In addition to the individual calcite open, Emilia Huxley created DMP. Other phytoplankton and marine algae also form this chemical compound. This organic compound is added to the sea by one billion metric tons per year and changes with it. The presence of biological molecules is considered to be the symbol of life in the sea due to the availability of more than the DMSP. Since this molecule is very high, therefore, DMSP must have played an important role in the biophysiology of phytoplankton and marine algae. There is no doubt about it. But so far nobody knows what its job is. Maybe it protects life from the empirical pressure. It probably has a role to fly around. Even maybe there is a special job of hunting and hunting.
The DMS that is made from the DMSP is first identified in the red algae polysyfonia in 1948. The DMS was responsible for the smell of sea algae. In 1956, the first DMSP breaking euphemism was identified. It was one of the many enzymes in the world, among which the newest is the DMSP Liège 1.
DMS spreads to the atmosphere and plays an important role in the world's sulfur cycles. Its intense sensation serves as a chemical composite for various sea creatures to the food source. These animals include sea birds, various invertebrates and some mammals. DMS also plays a role in cloud formation. As a result, this compound is important in controlling global climate. How? When the gas is thrown into the atmosphere, it is immediately conjugated. DMS is created by mixing DMS. DMS also acts as the nucleus of the water molecule of the molecule. It is made up of clouds. And wherever there is cloud, it will have its effect in the climate of the region. It is also not only regional but also in global climate. Clouds send reflection back to the space by increasing the reflection of solar radiation. Through this, the Earth's atmosphere is affected.
The DMS has a different smell. Some people say that the smell is like cabbage. Others literally mark it as a sea scent. These special scents are found during cooking of bit-root, asparagus and marine food. Twenty years ago Thierry Thalau, a French chemist, blamed the DMS for the tone of smell. He used a type of underground fungus and pigs to prove this theory. Nowadays, DMS is given a very low level of food for the spicy taste.
A chemical has the ability to create clouds - there is a kind of lyrical application. Clouds are important for climate change, which are quite sensitive issues in the present time. If you are well aware of the DMSP, it can be understood how it plays a role in creating DMS in the atmosphere. It is again dependent on the global expansion of bacteria and eukaryotes. How DMS is affected by different measurements of the environment or how DMS affects the environment is important in our time. On the other hand, we do not know anything about many enzymes doing the same thing as DMSP Liaison.
Understanding the role of DMS in phytoplankton's physiological, biological signaling, prevention of virus contamination, war against the predator, or the intercourse with other organisms is important. Small organisms are very important in marine sulfur cycles. It also plays a major role in the Earth's atmosphere. Through this, this creature plays a role in the whole world, we also have a part of it. Emilia Huxley is actually the creature that inspires Lavalak's famous Gaia hypothesis, the key to the hypothesis that the biological chemistry and geoscience of the Earth are closely related to each other.
The translation of the smell of the sea from Protein Spotlight 174 issue. Original author Vivienne Baillie Gerritsen.