Quantitative Plant Proteomic Platform
Quantitative plant proteomics is based on MS technology, by comparing the abundance of proteins and thus exploring the functions of critical proteins in growth, development, and stress.
CD BioSciences's quantitative plant proteomics platform provides robust technical and scientific support to help scientists gain insight into the composition, structure, and function of proteins in plant cells. Please view our quantitative platforms listed below.
Our Platforms
iTRAQ/TMT platform
TRAQ/TMT labels all proteins expressed in the genome or all proteins within a complex mixed system, using secondary reporter ions in the labeling reagents for precise protein identification and quantification.
SILAC platform
SILAC technique uses non-radioactive stable isotopes to label metabolic pathways or biochemical reactions occurringin vivo and compares them to commonly labeled components to determine relative content changes.
MRM/SRM platform
MRM is a targeted quantitative proteomics method that selects signals that conform to the rules of the target ions in a targeted manner for MS data acquisition based on information about the target molecule.
PRM platform
PRM enables simultaneous relative or absolute quantification of multiple target proteins in complex samples. It offers higher precision, sensitivity, better reproducibility, and greater background interference resistance.
4D label-free platform
4D Label-free technology combined MS and time-resolved to analyze the temporal expression of proteins in biological systems. It combines information from time points to quantify temporal changes in proteins.
4D-DIA platform
4D-DIA is based on timsTOF Pro ion mobility and performs differential quantitative proteomics by data-independent acquisition-synchronous accumulation sequential fragmentation (diaPASEF) scanning mode.
SWATH platform
The SWATH technique divides the mass spectrometry scan into small windows, performing high-speed primary mass spectrometry scans and secondary MS/MS analyses of all peptide ions within the scanning interval.
PEA platform
PEA is a targeted proteomic quantification method combining immunoassay and PCR or NGS technology, using DNA aptamers to bind target proteins, and sequencing for quantification after amplification of hybridized probes.
Why Choose Us?
As a leading biological company specializing in quantitative platforms for plant proteomics, we have several critical strengths that set us apart.
- Our instruments and methods are designed to provide accurate, sensitive, and high-throughput protein quantification, ensuring reliable and robust results.
- We offer comprehensive solutions for plant proteomics, covering protein extraction, purification, quantification, and data analysis.
- We value open communication and actively participate in knowledge sharing to help researchers stay at the forefront of plant proteomics research.
- Our quantitative plant proteomics platform has multiple applications in various fields such as agriculture, plant breeding, biotechnology, and environmental research. By providing researchers with powerful tools and insights, we contribute to the advancement of plant science and the development of sustainable solutions.
CD BioSciences is a leading biological company specializing in cutting-edge quantitative platforms for plant proteomics. With a wealth of expertise and cutting-edge technologies, we offer comprehensive solutions for researchers and scientists involved in plant protein research. If you have any questions, please feel free to contact us.
For research use only, not for clinical use.