Last Chance Human Periostin/osf-2 Protein (osf-hm102) Now 50% Cheaper [KQqCcmnk]
Human Periostin/OSF-2 Protein Introducing the Last Chance Human Periostin/osf-2 Protein (osf-hm102) Now 50% Cheaper [KQqCcmnk], a high-quality protein essential for research and development in the fields of cell biology, molecular biology, and tissue engineering. This product is meticulou
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Human Periostin/OSF-2 Protein
Introducing the Last Chance Human Periostin/osf-2 Protein (osf-hm102) Now 50% Cheaper [KQqCcmnk], a high-quality protein essential for research and development in the fields of cell biology, molecular biology, and tissue engineering. This product is meticulously sourced and processed to ensure the highest purity and reliability, making it an ideal choice for scientists and researchers seeking accurate and consistent results in their experiments.Key Product Features
The Last Chance Human Periostin/osf-2 Protein (osf-hm102) Now 50% Cheaper [KQqCcmnk] stands out for its exceptional quality and purity, with a >95% purity guarantee. This protein is produced through a state-of-the-art expression system, ensuring a consistent and reproducible supply. Additionally, our protein is lyophilized in a buffer that maintains its stability and activity, making it ready for use without the need for additional purification steps. Here are some of the key features:- High Purity: >95% purity for reliable results.
- Expression System: State-of-the-art expression system for consistent supply.
- Lyophilized Buffer: Stability and activity maintained in a lyophilized form.
Practical Applications
The Last Chance Human Periostin/osf-2 Protein (osf-hm102) Now 50% Cheaper [KQqCcmnk] is widely used in various research applications, including cell culture, signaling pathways, and tissue engineering. This protein is particularly valuable for studying bone morphogenetic proteins and their role in cellular differentiation and development. Its versatile nature allows researchers to explore a wide range of topics, such as:- Cell Culture: Facilitates the growth and differentiation of various cell types.
- Signal Transduction: Provides insights into the mechanisms behind bone morphogenetic proteins.
- Tissue Engineering: Supports the development of new bone and cartilage tissues.
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