collagen

Anti-Human/Mouse denatured collagen type-I Antibody (XL313) is an IgG1, κ inhibitor derived from mice, targeting denatured collagen type-I in both human and mouse.

This is a peptide inhibitor of collagen fibrillar matrix assembly.

Type V collagen, highly purified from human placenta (Human Placenta Type V collagen, immunization grade), is a form of collagen protein that induces an immune response in animals, leading to the production of specific antibodies against this collagen. It also serves as a substrate for matrix metalloproteinases (MMP).

Collagen proline hydroxylase inhibitor-1 exhibits antifibroproliferative activity.

Collagen proline hydroxylase inhibitor is an inhibitor collagen proline hydroxylase and useful for antifibrotic proliferative agents.

Collagen, Type II (derived from bovine snout cartilage), is a homotrimeric helical protein composed of three identical α1(II) chains and is a major component of animal cartilage. It possesses multiple biological activities, including maintaining cartilage tissue integrity, inducing immune tolerance, and promoting chondrocyte growth and redifferentiation. It is commonly used to induce collagen-induced arthritis (CIA) models and has demonstrated significant efficacy in alleviating pain and inflammation associated with collagen-induced arthritis in mice, making it widely applicable in osteoarthritis-related research.

Methacrylated Type I collagen (Col1MA) is a methacrylate-modified scaffold material used in tissue engineering, retaining the fundamental properties of natural collagen. In the presence of photoinitiator LAP, it self-assembles into a fibrous hydrogel, targeting bioactive adhesion sites to inherently support tissue cells and offer biodegradability. Applications include cell culture, bio 3D printing, and tissue engineering.

Type III collagen (from bovine skin) is a collagen protein capable of stimulating the immune system in animals to generate specific antibodies against it. Additionally, this collagen serves as a hydrolytic substrate for matrix metalloproteinases (MMPs).

Type V collagen (from bovine amnion) is a highly purified form of collagen. It serves as an immunogen capable of inducing the production of specific antibodies in animals. Additionally, this collagen acts as a substrate for MMP hydrolysis.

Type IX collagen (from bovine articular cartilage) is a highly purified protein that can stimulate the immune system in animals to produce specific antibodies against this collagen. Additionally, collagen acts as a substrate for matrix metalloproteinases (MMP).

Type XI collagen (from bovine articular cartilage) is an immunization-grade collagen protein that induces the animal immune system to produce specific antibodies against it. Additionally, this collagen serves as a hydrolytic substrate for matrix metalloproteinases (MMP).

Type I collagen (from rat skin) is capable of stimulating the immune systems of animals to produce specific antibodies against this collagen. Additionally, this collagen serves as a substrate for MMP hydrolysis.

Type II collagen (from rat sternal cartilage) is a highly purified collagen extracted from rat sternal cartilage. It can stimulate the immune system in animals to produce specific antibodies against this collagen. Additionally, this collagen serves as a substrate for the hydrolysis by matrix metalloproteinases (MMP).

Type I collagen (from mouse skin) is a highly purified form of type I collagen derived from mouse skin. It is capable of stimulating the immune system in animals to produce specific antibodies against this collagen. Additionally, collagen serves as a hydrolytic substrate for matrix metalloproteinases (MMPs).

Type II collagen ( from mouse sternal cartilage) is designed for immunization purposes. It can stimulate an animal's immune system to produce specific antibodies against this collagen. Additionally, collagen serves as a hydrolytic substrate for MMP.

Type V collagen (from mouse intestine) serves as an immunization-grade protein that can elicit a specific immune response in animals, generating antibodies directed against this collagen. Additionally, this collagen functions as a hydrolytic substrate for matrix metalloproteinases (MMPs).

Type I collagen (from chick skin) is a collagen protein that can stimulate the immune system of animals to produce specific antibodies against this collagen. Additionally, it serves as a hydrolytic substrate for MMP.

Type IX collagen (from chick articular cartilage) is a collagen protein capable of stimulating the immune system of animals to produce specific antibodies against it. Additionally, this collagen serves as a hydrolytic substrate for MMP.

Type XI collagen (from chick articular cartilage) is a collagen protein capable of stimulating the immune system in animals to produce specific antibodies against it. Additionally, this collagen acts as a hydrolysis substrate for MMP.

Type I collagen (from porcine skin) is a collagen protein derived from pig skin that is capable of triggering an immune response in animals to produce specific antibodies against this collagen. It also serves as a substrate for MMP hydrolysis.

Type II collagen (from porcine articular cartilage) is a collagen protein that can stimulate an animal's immune system to produce specific antibodies against this collagen. Additionally, collagen serves as a hydrolysis substrate for MMP.

Type III collagen (from porcine skin) is a collagen protein derived from pig skin, capable of stimulating the animal immune system to produce specific antibodies against the collagen. Additionally, collagen serves as a hydrolytic substrate for matrix metalloproteinases (MMPs).

Type IX collagen (from porcine articular cartilage) is a collagen protein sourced from pig cartilage that can stimulate the immune system in animals to produce specific antibodies against this collagen. Additionally, the protein serves as a hydrolytic substrate for MMP.

Type XI collagen (from porcine articular cartilage) serves as a collagen protein that can stimulate the animal immune system to produce specific antibodies against this collagen. Additionally, the collagen protein acts as a hydrolytic substrate for MMP.