Feed Additives Bacitracin CAS 1405-87-4 Powder Raw Materials

CAS: 1405-87-4

MF: C66H102N17O16S

EINECS: 215-786-2

Specification​: 99% min Bacitracin

Sample: Bacitracin Powder

Brand: Henrikang

Appearance: Light Yellow Powder

Storage: Cool Dry Place

Shelf Life: 2 Years

Test Method: HPLC

Portal:https://henrikang.en.made-in-china.com/

Bacitracin Powder Usage and Synthesis :

Bacitracin Powder is a natural antibacterial peptide that is widely found in plants and animals. It is a small molecular peptide composed of 20-50 amino acids, with broad-spectrum antibacterial activity and strong bactericidal effect on both Gram-positive and negative bacteria. The research and application of bacitracin has become one of the current hot spots in the field of biotechnology.Feed Additives Bacitracin is mainly added to feeds as animal growth promoter. Bacitracin CAS 1405-87-4 is suitable for the treatment of canker sores, abscesses, acne, septic skin disease, amebic dysentery, gonococcus and meningococcal infections. Toxic to the kidney.

Discovery of bacteriocin

Bacillus peptides were first discovered in the 1960s. At that time, scientists began to search for new antibacterial agents when antibiotics such as penicillin failed. During the study of bioactive substances in plants and animals, some small molecule peptides with antibacterial activity were discovered, including bacillus peptides.

Structure and function of bacteriocin

The structure of bacillus peptides is relatively simple, usually consisting of 20-50 amino acids. They have different sequences and lengths, but all of them have some antibacterial activity. The molecular weight of bacillus peptides is relatively small, usually between 1-5 kDa, which allows them to easily enter the cell interior and act on intracellular targets.

The mechanism of action of bacillus peptides is complex and includes the following aspects:

• 1. Disruption of cell membrane: Bacillus peptides are able to bind to the cell membrane of bacteria, disrupting the integrity of the cell membrane and causing cell death.
• 2. Inhibit cell wall synthesis: bacteriocin can inhibit the synthesis of bacterial cell wall, which leads to cell death.
• 3. Inhibit protein and nucleic acid synthesis: Bacillus peptide can inhibit protein and nucleic acid synthesis of bacteria, which leads to cell death.
• 4. Activate immune system: Bacillus peptide can activate the immune system of the body and enhance the immunity of the body.

Application of bacillus peptide

Bacillus peptide has a wide range of application prospects, mainly including the following aspects:

• 1. antibacterial drug: because of its strong antibacterial activity, bacillus peptide can be used as a new type of antibacterial drug in clinical application.
• 2. Food preservation agent: Bacillus peptide has certain antibacterial effect, so it can be used as a food preservation agent in food processing.
• 3. Medical dressing: Bacillus peptide can promote wound healing, so it can be used as a kind of medical dressing in clinical application.
• 4. Immune enhancer: Bacillus peptide can activate the immune system of the body and enhance the immunity of the body, so it can be used as a kind of immune enhancer in the clinic.

Research progress of bacillus peptide

In recent years, with the continuous development of biotechnology, the research of bacillus peptide has also made great progress. At present, a large number of bacillus peptides have been discovered and their structure and function have been studied in depth. Meanwhile, scientists have also successfully produced a large number of bacillus peptides through genetic engineering technology, and have conducted extensive applications and research on them.

Summary

Bacillus peptide is a natural antibacterial peptide with wide application prospects. It has broad-spectrum antimicrobial activity and can disrupt cell membrane, inhibit cell wall synthesis, inhibit protein and nucleic acid synthesis and other mechanisms of action. With the continuous development of biotechnology, the research and application of bacillus peptide will be further developed and promoted.