Quantitative Comparison of the Proteome (Up to 9,000 Proteins) Of 6-18 Samples in One Set of Analysis Using Isobaric Mass Tags
Price: $1200 per sample
Turnaround Time: 15 to 20 business days
Proteome Profiling (Up to 9,000 Proteins per Sample) From Tissue or Cell Line Samples Using Label-Free Quantitation Method
Price: $3000 per sample
Turnaround Time: 15 to 20 business days
Proteome Profiling (Up to 12,000 Proteins per Sample) From Tissue or Cell Line Samples Using the Label-Free Quantitation Method
Price: $4300 per sample
Turnaround Time: 15 to 20 business days
Mass spectrometry is the most powerful tool for proteomics to assess the relative abundance of proteins among biological samples. Numerous methodologies now support relative quantification measurements, providing a routine means to analyze protein expression patterns and post-translational modification states as a function of biological perturbation. Available options include label-free quantification, SILAC (stable isotope labeling by amino acids in cell culture) based quantification, and TMT (tandem mass tag) isobaric multiplex (up to 18plex) labeling quantification.
Poochon developed a standardized platform, PROMICMAPPER, for measuring changes in global protein expression in biological systems upon perturbations using isobaric mass tags and liquid chromatography tandem-mass spectrometry (LC-MS/MS). The PROMICMAPPER platform allows for the quantitative protein profiling of up to 9,000 proteins, or deep quantitative protein profiling of up to 12,000 proteins for a single project.
Additionally, the data generated by PROMICMAPPER can be analyzed using Poochon’s data and pathway analysis tool, PROMICPATH, which uses ten groups of housekeeping protein complexes to evaluate the completeness and variability of a proteome profile. The evaluation ensures the integrity, reliability, and reproducibility of a large set of protein profile data generated by PROMICMAPPER.
PROMICMAPPER is the most cost-efficient approach for identification of differential expression of proteins for elucidating the molecular mechanisms of perturbations and discovery of biomarkers.