Weak Light Emitted by Living Organisms: Results of a New Study
Research conducted in the scientific world in recent years, life processes of living organisms provides new information about. In particular, the study conducted by scientists from the University of Calgary and the National Research Council of Canada has been an important step in this field. The research, mice and some plant species, and it was observed that the weak light emitted by the organisms disappeared with the end of life.
Biophoton Release and Its Importance
In the study, the light emitted by organisms throughout their lives, ultra weak photon emission It has been stated that it is called (UPE). This light exists in parallel with the life of organisms, but it disappears significantly when life ends. A controversial issue in the field of science biophoton emission, has been associated with various supernatural claims in the past. However, this research develops a new understanding by establishing this phenomenon on scientific basis.
Experimental Method and Findings
In carrying out the experiment, mice The conditions after death were examined. In order to keep the body temperatures of the mice under control, scientists took care to keep their temperatures constant after death. In the experiment, four mice were imaged in a dark box and then euthanized and examined again under the same conditions. During this process, the amount of photons emitted after death was found to decrease significantly.
Research on Plants
A similar experiment, Arabidopsis thaliana (mouse ear cress) and Heptapleurum arboricola (dwarf umbrella tree) plants. The researchers exposed these plants to stress with physical damage and chemical treatments, and as a result, an increase in the brightness of the plants was observed. These findings show that plants also emit weak light during their life processes.
Relationship Between Stress and Light
Scientists have discovered that the source of this weak light is the increased stress response in organisms. reactive oxygen species It can be. In order to prevent the body temperature from being affected by external factors, the temperature of the mice was kept constant throughout the experiment. Thus, the accuracy of the results obtained was increased. The research develops an important method for determining the stress levels of living organisms.
Health Monitoring and Future Potential
It is thought that this light emission can be used in the future to develop health status monitoring methods for both humans and animals. In this way, the health status of organisms will be monitored with non-invasive methods. The results of the research, health sciences It opens new horizons in the field and brings to light previously unnoticed aspects of living organisms.
Conclusion and Contributions to the World of Science
This study provides an important contribution to the scientific world. Obtaining more detailed information about the life cycle and health status of living organisms paves the way for future research. In particular, examining the weak light emitted by organisms, biological research The results of the research were published in the journal The Journal of Physical Chemistry Letters and had a wide impact in the scientific community.
Suggestions for Future Research
Future studies are expected to conduct more detailed and comprehensive research on this subject. In particular, the light emitted by living organisms, stress management ve health monitoring Research can be done on how it can be used in areas. Such studies will contribute to improving the quality of life of living things.
