Accurate protein quantification is an indispensable part of biological experiments. Most proteins extracted and separated through biochemical methods require quantification first. Plant proteins play a role in regulating plant growth, development, metabolism, and stress responses. Therefore, we measure the abundance or concentration of plant proteins to further analyze their potential functions in catalysis, structural support, hormone regulation, photosynthesis, transportation, and signal transduction.
CD BioSciences has advanced instruments and technology. Our services include single-sample protein quantification and multi-sample proteomics quantification. Customers only need to provide plant tissue, cell, or protein samples, and we will offer personalized customization services to deeply research plant protein's function and action mechanism.
We provide customers with quantitative services for total plant protein, and sample types are not limited to fresh and tender leaves, seeds, roots, stems, and fruits. We verify the reflection of gene expression at the protein level and provide insights into post-transcriptional and post-translational regulatory mechanisms.
Our methods | |
UV absorption value at 280 nm | BCA |
Bradford or Coomassie leucocyanin | Lowry |
CBQCA |
We provide quantitative services for functional proteins, enzymes, target proteins, antibodies, and antigens in plants. It can be applied to protein expression level analysis and biomarker concentration assessment.
Our methods | |
MALDI-TOF | ESI-MS |
ELISA | Nanoparticle Sensors |
Western Blot |
We provide quantitative services for trace plant samples (<5000 cells), including cells in early plant development and immunology research fields.
Our methods | |
SMID | Cytometric Bead Array |
Our services include comparative analysis of protein content between different samples or conditions, and identifying differentially expressed proteins related to specific physiological states, developmental stages, or environmental responses. Further research on these proteins can serve as potential biomarkers for monitoring plant health, stress tolerance, or disease resistance.
Untargeted quantitative plant proteomics
Targeted quantitative plant proteomics
Quantitative plant post-translational modification proteomics
Accurate protein quantification can support and accelerate multiple key steps in the process of plant protein research, such as
CD BioSciences is a biotechnology company focused on plant protein research, providing a variety of related services and products for environmental and energy solutions. If you are interested in our services, please contact us for more details.
For research use only, not for clinical use.