Plants & Environment

Plants & Environment

Plants interact with their environment. The environment around plants provides sunlight, air, water, nutrients, suitable temperature, and other conditions necessary for plant growth, whereas plant growth will have an impact on the environment, for example, the growth of the root system of the plant rotting plants will affect the structure and composition of the soil. Plants can maintain soil and water, as well as regulate the climate, and changes in plant species can lead to changes in biological species. Biophysical technologies provide a rich variety of methods and tools for studying plant-environment interactions, providing technical support for plant breeding, agricultural production, and ecological protection.

CD BioSciences, as a professional biophysicist, has a full range of technological platforms for the study of plant-environment interactions, which in turn provide powerful tools for in-depth understanding of plant life activities and environmental adaptations.

Applications in Molecular Diagnostics

CD BioSciences provides advanced biophysical technologies such as advanced spectral analysis and thermal imaging and is committed to laying a solid foundation for plant science research.


We provide spectral analysis technology to quickly obtain light intensity and related parameters in each spectral band of photosynthetically active radiation, offering data for supplemental light and developing rational photoperiods for agriculture. Since plants have different absorption and reflectance spectral properties in different bands, accurate measurement of the effects of different bands on plant growth and development can help to understand how plants can optimize their photosynthetic efficiency.

Temperature, Humidity, and Stress

We can offer advanced biophysical techniques such as infrared spectroscopy and thermal imaging for real-time monitoring of physiological responses to temperature changes, humidity fluctuations, and environmental stress. These responses include the opening and closing of stomata, regulation of transpiration, and production of defense substances. By analyzing these data, we can gain insight into how plants adapt to or resist unfavorable environmental conditions.


We offer a range of spectral analysis and imaging techniques to help study the interactions between plant roots and soil. Using our imaging techniques, we can explore the mechanisms of water and nutrient uptake by the root system and the physical properties of the soil can reveal factors that influence plant growth and development. In addition, our biophysical techniques can be used to study the interactions between roots and soil microorganisms or soil fauna, providing technical support for maintaining the balance and stability of ecosystems.


Plants can sense and respond to chemicals in the environment, such as hormones, nutrients, and toxic substances. We provide specialized surface plasmon resonance (SPR) technology and electrochemical sensors that can monitor the plant's response to these chemicals in real-time, thus revealing their relationship with plant growth.

Advantages of Our Services

  • Personalized service. Our technical team has the experience and expertise to provide customized solutions and quality service.
  • Advanced technology platform. We have established a full range of biophysical technology platforms that can be used for the detection and analysis of a wide range of research.
  • Short time-consuming. We have the ability to save time by responding quickly to clients with accurate data results.

Related Services

CD BioSciences, a leading biophysics technology company, strives to provide specialized analytical services for the interaction between plants and their environment, which further provides a solid foundation for agricultural production. If you are interested in our analytical services, please contact us.

For research use only, not intended for any clinical use.
Related Services
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CD BioSciences is a biotechnology company focused on biophysical services. We are proficient in both chemistry and biophysics, and have a comprehensive biophysical platform containing a wide range of advanced technologies.

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