Tetracycline, identified by CAS number 60-54-8, is a compound that has played a pivotal role in combating infectious diseases and advancing scientific understanding. Its broad-spectrum activity and diverse applications make it a subject of continuous interest in both clinical and research settings.

In the medical field, Tetracycline has been a go-to antibiotic for treating a variety of bacterial infections. Its effectiveness against conditions like acne, cholera, brucellosis, plague, malaria, and syphilis highlights its versatility. The Tetracycline applications extend beyond human medicine, finding use in veterinary practices as well. However, awareness of Tetracycline side effects teeth is crucial, as its use during tooth development can lead to permanent discoloration, a critical factor in prescribing guidelines.

The scientific community leverages Tetracycline extensively for various Tetracycline research uses. Its well-understood mechanism of action—inhibiting bacterial protein synthesis—makes it an invaluable tool for studying bacterial physiology and the development of antibiotic resistance. In molecular biology, Tetracycline is instrumental in creating sophisticated gene regulation systems, allowing researchers to precisely control gene expression in laboratory experiments. This has been instrumental in fields like genetics and biotechnology.

Furthermore, the Tetracycline historical development is a significant aspect of its profile, tracing back to its discovery and subsequent widespread use. Understanding its journey provides context for its current importance and the evolution of antibiotic therapy. The Tetracycline manufacturer information available from suppliers details its purity, handling, and other critical specifications, ensuring its reliable use in diverse applications.

The ongoing study of Tetracycline's multifaceted nature, including its chemical properties and biological interactions, continues to reveal its broad impact. From its foundational role in fighting infections to its cutting-edge applications in research, Tetracycline remains a vital compound in the scientific and medical landscape.