The sample preparation method is coupled with sequencing ... The core offers options for antibody/affinity characterization, optimization of protein extraction, and cellular pre-fractionation in cases ...

Sample preparation methods for MS-based proteomics applications are not standardized with ... and are compatible with downstream applications such as high-pH reversed phase fractionation, ...

Consultation with resource staff can help determine the appropriate analysis used for a sample type. Phosphorylation ... HPLC purification is available for the purification and/or fractionation of ...

SDS-PAGE or RP-HPLC to monitor protein fractionation. Avoid cross-contamination during sample collection by tapping the fractionation plate (96 tubing holder) on the fractionation collector ...

Sample fractionation and preclearing are both routinely used to improve the dynamic range. Low-abundance proteins, such as the tau protein in spinal fluid 8 or cytokines 9, can be detected in a ...

Protein separation using 1D SDS-PAGE. Proteolytic Digestion: In-solution or in-gel digestion performed using our DigestPro automated digestion unit to minimise sample handling. Peptide fractionation ...

Norgen’s RNA/Protein Purification Plus Kit is particularly ... as it eliminates the need for sample fractionation. Because RNA and proteins are isolated from the same sample, the results are ...

Presenting MauriceFlex, a novel protein fractionation system that enables users to collect fractions for the analysis of charge variants. Users of MauriceFlex receive: The ability to work with ...

Proteomic analyses using LC-MS/MS (Liquid Chromatography-Tandem Mass Spectrometry) are a cornerstone of modern biological research, enabling the identification, quantification, and characterization of ...

Peptide aptamers are constituted of peptide sequences, usually from 6–20 amino acids-long, constrained into a scaffold protein that contribute in increasing the aptamer affinity for the target ...