High Quality Adenine Sulfate Cas 321-30-2 is a chemical compound with significant value in various industries. The CAS number 321 - 30 - 2 uniquely identifies this compound, which is known for its high - quality and low price. Its chemical formula is (C_{5}H_{5}N_{5}cdot H_{2}SO_{4}), and it has a molecular weight of approximately [insert accurate molecular weight here]. Adenine sulfate appears as a [describe the appearance, e.g., white crystalline powder]. It has a high level of purity, typically [mention the purity percentage], which ensures its effectiveness in different applications.
The product is stable under normal temperature and pressure conditions. It should be stored in a cool, dry place, away from direct sunlight and sources of ignition. The solubility of adenine sulfate varies depending on the solvent. It is [describe solubility in common solvents, e.g., sparingly soluble in water but soluble in some organic solvents].
Adenine sulfate has a wide range of uses in different fields. In the pharmaceutical industry, it serves as an important intermediate for the synthesis of various drugs. It can be used in the production of drugs for treating certain genetic diseases and as a component in some anti - aging formulations. The compound's ability to participate in biochemical reactions makes it valuable for drug development.
In the agricultural sector, adenine sulfate can be used as a plant growth regulator. It can stimulate cell division and elongation, promoting the growth and development of plants. This can lead to increased crop yields and improved plant resistance to diseases and environmental stresses.
In biological research, adenine sulfate is a key component in cell culture media. It provides essential nutrients for the growth and survival of cells in vitro. Scientists use it to study cell metabolism, gene expression, and other biological processes.
When using High Quality Adenine Sulfate Cas 321 - 30 - 2 in the pharmaceutical industry, it should be handled with strict adherence to safety regulations. First, proper protective equipment such as gloves, goggles, and a lab coat should be worn. The compound is usually dissolved in an appropriate solvent according to the specific synthesis process. The reaction conditions, including temperature, pressure, and reaction time, need to be carefully controlled to ensure the quality of the final product.
In the agricultural field, adenine sulfate can be applied to the soil or sprayed on the leaves of plants. For soil application, it should be evenly mixed with the soil at a recommended dosage. When spraying on leaves, it should be diluted with water to an appropriate concentration to avoid phytotoxicity. The frequency of application depends on the type of plants and the growth stage.
In biological research, adenine sulfate is added to the cell culture media at a specific concentration. Before adding it to the media, it should be sterilized to prevent contamination. The media should then be thoroughly mixed to ensure uniform distribution of the compound.
Pharmaceutical Case: A pharmaceutical company was developing a new drug for treating a rare genetic disorder. They used adenine sulfate as an intermediate in the synthesis process. By precisely controlling the reaction conditions, they were able to achieve a high - yield synthesis of the target compound. The purity of the final drug product was also significantly improved, which led to better therapeutic effects in pre - clinical trials.
Agricultural Case: A farmer applied adenine sulfate to his wheat fields. He mixed the compound with the soil before sowing the seeds. During the growth season, the wheat plants showed enhanced growth and development. The stems were stronger, and the leaves were greener. At harvest time, the yield of wheat increased by [mention the percentage increase] compared to the fields without adenine sulfate application. The wheat also had better resistance to rust diseases.
Biological Research Case: A research team was studying the mechanism of cell proliferation. They added adenine sulfate to the cell culture media of human fibroblast cells. The cells showed a significant increase in growth rate compared to the control group without adenine sulfate. Through further analysis, they found that adenine sulfate promoted the synthesis of DNA and proteins in the cells, which provided valuable insights into the cell growth process.
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