SWATH Quantitative Proteomics of Plant Root Systems

The root system of plants is not just an organ for absorbing water and nutrients, but also a highly complex and dynamic biological system. The root system plays a crucial role in the life process of plants, from germination, growth, coping with environmental stress, to interacting with microorganisms in the soil, each step involves specific proteins. And SWATH quantitative proteomics allows us to accurately quantify and functionally analyze these proteins.

 

SWATH Quantitative Proteomics

SWATH, the acronym for Sequential Window Acquisition of all Theoretical Mass Spectra, is a novel mass spectrometry data acquisition strategy. It can capture all possible proteins and peptides in a single experiment, ensuring complete coverage of the proteome and achieving high-precision quantification.

 

MtoZ Biolabs' Exploration and Practice in This Field

Considering the unique characteristics of plant root systems, MtoZ Biolabs has optimized the SWATH technology platform to ensure high coverage and accurate quantification of the proteome of plant roots. Through this technology, we have successfully helped many researchers tackle difficult problems in the analysis of root proteomes.

 

Application

1. Dynamic Changes in Protein During Root Development Stages

With SWATH technology, protein expression patterns at different stages of root development can be observed, revealing the molecular mechanisms of root growth and differentiation.

 

2. Root-Microbe Interactions

Interactions between root systems and soil microbes are key to the health of plants. Our technology can reveal the protein basis of this interaction.

 

3. Environmental Stress Response

By analyzing the protein expression of plant root systems under different environmental stresses, valuable information can be provided for plant stress resistance breeding.

 

MtoZ Biolabs not only provides technology services for SWATH quantitative proteomics of plant roots, but also discusses the direction and strategy of research with researchers to help them better understand the mysteries of the life of plant roots. Welcome to contact us to explore more possibilities together!