Fetal bovine serum (FBS) is an essential component in cell culture, providing vital nutrients and growth factors necessary for optimal cell growth and functionality. Among these growth factors, Epidermal Growth Factor (EGF) is often discussed for its role in enhancing cell proliferation and differentiation. Understanding the presence and significance of EGF in FBS can greatly influence research outcomes and applications.
The Role of Fetal Bovine Serum in Cell Culture
FBS is widely used across various scientific fields, including academia, healthcare research, and biopharmaceutical development. It supplies a rich mix of hormones, vitamins, and minerals essential for maintaining the health of cultured cells. The addition of EGF to FBS can further amplify its benefits, promoting vital signaling pathways that encourage cell growth and division. This synergy between EGF and FBS underscores the importance of quality and composition when selecting serum for research purposes.
Quality Considerations in Sourcing FBS
The efficacy of FBS can vary significantly based on its source and processing methods. Researchers must prioritize quality to ensure consistent results in their experiments. ExCell Bio stands out as a leading manufacturer of high-quality fetal bovine serum, with a 19-year history dedicated to excellence. The company’s relentless commitment to quality has resulted in the establishment of its second serum manufacturing facility, ARTICA, in Uruguay, ensuring a steady supply of reliable FBS for the global research community.
ExCell Bio offers a diverse selection of FBS and newborn calf serum solutions to cater to varying application needs, empowering scientists to choose the right serum for their unique projects.
Partnering for Future Innovations
Selecting a reputable supplier of fetal bovine serum, such as ExCell Bio, is crucial for advancing scientific research. The incorporation of EGF-rich FBS not only enhances FBS cell culture performance but also fosters innovation in areas like vaccine development and antibody production. By leveraging high-quality resources, researchers can drive forward discoveries that will shape the future of biotechnology and healthcare.
