Definition of Transaction in Plants. Transaction in plants is a fascinating process involved in the photosynthesis of plants. It involves the transfer of all the required water and nutrients to all sections of the plant cell-be it the underground stems, the rhizomes or the leaves or the roots. In case of most plants, the main concern is the transport of oxygen to the leaves and it terminates at this limiting point based on the growth of the plant. The process of photosynthesis requires a lot of energy from the source and the process of photosynthesis in plants can be simplified by the process of translation in the form of phytoenergy.
Definition of Phytoenergy. Phytoenergy is defined as the process of using light to convert foodstuff into biological energy. Hence, it is a part of our life and it is basically involved in the process of photosynthesis that converts light into phytoenergy. Phytoenergy is a very important part of the whole Photosynthetic energy system in the ground. Phytoenergy is mainly used for the production of chlorophyll, which is responsible for the Photosynthetic life in the deep ground.
Definition of Plasmolysis in Plants. Plasmolysis is a kind of cell death in which the life force in a living cell is reversed. The process of plasmolysis in plants occurs when a proton motive force created inside a cell combines with an electron in the opposite pole of the cell. This creates new life cells in the cell (some may also die). In the process of plasmolysis, one cell will decay while the other will divide.
How Does Phytoenergy Work? Phytoenergy has been studied extensively in different fields such as microbiology and physiology. It was discovered that plants that have the ability to store chlorophyll are also capable of producing this plasmolysis process and therefore they can survive even under severe drought conditions. These plants have a great ability to trap light and thus use the process of photosynthesis. They are also able to transport the sunlight to the different parts of their root or rhizome.
How is Transport of Light? The process of Photosynthesis uses the Photosynthetic reaction and so this process involves the transfer of energy from light to the chlorophyll. The chlorophyll is transformed into a form of fuel or it can also be changed into another substance by the use of other substances. The reason why light is used for Photosynthesis is because there is a loss of charge across the Photosynthetic reaction. This loss of charge is produced as a result of division of matter between the plasmoid seeds and the chlorophyll. This process of Photosynthesis is carried on continuously by many different mechanisms, and one of them is Phytoenergy.
How is Phytoenergy Applied? There are two methods of Phytoenergy transportation; the Photosynthetic process and the Meristic process. The Photosynthetic process occurs at the base of the plant. It involves the transfer of energy from light to chlorophyll and this process is carried out by the Photosystems. The Meristic process is also very important but this is not essential for the growth of a plant.
How do Plants Use Phytoenergy? During the Photosynthetic process, the light is used to give energy to the plasmosomes, these units are then transformed into chlorophyll. The chlorophyll is then used to give energy to the roots. Phytoenergy is obtained when the process of Photosynthesis is reversed. This means that when light is used to transform food to energy the plant grows and thus the amount of Phytoenergy is used up.
How are Transport Compounds Used for Transport in Plants? Some of the best antioxidants are considered to be the best transport vehicles for transporting electrons, ions or molecules in and out of cells. Chloroplastins and phytoeneursides are two of the most efficient antioxidants and they have the capacity to transport many substances and their waste products in and out of the cell. Phytoestrogens are another efficient transport agent and they can also act as an estrogen like mechanism that could prevent breast cancer.