Plant Stress Resistance Protein Function Analysis Services

Inquiry

During the process of plant growth, it will encounter abiotic and biological stress, which endanger plant development, leading to reduced crop yield and quality. However, in the long-term evolutionary process, plants can regulate the expression of stress resistance-related genes, produce corresponding proteins, and adjust their physiological state or morphology to improve stress resistance through signal transduction after sensing stress signals.

Figure 1. Framework for plant environmental regulation and immune signaling. – CD BioSciences

Figure 1. Framework for plant environmental regulation and immune signaling. (Saijo, Y., & Loo, E. P., 2020)

CD BioSciences helps clients discover and research the biological functions of plant proteins related to the stress response. By combining the omics approach, we provide functional analysis of proteins including abiotic stresses (low temperature, drought, high salt, heavy metals, etc.) and biotic stresses (pathogens, insect pests, etc.), and resolve the regulatory network.

Service Content

Plant Disease Resistance Protein Function Analysis Services

Plant Pest Resistance Protein Function Analysis Service

Plant Antifreeze Protein Function Analysis Services

Plant Drought Resistance Protein Function Analysis Service

Plant Salt Resistance Protein Function Analysis Service

Plant Heavy Metal Resistance Protein Function Analysis Service

Service Details

Identification of plant resistance proteins.
Structural detection of plant resistance proteins.
Analysis of the expression level of plant resistance genes.
In vitro activity assay of plant pest and disease resistance proteins.
Exploration of the action mechanism of plant resistance proteins, Including analysis of stress resistance performance of transgenic plants, such as

Effects of morphological and structural changes.

Effect of water metabolism.

Effect of photosynthesis.

Effect of reverse respiration.

Effects of substance metabolism.

Screening and identification of interacting proteins.
Analysis of the biological significance of interactions.

Plant stress resistance protein function analysis process.

Other Service

Analysis of the molecular/evolutionary basis of tolerance in non-model systems.
Analysis of downstream regulation of plant stress response by transcription factors.
Analysis of the effects of selective splicing on plant stress response.
Analysis of transmembrane transport regulation of protein response to pressure.
Analysis of the effect of protein on nutrient transmembrane transport.
Analysis of protein effects on intracellular transport and cellular ion homeostasis.
Analysis of stress effects at the chromatin level.
Modeling of plant stress response.

Application Fields

Elucidating the physiological and biochemical processes of major crop diseases and stress resistance.
Develop molecular markers that precisely link with important functional genes.
Breeding new crop varieties with high yield and high quality.
Protecting rare and endangered plants.
Research on co-evolutionary dynamics.
Development of biopesticides and plant defense activators.
Plant growth across regions.

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.

References

Saijo, Y., & Loo, E. P. (2020). Plant immunity in signal integration between biotic and abiotic stress responses. The New Phytologist. 225(1):87–104.
Kushalappa, A. C., & Gunnaiah, R. (2013). Metabolo-proteomics to discover plant biotic stress resistance genes. Trends in plant science. 18(9):522–531.

For research use only, not for clinical use.