Transpiration is the phenomenon whereby water, in a gaseous state, passes through the surface of plant organs (mainly leaves) and is dissipated from the body to the outside. It not only promotes the absorption and transportation of water, minerals, and organic matter in the plant body but also can be able to reduce the temperature of the leaves. Advanced biophysical techniques can elucidate the mechanism of plant transpiration and further reveal its role in plant growth—water balance and under stress conditions.
CD BioSciences has a comprehensive biophysical platform with specialized technology to observe the stomata on plant leaves to reveal the mechanism of plant transpiration, further laying the foundation for plant growth and development research.
Applications in Transpiration Research
CD BioSciences, as a cutting-edge biophysical technology company with advanced analytical instruments and a team of experienced experts specializing in plant sciences, is committed to providing accurate and fast services to our customers to help research plant transpiration.
Drought Stress
Drought stress causes changes in stomatal conductance and any changes in stomatal behavior, such as closing or opening (stomatal conductance), are reflected in changes in plant temperature. Our biophysical platform is equipped with specialized imaging technologies for observing water distribution and structural changes in plant cells under drought stress to understand the impact of such conditions on plant transpiration. In addition, clients can also observe the morphology of leaf stomata at high resolution with our 3D imaging technology, which is crucial for the study of the mechanism of transpiration.
Temperature Detection
Plant transpiration is the physiological process by which plants release water vapor into the atmosphere through stomata when there is an adequate supply of water. We can provide a non-destructive infrared thermography technique that can quickly and non-invasively acquire surface temperature information of target objects. Through the use of infrared thermography equipment, we can detect changes in plant surface temperature in real-time and infer information such as plant transpiration intensity and water use efficiency, which in turn can help develop plant water conservation measures for precise watering.
Stomatal Observation
The opening of stomata on the leaf surface regulates the gas exchange between the plant and the atmosphere, enabling the plant to balance photosynthesis and transpiration. Stomatal conductance reflects the degree of stomatal opening of plant leaves in a certain period and is a key indicator for evaluating the efficiency of transpiration and water utilization of plants. We provide technologies such as confocal laser microscopy and fluorescence imaging to observe the opening and closing state of stomata during transpiration in plant leaves in real-time. In addition, our imaging techniques can visualize stomatal dynamics under environmental conditions and how these changes affect transpiration.
Advantages of Our Services
- High resolution. We have a range of imaging technologies for the study of plant transpiration and are committed to providing our clients with the most accurate images possible.
- Short time-consuming process. Our specialized team has extensive experience in issuing test reports in a short period, saving our clients time.
- Strong technical support. If clients have technical questions, we have experts to help solve the confusion.
Related Services
CD BioSciences integrates biology and physics to create a comprehensive analytical platform, and our specialized technical team is dedicated to the investigation of plant transpiration. If you are interested in our services, please feel free to contact us.
For research use only, not
intended for any clinical use.
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