scientific High Performance Liquid Chromatography (HPLC) is widely used in the fo...

33 LC Colum n Selection – C18 Reversed-Phase M aterials www.hichrom.co.uk • sales@hichrom.co.uk • Tel: +44 (0) 118 930 3660 Hichrom Lim ited C18 Reversed-Phase Materials SPECIFICATIONS OF C18 BONDED RP MATERIALS Octadecyl (ODS) or C18 bonded phase...

PRODUCT CHECKLIST ☐ Cell Biology Antibodies Cell Culture Equipment Cellular Assays and Signal Transduction Extracellular Matrices and Coated Plates Immunoassays Media Classical Mycoplasma Detection and Removal Serum Serum-Free Specialty Supplement...

Chemiluminescent Westerns Chemiluminescent Western blotting is an indirect method for detecting proteins bound on a membrane. The method relies on an enzyme-substrate reaction that emits light which is traditionally detected on x-ray film. Chemilu...

Chemiluminescent Westerns are popular assays for assessing protein expression. In this indirect detection method chemiluminescent substrates emit light when reacted with an antibody conjugated to an enzyme. The emitted light is captured and archiv...

LABORATORY CHECKLIST Clinical ☐ Blood Bank Blood Typing Tubes Prelabeled Centrifuges Copper Sulfate Solutions Crossmatch Racks Dilution Tubes Disposable Culture Tubes Disposable Pasteur Pipets Disposable Transfer Pipets Dry Bath/Block Heaters Exam...

LABORATORY CHECKLIST Clinical ☐ Blood Bank Blood Typing Tubes Prelabeled Centrifuges Copper Sulfate Solutions Crossmatch Racks Dilution Tubes Disposable Culture Tubes Disposable Pasteur Pipets Disposable Transfer Pipets Dry Bath/Block Heaters Exam...

Normalization is critical for obtaining accurate quantitative data from Western blots. Normalization accounts for unequal loading of samples across the lanes on a gel and for differences in transfer efficiency across a blot. Traditionally protein ...

The advent of digital imaging has transformed Western blot detection. Here we outline how Western blotting has changed and review qualities to look for in a digital imager. Chemiluminescence and fluorescence When most people think of imaging their...

Introduction Stain-Free gel technology enables detection of protein bands in gels and on transfer membranes without using colorimetric or fluorescent stains. Stain-Free gels (Bio-Rad) contain a trihalocompound within the gel matrix that produces a...

Detecting in-gel fluorescence enables the analysis of protein gels immediately after electrophoresis without staining or Western blotting. Separation of proteins by electrophoresis is a cornerstone of protein analysis. After separation identificat...

TECHNICAL NOTE Can a pipette tip really improve your results? Traditional pipette tips can have several issues that compromise results including: nonspecific binding of sample to the pipette tip droplet formation and poor fit. Engineers at Biotix ...

Multicolor detection is a powerful application of fluorescent Western blotting. Two or more proteins can be detected on one blot using antibodies labeled with different fluorophores (Figure 1). The ability to simultaneously assay multiple proteins...

Chemicals and other sterilization methods can affect the strength flexibility surface appearance color dimensions or weight various plastics differently. These changes can include: Sterilizing your reusable plastic labware Stress on the polymer ch...

TECHNICAL BULLETIN “Pipetting error” is a phrase that is commonly heard in research laboratories. When preparing reagent cocktails pipetting error is accommodated for. What is not typically discussed or published are the causes and ramifications o...

Fluorescent Western blots are the gold standard for quantitative Westerns. They are ideal for detecting multiple proteins simultaneously (multi-plexing) allowing in-lane normalization and detection of your protein of interest and loading control a...