What is the connection between chlorophyll and magnesium?

chlorophyll and magnesium are related to the chlorophyll molecule contains the ion magnesium. Green plants are dependent on chlorophyll for photosynthesis and magnesium is required for chlorophyll production. This element is therefore an essential nutrient for green plants. In the photosynthesis process, green plants use energy from sunlight to synthesize glucose from water and carbon dioxide. Oxygen is produced as a by -product of this reaction, and therefore this process is largely responsible for maintaining oxygen levels on the planet.

The chlorophyll structure allows it to play a key role in photosynthesis. Chlorophyll molecules are porphyrins, a group of compounds that have a common arrangement of four nitrogen atoms with space in the center that allows them to integrate a metal ion before they can connect with nitrogen atoms. This creation exists in the molecules of chlorophyll and the ions of magnesium sits in the middle. Porphyrins are often strongly colored because of their tendency to absorb the light of specific frequencies. Chlorophyll absorbs the greateven efficiently red and blue light, so green light reflects back; This corresponds to the color of green plants.

There are a number of steps involved in photosynthesis, but basically this includes the transmission of electrons from water (H _{2 o) to carbon dioxide (CO 2 ), which releases oxygen (o 2 ) to combine water to combine with glucose to combine with glucose. Carbon dial to combine with glucose to combine with glucose to combine with glucose (C 6 H o 6 ) - the simplest carbridge. The process is very complicated, but monitors the equation: 6h 2 O + 6co 2 → 6O + C 6 h 12 o 6 . Glucose is the main source of energy for plant cells and also for animals that obtain it directly or indirectly from plants. In one decisive step, svThe absorbed chlorophyll excitates electrons in the molecules, allowing them to transfer to other molecules. Chlorophyll and magnesium are connected in this step because the magnesium helps the molecule to absorb light and keeps the electrons in an excited state to be transmitted.}

In addition to its role in chlorophyll, magnesium also participates in carbon dioxide, which provides carbon for glucose production. It helps to activate the enzyme of ribulosis-1,5-biphosphate carboxylase oxygenase (Rubisco), which catalyzes the integration of carbon dioxide into molecules that are involved in photosynthesis. This process is known as fixation of carbon dioxide.

The production of the availability of chlorophyll and magnesium in the soil is strongly related. Magnesium deficiency is manifested in plants yellowing of the leaves between veins. This is known as chlorosis and tends to be seen first in older leaves, because the plant decomposes chlorophyll in the elderly planns to maintain levels in active growing areas. If the lands are not in this elementAtheed, can be treated with a source of magnesium, such as ground dolomitic limestone or magnesium sulphate, also known as Epsom salts.