Cat.#: BBM-3C-070
| Description | Bovine Collagen I from Ace Therapeutics is a purified stromal extracellular matrix protein from fetal bovine extensor tendons and is pepsin-treated to remove telopeptides. This product promotes cell adhesion for cell and tissue culture. |
| Source | Fetal bovine extensor tendonse |
| Size | 1 mL |
| Sterility | Passed sterility test for bacteria and fungi. |
| Concentration | 5 mg/mL |
| Storage | 2-8°C |
| Shipping | Polar packs |
| Cat.# | Name | Description | Price |
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| BBM-3C-029 | Bovine Collagen Type III, 10 mg |
Bovine Collagen Type III, 10 mg from Ace Therapeutics is purified from bovine (calf ) skin.
Type III collagen is the second most abundant collagen in tissues and is found most commonly in tissues exhibiting elastic properties such as skin, lungs, intestinal walls, and walls of blood vessels, which resembles other fibrillar collagens in structure and function.
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| BBM-3C-065 | Collagen, Type I, from Mouse Tail |
The mouse tail collagen I provided by Ace Therapeutics is prepared according to the Birkedal-Hansen method through acetic acid extraction, sodium chloride precipitation, and disodium hydrogen phosphate precipitation. This product is derived from a mouse tail, dissolved in 0.02M HAc solution, and the purity is greater than 90% as determined by SDS-PAGE, and it is sterile.
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| BBM-3C-053 | Mouse Collagen Type IV |
Collagen Type IV is a common component of the basement membrane. Mouse Collagen Type IV from Ace Therapeutics is a purified collagen derived from murine engelbreth-holm-swarm (EHS) tumor, and the product can be used to regulate cell growth, differentiation, and tissue formation.
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| BBM-3C-042 | Collagen Type IV (Human Placenta) |
Collagen Type IV (Human Placenta) from Human Cell Culture from Ace Therapeutics is derived from human placenta and is highly purified native, type IV collagen.
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| BBM-3C-036 | Rat Tail Tendon Collagen Type I |
Rat Tail Tendon Collagen Type I from Ace Therapeutics is purified from rat tail by the Birkedal-Hansen method. This product can form a three-dimensional glue with a certain strength when the concentration is above 1mg/mL and the pH is around 7.
Note: This product can quickly gel at RT when the pH is neutral. Keep the temperature as low as possible during the operation.
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inquiry |
| BBM-3C-059 | Collagens Type I-A |
Collagens Type I-A is acid-soluble Type-I collagen derived from porcine tendon. This product can quickly form a gel and is suitable for 3D cell culture products. It has high gel strength and transparency and is easy to observe under the microscope.
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| BBM-3C-034 | Human Collagen Type IV, 0.1mg |
Human Collagen Type IV, 0.1mg from Ace Therapeutics is purified from human cartilage.
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| BBM-3C-068 | Mouse Collagen IV |
Mouse Collagen IV from Ace Therapeutics is a stromal extracellular matrix protein purified from a murine engelbreth-holm-swarm (EHS) tumor. This product can promote cell adhesion in cell and tissue cultures as well as be used as a hydrogel or thin coating for tissue culture vessels.
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| BBM-3C-031 | Human Collagen Type I, 0.1 mg |
Human Collagen Type I, 0.1 mg from Ace Therapeutics is purified from human placenta.
Type I collagen is found in connective tissues and is the major component of tensile strength of the extracellular matrix (ECM). The product is widely used as a thin layer on tissue-culture surfaces to enhance the attachment and proliferation of a variety of cells including endothelial cells, fibroblasts, hepatocytes, epithelial cells, etc. In addition, the product can self-assemble into a 3-D supramolecular gel in vitro as an ideal biological scaffold.
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| BBM-3C-058 | Rat Tail Tendon Collagen Type I, 5mg/ml |
Rat Tail Tendon Collagen Type I, 5mg/ml is prepared by the method of Birkedal-Hansen through acetic acid extraction, sodium chloride precipitation, disodium hydrogen phosphate precipitation, and other steps.
This product can be used to coat cell culture vessels and culture some cells that are difficult to adhere to in ordinary cell culture vessels. It can also be used to prepare three-dimensional glue to simulate a real growth environment and allow cells to grow in a three-dimensional environment.
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