Noggin recombinant protein is a protein prepared by human genetic engineering technology, which has important biological functions. It is widely used in the field of biomedical research, especially in stem cell culture and tissue engineering.
Catalog No. PA1000-9135
Basic information about NOG recombinant eggs:
The Noggin gene is located on human chromosome 14 and encodes a protein composed of about 232 amino acid residues. NOG egg is a secreted protein that inhibits bone formation and promotes cartilage. It plays an important role in regulating bone development and regeneration in organisms by inhibiting the signaling of bone morphogenetic proteins (BMPS), an inducible factor for bone formation, and regulating cell proliferation and differentiation.
Structural characteristics of NOG eggs:
NOG eggs are mainly composed of a core domain, which contains an N-terminal cysteine-tryptic nucleic acid-binding domain and a C-terminal bone morphogenetic protein-technical domain, which assists two small structural regions. Together, these domains construct the three-dimensional structure of the NOG egg molecule, endowing it with specific biological functions.
NOG egg function and application:
NOG eggs play a regulatory role in cell development and differentiation mainly by binding BMPS. In stem cell culture, NOG eggs can promote the differentiation of umbilical cord blood stem cells into chondrocytes, which helps cartilage regeneration. In tissue engineering, NOG eggs can also be used in the construction of biofilms to promote bone regeneration and repair.
Summary: As an important biological macromolecule, NOG recombinant eggs are widely used in biomedical research. Its unique structure and mechanism of action make it play an important role in cell biology, stem cell culture, and tissue engineering. In the future, with the continuous development of human genetic engineering technology, the research and application of NOG eggs will be further expanded.